225th ECS Meeting: Meeting Program

© Cynthia Lindow

© Disney

© Hilton Orlando Bonnet Creek

© Hilton Orlando Bonnet Creek

th 225

ECS Meeting ORLANDO, FL May 11-15, 2014 Hilton Orlando Bonnet Creek

© Disney

Meeting Program

ECS Officers and Board of Directors Officers Tetsuya Osaka, President

Fernando Garzon, Past President

Paul Kohl, Sr. Vice-President

Andrew Hoff, Chair, Electronics & Photonics Division

Daniel Scherson,

2nd

Krishnan Rajeshwar,

Vice-President

Paul Kohl, Sr. Vice-President

3rd

Oano Leonte, Chair, Dielectric Science & Technology Division

Vice-President

Hariklia Deligianni, Secretary

Bor Yann Liaw, Chair, Battery Division

Christina Bock, Treasurer

Robert Mantz, Chair, Physical & Analytical Electrochemistry Division

Roque J. Calvo, Executive Director

Tetsuya Osaka, President and Board Chair Krishnan Rajeshwar, 3rd Vice-President

Board of Directors

Daniel Scherson, 2nd Vice-President

Christina Bock, Treasurer

Anant Setlur, Chair, Luminescence and Display Materials Division

Gerardine Botte, Chair, Industrial Electrochemistry & Electrochemical Engineering Division James Burgess, Chair, Organic & Biological Electrochemistry Division Roque J. Calvo, Executive Director

Stuart Swirson, Nonprofit Financial Professional Eric Wachsman, Chair, Interdisciplinary Science and Technology Subcommittee Adam Weber, Chair, Energy Technology Division

Michael Carter, Chair, Sensor Division

R. Bruce Weisman, Chair, Nanocarbons Division

Hariklia Deligianni, Secretary

Giovanni Zangari, Chair, Electrodeposition Division

Shinji Fujimoto, Chair, Corrosion Division

Xiao-Dong Zhou, Chair, High Temperature Materials Division

ECS Staff Roque J. Calvo, Executive Director

Christie Knef, Development Manager

Mary Yess, Deputy Executive Director and Publisher

John Lewis, Associate Director of Conference Publications

Dinia Agrawala, Interface Production Manager

Heather McAlinn, Publications Production Assistant

Karen Chmielewski, Finance Associate

Winnie Mutch, Web Manager

Paul Cooper, Editorial Manager

Anna Olsen, Constituent Services Associate

Dan Fatton, Director of Development

Stephanie Plassa, Director of Meetings and Exhibits

Timothy Gamberzky, Sr. Director of Operations

Elizabeth Schademann, Publications Production Assistant

Annie Goedkoop, Director of Publications

Stacy Schlags, Meetings Coordinator

Andrea Guenzel, Journals Publications Assistant

Keith Schlesinger, Technical Programs Coordinator

Paul Grote, Director of Finance

Logan Streu, Publications Assistant

Mary Hojlo, Constituent Services Assistant

Beth Anne Stuebe, Conference Publications Production Assistant

Colleen Klepser, Executive Administrator

All recycled paper. Printed in USA.

ECS — The Electrochemical Society 65 South Main Street, Pennington, NJ 08534, USA 1.609.737.1902 ecs@electrochem.org l www.electrochem.org

ORLANDO, FL

225th

May 11-15, 2014 Hilton Orlando Bonnet Creek

ECS Meeting © Disney

ECS Welcomes You to Orlando

O

n behalf of the Officers, Board of Directors, and Staff of ECS, it is my pleasure to welcome you to the exciting city of Orlando. This is a wonderful place to convene the 225th ECS Meeting – tropical weather, fun attractions, premier golfing and much more make this the perfect setting to complement your technical meeting experience. We hope your time in Orlando will be a perfect opportunity to get together with colleagues and associates from around the world, discuss important research, and discover new initiatives.

This major international conference at the Hilton Orlando Bonnet Creek Hotel includes more than 1,700 technical presentations, guest and award-winning lecturers, full-day short courses, professional development workshops, panels, and career opportunities, a dynamic technical exhibit, and the firstever 5K Energy-Run-for-Fun, with proceeds benefitting the ECS Publications Endowment.

Tetsuya Osaka You are invited to participate in the technical program as well as many other social events throughout ECS President the meeting, including a full-day of Short Courses on Sunday May, 11, 2014. On Monday evening Charles M. Lieber will present the ECS Lecture, “Nanowires: From Nanocomputing to NanoBioelectronics.” The Vittorio de Nora Award Address will be presented by Chad Mirkin, who will speak on “On-Wire Lithography: An Electrochemical Approach to Controlling Nanoscale Architecture,” on Tuesday morning. We are also pleased to welcome Dennis Hess on Monday afternoon who will speak on “Low Temperature Plasma Etching of Copper, Silver, and Gold Films,” as part of the Society Award Lecture – Henry B. Linford Award for Distinguished Teaching. We thank these gentlemen for their many years of dedication to our science.

We also hope you plan time to attend the Technical Exhibit and General Society and Student Poster Sessions. A new component of this meeting is the Panel of Professionals session which includes three guest speakers representing industry, academia and government who will discuss the unique challenges and opportunities of pursuing a career in our fields. Plus, don’t miss your chance to join the 5K Energy-Run-for-Fun, bright and early on Monday morning. Bring those running shoes and join us for a memorable activity to jog your mind, as well as your body!

This Meeting Program includes a wealth of information – please feel free to stop by the ECS Registration desk if you have any questions. Also, please remember – this meeting is wired! Download the ECS Meeting App from the Apple App Store or Android Market, and take advantage of the Online Meeting Scheduler (see page 3 for details).

Program Guide ADA Accessibility................................................................2 Advertiser...................................................................... 32-33 Author Index.....................................................................126 Author Open Choice Access.................................................8 Award Winners....................................................................11 Committees, Boards & Other Meetings................................7 Companion Registrant Program............................................2 ECS Student Chapters.........................................................24 ECS Committees.................................................................25 ECS Division Officers........................................................22 ECS Sections.......................................................................22 ECS Transactions for Orlando 2014.....................................5 Editorial Boards..................................................................21 Featured Speakers.................................................................8 5K Energy-Run-For-Fun.....................................................21 Floor Plan............................................................................13 General Meeting Information...............................................8 Hotel Information..................................................................2 Meeting Program l May 11-15, 2014 l Orlando, FL

Key Locations.......................................................................2 Meeting App..........................................................................3 Meeting Events-at-a-Glance.................................................4 Officers & Staff........................................ Inside Front Cover Photography and Recording..................................................3 Poster Sessions................................................................4, 28 Presenter Information..........................................................28 Professional Development Series.......................................28 Registration Hours................................................................2 Session Chair Information..................................................28 Short Courses and Tutorials................................................27 Special &Ticketed Events.....................................................6 Sponsors..............................................................................19 Symposium Topics and Organizers.....................................30 Technical Exhibit.......................................................... 14-17 Technical Sessions..............................................................34 Wireless Network..................................................................3

1

General Meeting Information and Meeting Registration The 225th ECS Meeting will be held in Orlando, at the meeting headquarters hotel, the Hilton Orlando Bonnet Creek (14100 Bonnet Creek Resort Lane, Orlando, Florida 32821).

Key Locations in the Hilton Orlando Bonnet Creek Hotel Meeting Registration........................................ Grand Foyer, Lobby Level Information/Message Board..............................Grand Foyer, Lobby level ECS Headquarters Office..................................... Bradford, Ground Level ECS and Redcat................................................ Grand Foyer, Lobby Level AV Tech Table...........................Located outside select symposium rooms Technical Exhibit.............................................. Grand Foyer, Lobby Level

Meeting Registration Information Meeting Registration—The meeting registration area will be located in the Hilton Orlando Bonnet Creek Hotel, in the Grand Foyer, Lobby Level. Registration will open on Saturday evening and the technical sessions will be conducted Monday through Thursday.

Registration Hours Saturday, May 10......................................................................1600–1900h Sunday, May 11........................................................................0700–1900h Monday, May 12.......................................................................0700–1900h Tuesday, May 13.......................................................................0700–1730h Wednesday, May 14.................................................................0800–1600h Thursday, May 15.....................................................................0800–1200h Who must pay the registration fee?

All meeting participants, including invited speakers, are required to pay the appropriate registration fees. Short Course registrants who wish to attend the meeting in addition to their Short Course are required to pay the meeting registration fee in addition to the Short Course fee.

Early-Bird Registration The deadline for Early-Bird registration is April 11, 2014. Regular registration rates are in effect online after April 11, 2014 and at the meeting. Register online at www.electrochem.org, or download the registration form from the website and fax your completed form to 1.609.737.2743. If you send a registration by fax, please do not send another copy by e-mail, as this may result in duplicate charges.

Early-Bird and post-April 11th registration payments must be made in U.S. Dollars via Visa, MasterCard, American Express, Discover Card, or check or money order payable to ECS. Registration Fees ALL PARTICIPANTS AND ATTENDEES ARE REQUIRED TO PAY THE APPROPRIATE REGISTRATION FEE LISTED BELOW. Early-Bird Regular Rate ECS Member..................................................$475............................$575 Nonmember....................................................$635............................$735 ECS Student Member.....................................$170............................$270 Student Nonmember.......................................$205............................$305 One Day ECS Member..................................$290............................$390 One Day Nonmember....................................$380............................$480 Nontechnical Registrant.................................$25..............................$35 ECS Emeritus or Honorary Member.............Gratis..........................Gratis Refunds Refund requests for Meeting Registration or Short Course Registration (separate fees) must be requested in writing and will be accepted only if received by May 5, 2014. All refunds are subject to a 10% processing fee. Requests for refunds should be e-mailed to customerservice@electrochem.org. Refunds will not be processed until AFTER the meeting.

2

Lost Badge or Ticket There will be a $30 charge for reprinting lost badges or tickets.

Admittance will not be granted to ticketed events without the actual ticket. Tickets must be reprinted at Registration during scheduled hours and cannot be reprinted at the event itself.

ADA Accessibility Special accommodations for disabled attendees will be handled on an individual basis provided that adequate notice is given to the ECS Headquarters Office.

Permissions Granted to ECS ECS reserves the right to electronically record any or all meetingrelated events. By registering for and/or attending an ECS meeting you are granting ECS permission to use any recording or photography made of you at any meeting event or anywhere within the meeting venue.

Speaker Indemnification The ideas and opinions expressed in the technical sessions, conferences, and any handout materials provided are those of the presenter. They are not those of The Electrochemical Society (ECS), nor can any endorsement by ECS be claimed.

Financial Assistance Financial assistance is limited and generally governed by the symposium organizers. Individuals may inquire directly to the symposium organizers of the symposium in which they are presenting their paper to see if funding is available. Individuals requiring an official letter of invitation should write to the ECS headquarters office; such letters will not imply any financial responsibilities of ECS. ECS Meeting Abstracts ECS Meeting Abstracts are always right at hand—and as always, are FREE with registration. Registrants may easily access them through wireless Internet, which will be available at the meeting; view them on the ECS Meeting App; or download them directly from the 225th ECS Meeting website. Paper editions of meeting abstracts are no longer distributed; attendees who require paper should download the abstracts and print them in advance of the meeting.

Author Choice Open Access ECS is very pleased to announce the launch of Author Choice Open Access across its four peer-reviewed journals: Journal of The Electrochemical Society, ECS Journal of Solid State Science and Technology, ECS Electrochemistry Letters, and ECS Solid State Letters. If you are attending the 225th ECS Meeting in Orlando, Florida you will also receive one Article Credit, which may be used for up to 12 months after the meeting.

If you have questions, please visit www.electrochem.org/oa or contact oa@electrochem.org for personal assistance.

Travel Companions/Nontechnical Registrants Travel companions of attendees are invited to register for the 225th ECS Meeting as a “Nontechnical Registrant.” The nontechnical registrant registration Early-Bird fee of $25 (increases to $35 after April 11) includes admission to non-ticketed social events; use of an exclusive Get-together Lounge with beverage service and light refreshments, Monday through Thursday, 0800-1000h; and a special “Welcome to Orlando” orientation presented by Visit Orlando on Monday, May 12 at 0900h in the lounge. Please note that online registration is not available for Nontechnical Registrants.

Meeting Program l May 11-15, 2014 l Orlando, FL

Meeting Tools Online Meeting Scheduler!

The Online Meeting Scheduler has been provided for your convenience and easy reference. It includes times and locations for all technical sessions, committee meetings, and special events, and can also be accessed from the meeting app! Visit the Orlando website or meeting app to build your schedule now!

Wireless Network ECS is pleased to provide a complimentary wireless network! For the duration of the meeting, ECS will be providing a wireless network for your use. This complimentary service is available in designated areas of the Hilton. To use the wireless network, please connect to “PrincetonAppliedResearch” and then open your Web browser. You will then be prompted to enter the password listed below.

Network Name (SSID)........................ PrincetonAppliedResearch Access Code........................................ connects (all lowercase)

Have a Smartphone?

Other wireless Internet access is also available in some public areas of the Hilton. You will not need to log in to those networks as they are provided on a complimentary basis by the hotel, though you may be required to be a guest of the hotel to access them.

Photography & Recording By attending the ECS meeting, you agree that you will not record any meeting-related REC activity, without the express, written consent from ECS. Recording means any audiovisual or photographic methods. Meeting-related activity means any presentation (oral or poster) or social event directly related to the meeting. You may photograph your own personal, non-meeting related activity, but you must obtain permission from all involved parties before photographs can be taken of other people or displays at the meeting or exhibit. Press representatives must receive media credentials and recording permission from the ECS Headquarters Office. If you violate this policy, you will be removed from the meeting. Your registration will be revoked and you will lose all access to the meeting. In this case, you will not receive a refund of the registration fees. ECS also reserves the right to deny your attendance at future ECS or ECS sponsored meetings. Thank you for your consideration.

Download

the 225th ECS Meeting App from the Apple App Store or Android Market!

• Once you have downloaded the app, you will be asked to log in. Your username is the e-mail address you used when you registered for the meeting. The password is the customer number you received on your electronic receipt or when you picked up your registration materials.

• In the app you can schedule presentations and events to attend, look up a speaker, access the abstracts, and even tweet your commentary!

• If you “opt in,” it will allow other people at the meeting to contact you through the app via the e-mail address you provided at registration. Go to the “Settings” icon to change and save your options.

All meeting registrants are automatically listed as attendees in the app. To “opt out” of having your name listed, please notify an ECS employee in the Registration area.

Letters of Invitation—Individuals requiring an official letter of invitation should complete the electronic form at http://www.electrochem.org/visa_application and your letter will be emailed to you within 3 business days. Such letters will not imply any financial responsibility of ECS. Letters of Attendance—Individuals requiring an official letter of attendance should see an ECS Representative in the Registration Area.

Meeting Program l May 11-15, 2014 l Orlando, FL

Complimentary Wireless Network Please connect to “PrincetonAppliedResearch” and then open your Web browser. You will then be prompted to enter the password listed below: Network Name (SSID).......PrincetonAppliedResearch Access Code........................connects (all lowercase) 3

Meeting Events-at-a-Glance Note: For a list of Committee Meetings, please visit the Orlando meeting page: http://www.electrochem.org/orlando.

SUNDAY, MAY 11

TUESDAY, MAY 13

0830h ���������Short Courses 1400h ���������Professional Development Series: Essential Elements for Employment Success

0800h ���������Technical Sessions* 0800h ���������Professional Development Series: Resume Review 0810h ���������Vittorio de Nora Award Address: On-Wire Lithography: An Electrochemical Approach to Controlling Nanoscale Architecture by Chad Mirkin 0900h ���������Technical Exhibit 0930h ���������Technical Session Coffee Break in Exhibit Hall 1215h ���������Annual Society Business Meeting & Luncheon; non-refundable ticketed event 1700h ���������ECS Publications–Author Information Session 1800h ���������Technical Exhibit and General and Student Poster Session

MONDAY, MAY 12 0730h ���������5K Energy-Run-For-Fun 0800h ���������Technical Sessions* 0800h ���������Professional Development Series: Essential Elements for Employment Success 0930h ���������Technical Session Coffee Break 1200h ���������Professional Development Series: Resume Review 1540h ���������Henry B. Linford Award for Distinguished Teaching Address: Low Temperature Plasma Etching of Copper, Silver, and Gold Films by Dennis Hess 1700h ���������The ECS Lecture— Nanowires: From Nanocomputing to Nano-Bioelectronics by Charles M. Lieber 1800h ���������Professional Development Series: Panel of Professionals 1900h ���������Student Mixer (By invitation only; contact sponsorship@electrochem.org for details)

WEDNESDAY, MAY 14 0800h ���������Technical Sessions* 0800h ���������Professional Development Series: Resume Review 0900h ���������Technical Exhibit 0930h ���������Technical Session Coffee Break in Exhibit Hall 1800h ���������Student Poster Award Presentation in Exhibit Hall 1800h ���������Technical Exhibit and General Poster Session

THURSDAY, MAY 15 0800h ���������Technical Sessions* 0930h ���������Technical Session Coffee Break * Check Technical Program for exact time

ECS Student Mixer

Students are invited to join distinguished members and staff of ECS for an evening of fun and networking, complimentary beverages and refreshments. Always one of the most popular events of the meeting, the student mixer is by invitation-only and will be held on Monday, May 12 from 1900-2030h. Registered students will receive an e-mail invitation with details of the mixer. Please remember to bring your badge, confirmation e-mail, and formal identification (passport or drivers license); proof of age is required. Please contact christie.knef@electrochem.org for more information.

ECS Publications–Author Information Session

We encourage all authors to come and meet ECS Editors and Staff at this important new event. This session, which will provide you with information about how to get your work published in the best publications for electrochemistry and solid state science and technology, will be held on Tuesday, May 13 from 1700-1800h, in Bonnet Creek Ballroom XI, Lobby Level. Please see more event details on page 7.

Great News about ECS Meeting Abstracts!

ECS Meeting Abstracts—are always right at hand—and as always, are FREE with registration. Registrants may easily access them through wireless Internet, which will be available at the meeting; view them on the ECS Meeting App; or download them directly from the 225th ECS Meeting website. Paper editions of meeting abstracts are no longer distributed; attendees who require paper should download the abstracts and print them in advance of the meeting.

4

Meeting Program l May 11-15, 2014 l Orlando, FL

Volume 61– O r l a n d o , F l o r i d a from the Orlando meeting, May 11—May 15, 2014

The following issues of ECS Transactions are from symposia held during the Orlando meeting. All issues are available in electronic (PDF) editions, which may be purchased by visiting http://ecsdl.org/ECST/. Some issues are also available in soft or hard cover editions. Please visit the ECS website for all issue pricing and ordering information. (All prices are in U.S. dollars; M = ECS member price; NM = nonmember price.)

Available Issues Vol. 61 Ionic and Mixed Conducting Ceramics 9 No. 1 HC ........................... M $126.00, NM $157.00

Vol. 61 Wide Bandgap Semiconductor Materials and Devices 15 No. 4 HC ........................... M $130.00, NM $163.00

Vol. 61 Dielectrics for Nanosystems 6: Materials No. 2 Science, Processing, Reliability, and Manufacturing HC .........................M $111.00, NM $138.00

Vol. 61 Nanoscale Luminescent Materials 3 No. 5 HC.............................M $96.00, NM $119.00

Vol. 61 Silicon Compatible Materials, Processes, and Technologies for No. 3 Advanced Integrated Circuits and Emerging Applications 4 HC .........................M $96.00, NM $119.00

Vol. 61 More than Moore 2 No. 6 SC.............................TBD Vol. 61 Carbon Electronics: Interfaces to Metals, Dielectrics, and Electrolytes No. 7 SC.............................TBD

Forthcoming Issues ORL A1

Batteries and Energy Technology (General) – 225th ECS Meeting

ORL A2

Material and Electrode Designs for Energy Storage and Conversion

ORL A3

Mechanical-Electrochemical Coupling in Energy Related Materials and Devices

ORL A4

ORL H1

Physical and Analytical Electrochemistry (General) – 225th ECS Meeting

ORL H2

Symposium in Honor of Andrzej Wieckowski

ORL H3

Biofuel Cells 6

Stationary and Large Scale Electrical Energy Storage Systems 4

ORL H4

Charge Transfer: Electrons, Protons, and Other Ions 2

ORL B1

Sensors, Actuators, and Microsystems (General: Chemical and Biological Sensors) – 225th ECS Meeting

ORL H5

Physical Chemistry of Electrolytes

ORL B5

Future Prospects for Sensors: Commercialization, Practical Issues, and Ubiquitous Sensing

ORL H8

Spectroelectrochemistry 2

ORL H9

Symposium in Honor of Richard Buck

Corrosion (General) – 225th ECS Meeting

ORL M2

Carbon Nanostructures for Energy Conversion

Electrodeposition for Micro- and Nano- Battery Materials

ORL M3

Carbon Nanostructures in Medicine and Biology

ORL D2

Electroless Plating: Principles and Applications 3

ORL M4

Carbon Nanotubes - From Fundamentals to Devices

ORL E1

Industrial Electrochemistry and Electrochemical Engineering (General) – 225th ECS Meeting

ORL M5

Endofullerenes and Carbon Nanocapsules

ORL M6

Fullerenes - Chemical Functionalization, Electron Transfer, and Theory

ORL E2

Characterization of Porous Materials 6

ORL M7

Graphene and Related Structures

ORL E4

Electrolysis and Electrochemical Processes

ORL M8

Nanostructures for Energy Conversion

ORL E5

Materials for Low Temperature Electrochemical Systems

ORL M9

Porphyrins, Phthalocyanines and Supramolecular Assemblies

ORL F1

Characterization of Interfaces and Interphases

ORL P1

Chemical Mechanical Polishing 13

ORL F2

Computational Studies on Battery and Fuel Cell Materials

ORL Q1

Integrated Optoelectronics 7

ORL F5

Solar Fuels and Photocatalysts 3

ORL Z1

Student Posters (General) – 225th ECS Meeting

ORL F6

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells

ORL Z2

Nanotechnology (General) – 225th ECS Meeting

ORL G2

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11

ORL Z3

Solid State Topics (General) – 225th ECS Meeting

ORL C1 ORL D1

Ordering Information To order any of these recently-published titles, please visit the ECS Digital Library, http://ecsdl.org/ECST/ Email: customerservice@electrochem.org Meeting Program l May 11-15, 2014 l Orlando, FL

5 02/24/14

75 2090

75 2090

Special & Ticketed Events

IT ADM ONE

All tickets are nonrefundable and should be purchased in advance because seating is limited. Tickets are priced as the following: Luncheons:...........................$27 (Early-bird, through April 11); $32, after April 11 Receptions:...........................$14 (Early-bird, through April 11); $16, after April 11 5K Energy-Run-For-Fun:.....$15 (Early-bird, through April 11); $20 (April 12-May 11); $25 (On-Site) 1900 �����������Organic & Biological Electrochemistry Division's 11th Manuel M. Baizer Award Reception recipient; Professor Jun-ichi Yoshida; Broward, Ground Level (no ticket required)

Monday, May 12 0730 �����������5K Energy-Run-For-Fun; Signature Island & Venue Perimeter 1215h ���������Industrial Electrochemistry & Electrochemical Engineering Division Luncheon & Business Meeting; Dade, Ground Level

Wednesday, May 14

1215h ���������Physical & Analytical Electrochemistry Division Luncheon & Business Meeting; Dixie, Ground Level 1900h ���������Reception in Honor of Andrzej Wieckowski; Broward, Ground Level

Tuesday, May 13 1215h ���������Annual Society Business Meeting & Luncheon; Bonnet Creek Ballroom VI, Lobby Level

CANCUN

1215h ���������Nanocarbons Division Luncheon & Business Meeting (previously Fullerenes, Nanotubes & Carbon Nanostructures Division); Floridian Ballroom E, Lobby Level 1215h ���������Organic & Biological Electrochemistry Division Luncheon & Business Meeting; Dixie, Ground Level

226th Meeting of The Electrochemical Society

Mexico October 5-10, 2014 Moon Palace Resort

1215h ���������Energy Technology Division Luncheon & Business Meeting; Floridian Ballroom D, Lobby Level

XIX Congreso de la Sociedad Mexicana de Electroquímica 7th Meeting of the Mexico Section of The Electrochemical Society

2014 ECS and SMEQ

Joint International Meeting

ECS Future Meetings 2014 ECS and SMEQ

228th Fall Meeting

Cancun, Mexico

October 11-16, 2015 Hyatt Regency Phoenix & Phoenix Convention Center

October 9-14, 2016 Hawaii Convention Center & Hilton Hawaiian Village

227th Spring Meeting

229th Spring Meeting

232nd Spring Meeting

May 24-28, 2015 Hilton Chicago

May 29-June 3, 2016 Hilton San Diego Bayfront & San Diego Convention Center

Joint International Meeting October 5-10, 2014 Moon Palace Resort

Chicago, IL

6

Phoenix, AZ

San Diego, CA

PRiME 2016

Honolulu, HI

National Harbor, MD (greater Washington, DC area)

October 1-6, 2017 Gaylord National Resort and Convention Center

Meeting Program l May 11-15, 2014 l Orlando, FL

Committees, Boards, and Other Meetings Sunday, May 11 1400h ���������Fellow Nominating Subcommittee; Baker, Ground Level 1500h ���������Electronics & Photonics Division Subcommittee on Compound Semiconductors; De Soto, Ground Level 1500h ���������Electronics & Photonics Division Subcommittee on ULSI Science & Technology; Duval, Ground Level 1500h ���������Interface Advisory Board; Bay, Ground Level 1600h ���������Electronics & Photonics Division Symposium Planning & Technical Directions Subcommittee; Broward, Ground Level 1700h ���������Europe Section Executive Committee; De Soto, Ground Level 1700h ���������Dielectric Science & Technology Division Governing Body / Long Range Planning Committee & Symposium Planning Meeting; Dade, Ground Level 1700h ���������Physical & Analytical Electrochemistry Division Symposium Planning Committee; Duval, Ground Level

1330h ���������Education Committee; De Soto, Ground Level 1500h ���������ECS Transactions Editorial Board; Collier, Ground Level 1500h ���������Individual Membership Committee / Division / Section Representatives; Citrus, Ground Level 1500h ���������Interdisciplinary Science & Technology Subcommittee (previously New Technology Subcommittee); Baker, Ground Level 1700h ���������Organic & Biological Electrochemistry Division Executive Committee; De Soto, Ground Level 1830h ���������Nanocarbons Division Executive Committee (previously Fullerenes, Nanotubes & Carbon Nanostructures Division); Dade, Ground Level 1900h ���������Energy Technology Division Executive Committee; Palm Beach, Ground Level

Tuesday, May 13 0700h ���������ES&T Editorial Board; Citrus, Ground Level

1800h ���������Europe Section Meeting; Nassau, Ground Level

0700h ���������Symposium Planning Advisory Board (previously Symposium Subcommittee); Bonnet Creek Ballroom VI, Lobby Level

1800h ���������Sensor Division Executive Committee; Columbia, Ground Level

0730h ���������Council of Past Presidents; Dixie, Ground Level 0730h ���������Sponsorship Committee; Dade, Ground Level

1830h ���������Industrial Electrochemistry and Electrochemical Engineering Division Symposium Planning Committee; Baker, Ground Level

0930h ���������Publications Subcommittee; Collier, Ground Level

1900h ���������Electronics & Photonics Division Award Reception & General Meeting; Citrus/Collier, Ground Level 2000h ���������Electronics & Photonics Division Executive Committee; Dixie, Ground Level

Monday, May 12 0700h ���������High Temperature Materials Division Executive Committee; Baker, Ground Level 0700h ���������Industrial Electrochemistry & Electrochemical Engineering Division Executive Committee; Citrus, Ground Level 0700h ���������Physical & Analytical Electrochemistry Division Executive Committee; Broward, Ground Level

1215h ���������Annual Society Business Meeting & Luncheon; Bonnet Creek Ballroom VI, Lobby Level (ticket required) 1600h ���������Honors & Awards Committee; Collier, Ground Level 1700h ���������ECS Publications–Author Information Session; Bonnet Creek Ballroom XI, Lobby Level

Wednesday, May 14 0700h ���������Technical Affairs Committee; Citrus, Ground Level 1030h ���������Ways & Means Committee; Broward, Ground Level 1215h ���������Energy Technology Division Luncheon & Business Meeting; Floridian Ballroom D, Lobby Level (ticket required)

1000h ���������Ethical Standards Committee; De Soto, Ground Level

1215h ���������Nanocarbons Division Luncheon & Business Meeting (previously Fullerenes, Nanotubes & Carbon Nanostructures Division); Floridian Ballroom E, Lobby Level (ticket required)

1215h ���������Industrial Electrochemistry & Electrochemical Engineering Division Luncheon & Business Meeting; Dade, Ground Level (ticket required)

1215h ���������Organic & Biological Electrochemistry Division Luncheon & Business Meeting; Dixie, Ground Level (ticket required)

0700h ���������SSS&T Editorial Board; Bay, Ground Level

1215h ���������Physical & Analytical Electrochemistry Division Luncheon & Business Meeting; Dixie, Ground Level (ticket required)

Thursday, May 15 0830h ��������� Board of Directors Meeting; Citrus/Collier, Ground Level

Meeting Program l May 11-15, 2014 l Orlando, FL

7

Featured Speakers and Lecturers The ECS Lecture Nanowires: From Nanocomputing to Nano-Bioelectronics

by Charles M. Lieber Monday, May 12, 2014, 1700h Bonnet Creek Ballrooms VII & VIII Lobby Level Charles M. Lieber received his undergraduate degree from Franklin and Marshall College and carried out his doctoral studies at Stanford University, followed by postdoctoral research at the California Institute of Technology. He was an Assistant Professor at Columbia University, and now holds appointments in the Department of Chemistry and Chemical Biology as the Mark Hyman Professor of Chemistry, and the School of Engineering and Applied Sciences at Harvard University. Professor Lieber has pioneered the synthesis of a broad range of nanowire materials, the characterization of the fundamental properties of these materials, the development of methods of hierarchical assembly of nanowires, and applications of these materials in nanoelectronics, nanophotonics, and nanocomputing.

He has pioneered the field of nano-bioelectronics with seminal contributions to sensing, the development of novel nanoelectronic cell probes, and cyborg tissues.

Professor Lieber’s work has been recognized by many awards, including the IEEE Nanotechnology Pioneer Award (2013), Willard Gibbs Medal (2013), and Wolf Prize in Chemistry (2012). Lieber is an elected member of the National Academy of Sciences and the American Academy of Arts and Sciences. He is Co-Editor of Nano Letters, and has published over 350 papers (71,737 citations; H-index 121) and is the principal inventor on more than 35 patents.

Nanoscience offers the promise of revolutionary advances in many areas of science and technology, ranging from electronics and computing to biology and medicine, yet the realization of this promise depends critically on the rational synthesis of unique functional nanoscale structures and their organization into well-defined devices, circuits and systems. Here we highlight the power of semiconductor nanowires as a platform material for exploring new science and technology. First, a brief review of the ‘chemical’

Author Choice Open Access ECS is very pleased to announce the launch of Author Choice Open Access across its four peer-reviewed journals: Journal of The Electrochemical Society, ECS Journal of Solid State Science and Technology, ECS Electrochemistry Letters, and ECS Solid State Letters. If you are attending the 225th ECS Meeting in Orlando, Florida you will also receive one Article Credit, which may be used for up to 12 months after the meeting.

If you have questions, please visit our Open Access page on the ECS website or contact oa@electrochem.org for personal assistance.

8

Society Award Lecture Vittorio de Nora Award Address On-Wire Lithography: An Electrochemical Approach to Controlling Nanoscale Architecture

by Chad Mirkin Tuesday, May 13, 2014, 0805h B1 Sensors, Actuators, and Microsystems General Session Sarasota, Ground Level Chad Mirkin is the Director of the International Institute for Nanotechnology, and the George B. Rathmann Professor of Chemistry, Chemical and Biological Engineering, Biomedical Engineering, Materials Science and Engineering, and Medicine at Northwestern University. He is a chemist and nanoscience expert, who has authored over 550 manuscripts; he is an inventor on over 900 patent applications worldwide (243 issued). Professor Mirkin has won over 80 national and international awards, and he is a Member of the President’s Council of Advisors on Science & Technology (Obama Administration). He is one of only 15 scientists, engineers, and medical doctors to be elected to all three US National Academies (the Institute of Medicine, the Natl.

Academy of Sciences, and the Natl. Academy of Engineering). He is the Founding Editor of Small, an Associate Editor of JACS, and the founder of multiple companies, including Nanosphere, AuraSense, and AuraSense Therapeutics. Professor Mirkin holds a BS from Dickinson College and a PhD from Penn State. He was an NSF Postdoc at MIT prior to becoming a Professor at Northwestern in 1991.

On-wire lithography (OWL) is a template-based, electrochemical process for forming one-dimensional solution dispersible arrays of nanorods with programmably synthesized nano- and micro-scale gaps.

OWL provides excellent control over the nanowire diameter (from 30 to 360 nm depending on the membrane pore size), segment length (from 6 nm to a few microns), gap size (from 1 nm to a few microns), composition (e.g., Au, Ni, Ag, Pt, Pd, PEDOT, PTh, P3HT, PPY, PPV) of the different nanowire components. The versatility of this novel technique has allowed for the fabrication of a wide variety of structures with emergent and highly functional properties that are advancing studies of SERS, plasmonics, and plexcitonics and forming the basis for novel molecular electronic, optoelectronic, encoding, and chemical and biological detection devices. synthesis of complex modulated nanowires will be highlighted as a central material in nanoscience for enabling the bottom-up paradigm. Second, we describe novel deterministic assembly methods that involve one initial patterning step with all subsequent steps registered to this initial pattern, including the assembly and interconnection of individual nanowire elements into complex circuits. Third, we will exploit these advances together with a novel architecture, to address the concept of assembling a nanocomputer, first introduced by Feynman in 1959, with the realization of a programmable nanoprocessor of unprecedented complexity. Last, we will describe exciting complementary advances at the frontier between nanoelectronics and biology – “nano-bioelectronics” – including nanowire probes capable of intracellular recording and stimulation at scales heretofore not possible with existing passive electrical measurements, and an ‘out-of-the-box’ look at what the future might hold in terms of merging nanoelectronic circuits with cell networks in three dimensions to ‘synthesize’ cyborg tissues and cyborg organisms. The prospects for blurring the distinction between nanoelectronic circuitry, computation and living systems in the future will be highlighted.

Meeting Program l May 11-15, 2014 l Orlando, FL

Society Award Lecture – Henry B. Linford Award for Distinguished Teaching Low Temperature Plasma Etching of Copper, Silver, and Gold Films

by Dennis Hess Monday, May 12, 2014, 1540h P2 Silicon Compatible Materials, Processes and Technologies for Advanced Integrated Circuits and Emerging Applications 4 Flagler, Ground Level Dennis W. Hess is the Thomas C. DeLoach, Jr., Professor of Chemical & Biomolecular Engineering and Director of the NSF Materials Research Science and Engineering Center at the Georgia Institute of Technology.

He received a B.S. in Chemistry from Albright College and M.S. and Ph.D. degrees in Physical Chemistry from Lehigh University. He was a Member of the Research Staff and Supervisor of Process Development at Fairchild Semiconductor from 1973 to 1977 where he worked for Bruce Deal. In 1977, he joined the Department of Chemical Engineering (ChE) at the University of California, Berkeley as an Assistant Professor.

During his time at Berkeley, he served as Assistant Dean of the College of Chemistry (1982-1987) and Vice Chair of the ChE Department (19881991). From 1991-1996 Dr. Hess served as Chair of the ChE Department at Lehigh University. He joined the School of Chemical & Biomolecular Engineering at Georgia Tech in 1996.

Dr. Hess served as Divisional Editor for Journal of The Electrochemical Society from 1978-1990 and Associate Editor for Chemistry of Materials from 1988-1996. From 2004-2012, he served as Editor for Electrochemical and Solid State Letters; currently, he is Editor of ECS Journal of Solid State Science and Technology and ECS Solid State Letters. He served as ECS President for the 1996-1997 term. He received the Thomas D. Callinan Award from the ECS Dielectric Science and Technology Division (1993), the Distinguished Alumnus Award from Albright College (1998), the Charles M. A. Stine Award from the Materials Engineering and Sciences Division of AIChE (1999), the ECS Solid State Science and Technology Award (2005), and The ECS Edward Goodrich Acheson Award (2012). Dr. Hess is an ECS Fellow, a Fellow of the American Association for the Advancement of Science, the American Chemical Society and the American Institute of Chemical Engineers.

Copper, silver and gold films have garnered considerable interest due to the numerous applications possible because of their unique electrical and optical properties. Low resistivity and good electromigration resistance make these films attractive as interconnect layers in integrated circuits and microelectronic devices, while nano structures of these metals can be used to form plasmonic devices.

Fabrication of structures, devices and circuits with these metals requires etching or patterning methods. However, Group 11 metals are inherently difficult to reactively plasma etch at reasonable (<100 oC) temperatures because of the limited volatility of compounds that can be formed with these metals.

As a result, additive processes (e.g., lift-off or electroplating followed by polishing) have been the preferred approach to generating patterns/ structures. In contrast, pattern formation by subtractive etching offers simplicity, consistency with the patterning processes used for other films in device manufacture, and in some cases may alleviate limitations in the fabrication of future generation devices.

Etching of Cu, Ag, and Au in hydrogen-based plasmas at temperatures at or below room temperature has been demonstrated. Group 11 metal hydrides form readily in an H2 plasma, suggesting that these compounds are the likely etch products, despite their limited thermodynamic stability. Due to the low ion flux and momentum of hydrogen ions under the conditions used in the inductively-coupled plasma reactor system, sputtering alone cannot account for the etch rates observed (13, 33, and 26 nm/min respectively for Cu, Ag, and Au at 20 mTorr and 10oC in H2).

In these cases, desorption of metal hydrides is promoted by ion, and likely photon, bombardment.

Plasma etching with methane (CH4) plasmas is possible under the same plasma conditions as those for H2 plasmas. This etch gas displays Cu etch rates of 17 nm/min relative to that of H2 (13 nm/min) with no change in wall slope. These enhancements relative to H2 plasma etching appear to be due to the formation of etch products that have improved thermodynamic stability compared to copper hydrides (e.g., CH3Cu and CH3CuH-). Preliminary etch studies of Ag and Au films using CH4 plasmas demonstrate that chemical aspects of the etch process are important, since etch rates are not reduced although hydrocarbon deposition occurs during the etch process.

Panel of Professionals As part of the professional development series, ECS is pleased to present the inaugural Panel of Professionals at the 225th ECS Meeting in Orlando in May. Please join us on Monday, May 12th, 1800-1900h in Floridian Ballroom H, on the Lobby Level.

Attendees will hear from three guest speakers, representing industry, academia, and government, each discussing the unique challenges and opportunities of pursuing a career in their chosen field.

Confirmed panelists: • Hariklia Deligianni, PhD, Thomas J. Watson Research Center, IBM Corporation • Amy Marschilok, PhD, Research Associate Professor in Materials Science and Engineering Chemistry at Stony Brook University, SUNY • Gabriel Veith, PhD, Senior Staff Scientist, Oak Ridge National Laboratory The session will be moderated by Kevin Rhodes, PhD, of Ford Motor Company. There will be ample time for questions and answers. Students and early-career professionals are strongly encouraged to attend.

Meeting Program l May 11-15, 2014 l Orlando, FL

9

Volume 53 – T o r o n t o , C a n a d a

from the ECS Toronto meeting, May 12—May 16, 2013

The following issues of ECS Transactions are from symposia held during the Toronto meeting. All issues are available in electronic (PDF) editions, which may be purchased by visiting http://ecsdl.org/ECST/. Some issues are also available in hard-cover or soft-cover editions. Please visit the ECS website for all issue pricing and ordering information. (All prices are in U.S. dollars; M = ECS member price; NM = nonmember price.) Please contact customerservice@electrochem.org with any questions or to place an order.

Available Issues Vol. 53 Graphene, Ge/III-V, and Emerging Materials No. 1 for Post CMOS Applications 5 HC..............................M $107.00, NM $134.00 PDF.............................M $97.51, NM $121.89

Vol. 53 Wide-Bandgap Semiconductor Materials No. 2 and Devices 14 HC.............................M $100.00, NM $125.00 PDF...........................M $90.60, NM $113.25

Vol. 53 Silicon Compatible Materials, Processes, No. 3 and Technologies for Advanced Integrated Circuits and Emerging Applications 3 SC..............................M $86.00, NM $107.00 PDF............................M $73.65, NM $92.06

Vol. 53 Nanocrystal Embedded Dielectrics for No. 4 Electronic and Photonic Devices SC..............................M $72.00, NM $90.00 PDF............................M $55.88, NM $69.85

Vol. 53 Advanced Semiconductor-on-Insulator No. 5 Technology and Related Physics 16 SC..............................M $84.00, NM $105.00 PDF............................M $71.64, NM $89.55

Vol. 53 Processes at the Semiconductor Solution No. 6 Interface 5 SC..............................M $56.00, NM $71.00 PDF............................M $40.42, NM $50.53

Vol. 53 Stationary and Large Scale Electrical, No. 7 Energy Storage 2 SC..............................M $62.00, NM $77.00 PDF............................M $45.58, NM $56.97

Vol. 53 Special Lectures - 223rd ECS Meeting No. 8 SC..............................M $31.00, NM $39.00 PDF.............................M $19.00 NM $19.00

Vol. 53 Hydrogen Production, Conversion and No. 9 Storage 4 SC.............................M $51.00, NM $64.00 PDF...........................M $35.30, NM $44.13

Vol. 53 Nanoarchitectures for Energy Storage No. 10 SC..............................M $37.00, NM $46.00 PDF............................M $20.94, NM $26.18

Vol. 53 Novel Design and Electrodeposition No. 11 Modalities SC..............................M $57.00, NM $71.00 PDF............................M $41.05, NM $51.31

Vol. 53 Advances in Low Temperature Electrolyzer No. 12 and Fuel Cell Technology: In Honor of Anthony B. (Tony) LaConti 10

SC..............................M $40.00, NM $50.00 PDF............................M $23.82, NM $29.77

Vol. 53 Electrochemical Engineering for the 21st No. 13 Century 3 SC..............................M $31.00, NM $39.00 PDF............................M $19.00, NM $19.00

Vol. 53 Fundamentals of Graphene Related No. 14 Structures SC..............................M $37.00, NM $46.00 PDF............................M $20.94, NM $26.18

Vol. 53 Computational Chemistry No. 15 SC..............................M $31.00, NM $39.00 PDF............................M $19.00, NM $19.00

Vol. 53 Grahame Award Symposium and Physical No. 16 and Analytical Electrochemistry (General) 223rd ECS Meeting SC..............................M $40.00, NM $50.00 PDF............................M $23.82, NM $29.77

Vol. 53 Environmental, Water Quality and No. 17 Safety Monitoring SC..............................M $31.00, NM $39.00 PDF............................M $19.00, NM $19.00

Vol. 53 Sensors, Actuators and Microsystems No. 18 (General) - 223rd ECS Meeting SC..............................M $40.00, NM $50.00 PDF............................M $23.82, NM $29.77

Vol. 53 Green Electrodeposition 3 No. 19 SC..............................M $54.00, NM $68.00

Vol. 53 Innovations and New Directions in Organic No. 25 Electrochemistry SC..............................M $37.00, NM $46.00 PDF............................M $20.94, NM $26.18

Vol. 53 Organic Semiconductor Materials, Devices, No. 26 and Processing 4 SC..............................M $34.00, NM $43.00 PDF............................M $18.07, NM $22.59

Vol. 53 Carbon Nanostructures in Medicine No. 27 and Biology SC..............................M $31.00, NM $39.00 PDF............................M $19.00, NM $19.00

Vol. 53 Ethanol Oxidation No. 28 SC..............................M $40.00, NM $50.00 PDF............................M $23.82, NM $29.77

Vol. 53 Student Posters (General) No. 29 - 223rd ECS Meeting SC..............................M $62.00, NM $78.00 PDF............................M $46.20, NM $57.75

Vol. 53 Energy Technology/Battery (General) No. 30 - 223rd ECS Meeting SC..............................M $93.00, NM $116.00 PDF............................M $80.86, NM $101.08

Vol. 53 Next Generation of Supercapacitors No. 31 SC..............................M $46.00, NM $57.00 PDF............................M $29.56, NM $36.95

PDF............................M $38.18, NM $47.72

Vol. 53 Design and Modeling of Battery Materials No. 20 SC..............................M $40.00, NM $50.00

Vol. 53 Ion Conduction in Polymers No. 32 SC..............................M $31.00, NM $39.00 PDF............................M $19.00, NM $19.00

PDF............................M $23.82, NM $29.77

Vol. 53 Corrosion in Nuclear Energy Systems: No. 21 From Cradle to Grave SC..............................M $54.00, NM $68.00 PDF............................M $38.18, NM $47.72

Vol. 53 Nanotechnology (General) No. 22 - 223rd ECS Meeting SC..............................M $48.00, NM $61.00 PDF.............................M $32.43, NM $40.54

Vol. 53 Alkaline Electrochemical Systems for Energy No. 23 Conversion and Fuel Production SC..............................M $40.00, NM $50.00 PDF............................M $23.82, NM $29.77

Vol. 53 Solar Fuels 2 No. 24 SC..............................M $46.00, NM $57.00 PDF............................M $29.56, NM $36.95

Vol. 53 Corrosion (General) - 223rd ECS Meeting No. 33 SC..............................M $48.00, NM $61.00 PDF.............................M $32.43, NM $40.54

Vol. 53 Carbon Nanotubes–From Fundamental No. 34 Processes to Devices SC..............................M $37.00, NM $46.00 PDF............................M $20.94, NM $26.18

Vol. 53 Nano/Bio Sensors No. 35 SC..............................M $31.00, NM $39.00 PDF............................M $19.00, NM $19.00

Vol. 53 Battery Electrolytes No. 36 SC..............................M $43.00, NM $53.00 PDF............................M $26.69, NM $33.36

Vol. 53 Porphyrin and Supramolecular Assemblies No. 37 SC..............................M $34.00, NM $43.00 PDF............................M $18.07, NM $22.59 Meeting Program l May 11-15, 2014 l Orlando, FL 10/22/13

Award Winners Electronics and Photonics Division Award Albert G. Baca is a Distinguished Member of the Technical Staff at Sandia National Laboratories.

From 1985-1990 he worked at AT&T Bell Laboratories in GaAs-based microelectronics.

Since 1990 he has been at Sandia National Laboratories where he has been responsible for the development of a number of compound semiconductor device technologies. Dr. Baca has led research efforts in the realization of compound semiconductor devices such as GaAs/AlGaAs heterostructure field effect transistors for high speed fiber optic communications, high voltage GaAs heterojunction bipolar transistors (HBTs), co-integration of sensors and GaAs electronics, low-power InP HBTs, novel InGaAsN HBTs, high power GaN/AlGaN high electron mobility transistors, and high voltage, high current photoconductive semiconductor switches. He has most recently engaged in reliability research in HBTs. This research has led both to research “firsts” as well as production worthy technology. He has co-authored more than 160 publications, holds eight US patents, and has also co-authored the book, Fabrication of GaAs Devices. He served on the honorary editorial board for Solid-State Electronics from 1998-2012.

Dr. Baca received a BS degree in chemistry and mathematics from the University of New Mexico in 1979 and a PhD in chemistry from the University of California at Berkeley in 1985. He was selected fellow of the ECS in 2006. Among other Society activities, he served as chair of the Electronics and Photonics Division from 2007-2009, has coorganized multiple symposia for ECS meetings, and chaired the SolidState Subcommittee for selection of the Young Authors Award from 2002-2005. In 2003, he chaired the Subcommittee on Processing for the InP and Related Materials Conference. He also served on the IEEE GaAs IC Symposium Technical Program Committee from 1997-1999.

Supramanian Srinivasan Young Investigator Award of the Energy Technology Division Minhua Shao earned BS and MS degrees in chemistry from Xiamen University in China, and a PhD degree in materials science and engineering from Stony Brook University in 2006. Under the guidance of Radoslav Adzic, his doctoral research focused on understanding the reaction mechanisms of fuel cell reactions by surface enhanced infrared absorption spectroscopy (SEIRAS) and developing low cost electrocatalysts for oxygen reduction reaction (ORR) and small organic molecule oxidation. Dr. Shao joined UTC Power (now ClearEdge Power) in 2007 to lead the development of advanced catalysts and supports for proton exchange membrane fuel cell and phosphoric acid fuel cell. He was promoted to Technical Fellow for his outstanding technical contributions, strategic leadership and mentoring skills. In 2013, he joined Ford Motor Company to conduct research on lithium-ion batteries for the next generation electrified vehicles. He looks forward to starting his academic career at the Hong Kong University of Science and Technology this spring. He has published 50 peer-reviewed articles, 1 edited book and filed over 30 patent applications. He has also received a number of awards, including the ECS Student Achievement Award of the Industrial Electrochemistry and Electrochemical Engineering Division (2007), President’s Award to Distinguished Doctoral Students from Stony Brook University (2006), Chinese Government Award for Outstanding Self-Financed Students Abroad from China Scholarship Council (2006), and Dr. Mow Shiah Lin Award from Brookhaven National Laboratory (2006).

Please see pages 8 and 9 for biographies of the Vittorio de Nora Award winner and the Henry B. Linford Award for Distinguished Teaching winner. For additional information and schedule for award presentations, please see the General Meeting Program on the Orlando page of the ECS web site: http://www.electrochem. org/meetings/biannual/225/.

Meeting Program l May 11-15, 2014 l Orlando, FL

Research Award of the Energy Technology Division James M. Fenton is the Director of the University of Central Florida’s Florida Solar Energy Center (FSEC), where he leads a staff of 140 in the research and development of energy technologies that enhance Florida’s and the nation’s economy and environment and educate the public, students and practitioners on the results of the research. The US DOE is currently funding programs at FSEC in: “Building America” energy efficient homes, Photovoltaic Manufacturing, Hot-Humid PV testing of large-scale PV to show bankability, train-the-trainers education for solar installations, and programs to decrease the soft-costs of PV installation. Recently, DOE provided funding to UCF to manage a smart-grid education consortium for university power electrical engineering students (FEEDER), and the US DOT awarded to UCF the nation’s only University Electrical Vehicle Transportation Center (EVTC). Prior to joining FSEC, Dr. Fenton spent 20 years as a Chemical Engineering Professor at the University of Connecticut. He received his Ph.D. in Chemical Engineering from the University of Illinois in 1984 and his B.S. from UCLA in 1979.

He has over 30 years’ experience in electrochemical energy devices and education topics which include: zinc/bromine, zinc/chlorine flow batteries, membrane durability, CO tolerance electrocatalysts, hydrogen purification processes, low-methanol crossover membranes, high temperature membranes, membranes needing no external humidification, selective oxidation catalysts, gas diffusion layer design, reversible PEM fuel cells, and biomass and landfill gas fuel processing.

He is an Electrochemical Society Fellow and has strongly encouraged younger scientists and engineers in participating in The Electrochemical Society's, Energy Technology, and IEEE Division's technical symposia and in taking on service roles for the Society. He is the author of more than 120 scientific publications, a number of book chapters, and co-authored Experimental Methods and Data Analyses for Polymer Electrolyte Fuel Cells, and holds four patents. He led a 12-member university and industry research team on a $19 million U.S. Department of Energy research program to develop the next generation proton exchange membrane (PEM) fuel cell automobile engine that would operate at 120 ºC. He will be presenting Membrane Electrode Assembly Fabrication from Membranes of the DOE High Temperature High Temperature Membrane Working Group as the award address for the Research Award of the Energy Technology Division.

Organic and Biological Electrochemistry Division Manuel M. Baizer Award Jun-Ichi Yoshida is a professor in the Department of Synthetic Chemistry and Biological Chemistry at Kyoto University, where he has been since 1994. He graduated from Kyoto University in 1975, where he received his doctor’s degree under the supervision of Prof. Makoto Kumada in 1981.

In 1979, Dr. Yoshida joined the faculty at Kyoto Institute of Technology as an assistant professor.

He was a visiting professor at the University of Wisconsin in 1982-1983, where he joined the research group of Prof. B. M. Trost. In 1985 he moved to Osaka City University, where he was promoted to an associate professor in 1992.

Professor Yoshida has earned numerous awards, including the Progress Award of Synthetic Organic Chemistry, Japan (1987); the Chemical Society of Japan Award for Creative Work (2001); the Nagoya Medal Prize (Silver Medal) (2006); the Humboldt Research Award (2007); the Green Sustainable Chemistry Award (2010); the Ta-shue Chou Lectureship Award (2013); and the Chemical Society of Japan Award (2013).

His research interests include integrated organic synthesis on the basis of reactive intermediates, organic electron transfer reactions, organometallic reactions, and microreactors.

11

Your article.

Online.

FAST! More than 100,000 articles in all areas of electrochemistry and solid state science and technology from the only nonprofit publisher in its field.

• ECS journals author choice open access.

• Quality peer review.

• Continuous publication.

• High impact research in technical content areas published daily.

• Focus journal issues.

• More than 80 years of up-to-the minute and archival scientific content.

• Leading-edge, accessible content platform.

• Free e-mail alerts and RSS feeds.

• Sample articles available at no charge.

• Flexible subscription options available to academic and corporate libraries and other institutions.

Fall—Winter 2012

• ECS members receive FREE ACCESS to 100 articles each membership year.

VOL. 21, NOS. 3-4 Fall–Winter 2012

IN THIS ISSUE 3 From the Editor:

Biomimetic or Bioinspired?

9 From the President:

Weathering the Storm

11 Pennington Corner: The Weston Legacy

13 Redcat: ECS Launches

Networking and Research Site for Scientists

17 Candidates for Society Office

19 PRiME, Honolulu, Hawaii: Meeting Highlights

58 Tech Highlights 61 Conducting Polymers

and Their Applications

63 Novel MEMS Devices Based on Conductive Polymers

67 Nanoparticle-doped

Electrically-conducting Polymers for Flexible Nano-Micro Systems

S pecial i SSu e

www.electrochem.org 12

VOL. 21, NO. 3-4

www.ecsdl.org

If you haven’t visited the ECS Digital Library recently, please do so today!

o n ...

Conducting Polymers and Their Applications

71 Electrochemical Assay

of GSTP1-related DNA Sequence for Prostrate Cancer Screening

88 ECS Summer Fellowship Reports

107 San Francisco, CA: Call for Papers

Not an ECS member yet?

Start taking advantage of member benefits right now!

Meeting Program l May 11-15, 2014 l Orlando, FL

Leading the world in electrochemistry and solid state science and technology for more than 110 years

Floor Plan Hilton Orlando Bonnet Creek Hotel

Lobby Level Floor plan

ECS Headquarters Registration Technical Exhibit Posters Ground Level Floor plan

Meeting Program l May 11-15, 2014 l Orlando, FL

13

Technical Exhibit The ECS Technical Exhibit is always the talk-of-the-meeting—technical exhibits offer a popular networking opportunity as attendees gather together with colleagues and meet new contacts. The exhibitors in Orlando will showcase instruments, materials, systems, publications, and software, and other products and services, and many will provide demonstrations. Complimentary coffee breaks are scheduled on Tuesday and Wednesday at 0930h in the Exhibit Hall. In addition, the Poster Sessions and receptions will be held in the Exhibit Hall on Tuesday and Wednesday evenings, beginning at 1800h.

Exhibit Hours

Grand Ballroom, Grand Ballroom Level Tuesday, May 13 Daytime includes morning Coffee Break................0900-1400h Evening, includes the General & Student Poster Sessions and Reception................................1800-2000h

Wednesday, May 14 Daytime, includes morning Coffee Break...............0900-1400h Evening, includes the General Poster Session and Reception..........................................................1800-2000h

ECS welcomes our Exhibitors ACS Material, LLC

Applied Spectra, Inc.

Booth 129

Booth 126

Richard Ploss / Jay Sasserath VPsales@acsmaterial.com jays@labtecesp.com 18 Vernon Street 1.866.227.0656 Medford, MA 02155 www.acsmaterial.com USA www.labtecsp.com

Lisa Riddel marketing@appliedspectra.com 46665 Fremont Blvd.

Fremont, CA 94538 1.510.657.7679 USA www.appliedspectra.com

ACS Material was founded on the principle that customers will choose to deal with a company that provides innovative, high-quality products and responds quickly to their needs. Our fast growth and client retention rates testify to our success. Please consider ACS for stock and customized nanomaterial purchases. Labtec Sales Partners is a global sales and distribution partner for companies who provide equipment for microlithography and thin film processing.

Current offerings include maskless lithography, PVD, evaporation, plasma etch and deposition, and related equipment. Also, we provide high purity organic, graphene, and molecular sieve products.

ALS CO., LTD. Booth 123 Katsunobu Yamamoto yamamoto@bas.co.jp 1-28-12, Mukojima Sumida-Ku, Tokyo, 131-0033 +81.3.3624.3387 Japan www.als-japan.com

ALS Co., Ltd. provides researchers with a wide range of products including Bipotentiostats, Electrochemical Quartz Crystal Microbalances (EQCM), Ring-Disk Electrode apparatus (RRDE3A) and Spectrometry instruments (SEC2000). We are also dealing with various kinds of Spectroelectrochemical cells (SEC-C & SEC2F), Electrodes for conductivity measurement and Electrodes for EC measurement same as their related items. We sincerely hope that you will absolutely enjoy our cost-effective and highly quality products with our sincere-integrity support.

14

Applied Spectra, Inc. (ASI) is a leading supplier of analytical instruments based on laser ablation technology. Our J200 LIBS (Laser Induced Breakdown Spectroscopy), LA (Laser Ablation), and Tandem LA – LIBS instrument offers rapid elemental and isotopic analysis without sample preparation. ASI’s innovative analytical products are accelerating material characterization research for thin film solar cells, Li ion batteries, LCD displays, and LED & other light emitting devices. ASI products are also helping our industry customers implement efficient and effective QC monitoring for their manufacturing processes. Our instruments are accompanied by unrivaled technical support via our staff’s more than 80 years’ experience in LIBS and LA-ICP-MS analysis.

Arbin Instruments Booth 138 Antony Parulian antony@arbinmail.com 762 Peach Creek Cut Off. College Station, TX 77845 1.979.690.2751 USA www.arbin.com

Arbin has over 20 years of experience as a manufacturer of multichanneled potentiostat/galvanostat testing systems for battery and electrochemical research. Compared to traditional potentiostats, Arbin can offer many testing channels per system, the ability to reach much higher power as your research scales up, and the software flexibility required to write custom test profiles for evaluating materials and simulating actual battery applications. We continue to lead the way in innovation and customer support.

Meeting Program l May 11-15, 2014 l Orlando, FL

Asylum Research Booth 130 Nushaw Ghofranian Nushaw.ghofranian@oxinst.com 6310 Hollister Ave Santa Barbara, CA 93117 USA www.asylumresearch.com

The AFM/SPM technology leader will feature the Cypher™ and the MFP-3D™ families of Atomic Force Microscopes. Our AFMs offer highest resolution, fast scanning and environmental control, for a wide range of samples. Asylum AFMs go beyond topography and offer unmatched performance with numerous advanced characterization modes/tools for applications including electrochemistry, batteries and energy storage, nanotubes, graphene, crystals, nanotubes. Our AFMs can be configured for glovebox experiments.

Beijing Mikrouna / Vacuum Technology Inc. Booth 131 Sam Cai caiyuling@mikrouna.cn Dongbeiwang West Rd. Beijing +86.10.6858.8245 China www.mikrouna.cn

Vacuum Technology Inc. sam.cai@vti-glovebox.com 15 Great Republic Drive Unit #4 Gloucester MA 01930

1.978.879.4302 www.vti-glovebox.com

As a fast-growing high-tech company, Mikrouna designs and manufactures controlled inert atmosphere glove box systems and gas purifications systems to maintain less than 1ppm of O2and H2O for handling air sensitive material. Mikrouna has 15 years of manufacturing experience; with a factory set up in Gloucester MA for glove box assembly and technical service, Mikrouna offers custom Glove Boxes tailored to individual requirements. Mikrouna’s high-quality products, cost-effective pricing and excellent service offer great benefits for US clients. Vacuum Technology Inc. has been committed to develop innovative products for clients around the world, has become a high-tech enterprise by comprehensive technology-sharing with Mikrouna who owns 15 years of Glove box manufacturing experience and strong technical team. VTI products cover Super purified Glove box, Gas purification system, etc. We are more concerned to build affordable and flexible customized systems especially applicable for user’s specific application. VTI owns it’s facility located in Gloucester, MA.

Bio-Logic Booths 142, 143, 144 David Carey david.carey@bio-logic.us 9050 Executive Park Drive, Suite 105C Knoxville, TN, 37923 1.865.769.3800 USA www.bio-logic.us

Bio-Logic is the exclusive provider of EC-Lab Electrochemical Measurement Instruments. The EC-Lab family of products includes modular single-channel (SP-50/150/200/300) and multi-channel (VSP/VMP3/VSP-300/VMP-300) potentiostats/galvanostats, High current potentiostats (HCP-803/1005) and easy to use software with a complete line of electrochemical accessories. At ECS, we will proudly have on display the most powerful multi-channel potentiostat on the market. The VMP-300 is capable of having up to 16 independent potentiostats in one chassis, with optional current

Meeting Program l May 11-15, 2014 l Orlando, FL

boosters of 1A/48V, 2A/30V, 4A/14V or 10A/5V, measuring currents down to 5 fA, voltages down to 750 nV, performing EIS experiments up to 7 MHz, analog and digital filtering, and true floating mode operation. All of this at a great economical price/performance.

ECS Booths 136, 137 Dan Fatton dan.fatton@electrochem.org 65 South Main Street, Bldg. D Pennington, NJ 08534 1.609.737.1902 USA www.electrochem.org

For more than 110 years, ECS, an international nonprofit, educational organization, has led the advancement of electrochemistry and solidstate science and technology research. ECS membership includes more than 9,000 scientists in over 70 countries, and approximately 100 corporations and government labs. Bridging the gaps in academia, research, and engineering, ECS provides an unparalleled forum for the integration of these areas of science and technology through its technical meetings and publications, and networking opportunities.

ESL ElectroScience Booth 124 Lauren Timko ltimko@electroscience.com 416 E Church Road King of Prussia, PA 19406 1.610.272.8000 USA www.electroscience.com

ESL ElectroScience specializes in providing solutions to enable customers to take technologies from concept through high volume production using thick film pastes and ceramic tapes. ESL products can be found in hybrid microcircuits, multilayer microelectronics, transformers, thick film heaters, sensors, and fuel cells. Founded in 1962, ESL ElectroScience has continued to create manufacturable solutions for the past 50 years. For more information visit us at www. electroscience.com.

Gamry Instruments Booths 112, 113 Wanda Dasch wdasch@gamry.com 734 Louis Drive Warminster, PA 18974 1.215.682.9330 USA www.gamry.com

Gamry Instruments designs and manufactures a variety of electrochemical instrumentation and accessories. Our full line of single and multichannel potentiostats/galvanostats/ZRAs/FRAs, EQCM, multiplexer, and spectroelectrochemical equipment will be on display. Anyone doing materials research or battery development, corrosion science, sensor development or fundamental physical electrochemical research should stop by our booth for a demonstration. Come find out why Gamry is the best value in electrochemical instrumentation. (continued on next page)

15

Technical Exhibit (continued from previous page)

Heliocentris Energy Systems Inc.

Landtec North America, Inc

Booth 125

Booth 114

Chris Gale c.gale@heliocentris.com 902-610 Greenville St. Vancouver, BC VGC 3T3 1.604.684.3546 Canada www.heliocentris.com

Nathan Hurvitz nhurvitz@landtecna.com 850 S. Via Lata Suite 112 1.909.783.3636 Colton, CA 92324 www.landtecna.com USA www.viasensor.com

Visit us to learn more about our real-world Renewable Energy Technology for Training and Research. We offer a full line of educational kits, training systems and fully hybrid renewable energy laboratories. Technologies include: Solar, Wind, Hydrogen, Fuel Cells, Batteries and Energy Management.

As the leader in gas and humidity analysis equipment for PEM fuel cell testing, greenhouse gas measurement at landfills, indoor air quality (IAQ), and many other applications, LANDTEC/VIASENSOR continues to provide innovative solutions with superior service and support.

Horiba Scientific

Metrohm

Booth 120

Booths 102, 103

Diane Surine diane.surine@horiba.com 3880 Park Ave. Edison, NJ 08820 1.732.494.8660 USA www.horiba.com

info@metrohmusa.com 6555 Pelican Creek Circle Riverview, FL, 33578 1.813.316.4700 USA www.metrohmusa.com

HORIBA Scientific, world leader in spectroscopic instrumentation, offers elemental analyzers, GD-OES Spectrometers, and products for Raman, steady-state and lifetime Fluorescence, Photoluminescence, XRF, spectroscopic ellipsometry, atomic emission spectroscopy, optical components, gratings and high performance CCDs. We specialize in Glow Discharge and Raman spectrometers and their application for analysis of Li Ion batteries.

INFICON Booth 105 Tom Wilson tom.wilson@inficon.com 2 Technology Place East Syracuse, NY 13057 1.315.434.1126 USA www.inficon.com

INFICON market-leading thin film deposition controllers and monitors and QCM measurement instruments control deposition rate and thickness of simple or complex processes with unsurpassed measurement speed and precision. INFICON quartz crystals and sensor heads offer proven quality and reliability - proven by millions of successful process runs with a wide range of materials, applications and industries.

Ivium Technologies Booth 122 Pete Peterson info@ivium.us 961687 Gateway Blvd., Suite 201D Fernandina Beach, FL, 32034 1.800.303.3885 USA www.ivium.us

Ivium Technologies designs and manufactures instrumentation for the most demanding electrochemical applications. We will be demonstrating the pocketSTAT™ Potentiostat – a handheld potentiostat capable of all DC electrochemical techniques and EIS. We are exhibiting the Vertex™, the CompactStat™, and the IviumStat™ Potentiostats in San Francisco. The Vertex is an affordable instrument for research and teaching applications. The IviumStat™ -- with a maximum current of 10 Amps -- is a general purpose instrument for the widest breadth of electrochemical applications. For the convenience of portability, check out the CompactStat™, a researchgrade Potentiostat powered from the USB Port of your Notebook Computer. We will also be showing the nStat™ MultiChannel Potentiostat for labs that require maximum sample throughput.

16

Metrohm featuring AUTOLAB electrochemistry systems with modular and dedicated designs, and advanced control software which provide a flexible foundation that can easily grow with your application needs. Options include low current, impedance, EQCM, multiplexing, high and low speed scanning, and variety of cells, electrodes and accessories for research needs.

MTI Corporation Booth 121

Mel Jiang mel@mtixtl.com 860 South 19th Street Richmond, CA 94804 1.510.525.3070 USA www.mtixtl.com

Since 1995 MTI has been providing a total solution for materials research labs, such as crystal substrates, cutter, polisher , high temperature box/ tube furnaces, pressing machine, CIP, film coaters, glove boxes, high vacuum system, RTP furnaces, multi-channel gas mixing system as well as compact XRD and equipment for battery research.

Nanoflex Booth 116 Camilla Hick cam.hick@nanoflex.com 4146 Plummer Street Pittsburgh, PA 15201 1.412.925.5667 USA www.nanoflex.com

Since 1995 NanoFlex designs and manufactures high performance electrodes for a wide range of electrochemical applications. NanoFlex has brought high performance electrodes to the electrochemical research market through the CAVIARETM nanoelectrode system.

CAVIARETM electrode system embeds NanoFlex’s patented electrode architecture which can be customised and adapted to meet customer’s specific application needs.

Meeting Program l May 11-15, 2014 l Orlando, FL

PEC North America Inc.

Redcat

Booth 106

Booth 135

Peter Ulrix Peter.ulrix@peccorp.com 2385 NW Executive Center Drive #100 Boca Raton, FL 33431 1.561.962.2824 USA www.peccorp.com

www.redcatresearch.org

PEC delivers the building blocks for the development and manufacturing of large format cells, modules and battery packs for automotive, aerospace and defense applications. PEC’s offerings include R&D test equipment and automated cell finishing lines automating all process steps after the electrolyte filling (soaking, formation, grading, degassing, ageing, stand loss, sorting…).

Pine Research Instrumentation

Redcat is the essential online tool and meeting place for everyone in electrochemistry and solid state science and technology...

• Browse + search cutting-edge research • Meet + connect with peers • Contribute + share your contents and ideas • Connect with future employers + employees on the Redcat jobs site

Redcat is your Web of Connections...Redcat is yours – OWN IT!

Sainergy Tech, Inc.

Booths 140, 141

Booth 115

pinewire@pineinst.com 2741 Campus Walk Ave., Bldg. 100 Durham, NC, 27705 1.919.782.8320 USA www.pineinst.com/echem

Sri Bollepalli Sri@sainergytech.com 1888 Wilkenson Crossing Marietta, GA 30066 1.404.510.8379 USA www.sainergytech.com

Pine Research Instrumentation manufactures a full line of electrochemical products. Researchers in both academic and industrial settings appreciate the use of our modulated speed rotator and rotating electrodes. Our potentiostat line features the new WaveDriver Bipotentiostat/Galvanostat benchtop system.

This has a simple USB interface to a PC and features all traditional electrochemical techniques. All Pine potentiostats operate with our powerful AfterMath Data Organizer software. AfterMath controls the instrument but also integrates features such as MSR rotator control, easy to use analysis tools, specialized electrochemical techniques, and intuitive graphing control options.

Sainergy Tech develops components for the next generation fuel cell based clean energy solutions. Sainergy Tech is currently focused on commercializing polymer electrolyte membrane fuel cell (PEMFC) components, particularly electrocatalysts (EC), gas diffusion layer (GDL) and bipolar plate (BP) materials. The company is utilizing its unique carbon technology to target cost, performance and durability of PEMFC components. Sainergy Techs’ DURA-lyst® brand electrocatalysts made by superior deposition technology reduces the processing cost and improves the performance and durability of PEM fuel cells.

Princeton Applied Research/Solartron Analytical Booths 117, 118, 119

Ari Tampasis aritampasis@ametek.com 801 South Illinois Ave. Oak Ridge, TN 37830 1.865.483.2122 USA www.princetonappliedresearch.com

Princeton Applied Research is a leading manufacturer of laboratory instruments utilized for investigations in the field of electrochemistry, which includes batteries, fuel cells, corrosion, sensors and general physical chemistry. In business more than 50 years, we offer customers the benefit of knowledge, expertise, products, and solutions to support their particular research interest. Solartron Analytical is the global leader in Electrochemical Impedance Spectroscopy, providing more than 60 years of instrumentation development expertise for materials and electrochemical research.

Solartron Analytical instruments and accessories are advancing the research into the physical and electrochemical properties of batteries, fuel cells, organic coatings, corrosion inhibitors, and sensors, as well as the characterization of materials for dielectrics, solar cells, display technologies, ferroelectrics, and composites.

Meeting Program l May 11-15, 2014 l Orlando, FL

Scribner Associates, Inc. Booth 139 Jason Scribner jason@scribner.com 150 E Connecticut Ave. Southern Pines, NC 28387 USA www.scribner.com

1.910.695.8884

Scribner Associates specializes in advanced analytical hardware and software for electrochemical research and development. Our software packages such as ZPlot, ZView, MultiStat and CorrWare are recognized world-wide as the gold standard for instrument control and data analysis. On display will be the Model 850e Fuel Cell Test System, a turn-key instrument for PEM, DMFC and SOFC R&D. The 850e features multiple current ranges for high accuracy over a wide dynamic range, automated humidifier bypass valves for wet/dry cycling, automatic humidifier water fill, manual or automated inlet selector valves, integrated potentiostat functions, and accurate dew point control up to 5 SLM. The 850e is now CE certified. Scribner is pleased to introduce the Model 580 8-Channel Battery Cycler.

The 580 is specifically designed for battery and capacitor discharge cycling and offers CC, CV, CP, and CR modes, 6 current ranges, cell resistance by HFR, 5-wire terminal measurement, and comes with user friendly software for instrument control and data analysis. All of our products are available for quick delivery and are backed by comprehensive technical support.

17

Volume 58â&#x20AC;&#x201C; S a n F r a n c i s c o , C a l i f o r n i a from the San Francisco meeting, October 27â&#x20AC;&#x201D;November 1, 2013 The following issues of ECS Transactions are from symposia held during the San Francisco meeting. All issues are available in electronic (PDF) editions, which may be purchased by visiting http://ecsdl.org/ECST/. Some issues are also available in soft or hard cover editions. Please visit the ECS website for all issue pricing and ordering information. (All prices are in U.S. dollars; M = ECS member price; NM = nonmember price.)

Available Issues Vol. 58

No. 1

Polymer Electrolyte Fuel Cells 13 (PEFC 13) CD/USB........................ M $212.00, NM $265.00

Vol. 58 No. 2

Electrochemical Synthesis of Fuels 2 HC ................................M $141.00, NM $177.00

Vol. 58 No. 3

High Temperature Experimental Techniques and Measurements HC ..............................M $92.00, NM $115.00

Vol. 58 No. 4

Gallium Nitride and Silicon Carbide Power Technologies 3 HC..............................M $127.00, NM $159.00

Vol. 58 No. 5

Nonvolatile Memories 2 HC.............................M $94.00, NM $117.00

Vol. 58 No. 6

Semiconductor Cleaning Science and Technology (SCST) 13) HC.............................M $102.00, NM $127.00

Vol. 58 No. 7

Semiconductors, Dielectrics, and Metals for Nanoelectronics 11 HC ...........................M $117.00, NM $147.00

Vol. 58 No. 8

State-of-the-Art Program on Compound Semiconductors (SOTAPOCS) 55 -and- LowDimensional Nanoscale Electronic and Photonic Devices 6 HC.............................M $114.00, NM $143.00

Vol. 58 No. 9

ULSI Process Integration 8 HC.............................M $92.00, NM $115.00

Vol. 58 No. 10

Atomic Layer Deposition Applications 9 HC.............................M $92.00, NM $115.00

Vol. 58 No. 11

Photovoltaics for the 21st Century 9 SC.............................M $65.00, NM $81.00

Forthcoming Issues SAN A0

Special Lectures - 224th ECS Meeting

SAN A1

Student Posters (General) - 224th ECS Meeting

SAN A2

SAN D1

Corrosion Posters (General) - 224th ECS Meeting

SAN G1

Alkaline Electrolyzers

SAN G2

Synthesis and Electrochemical Engineering General) - 224th ECS Meeting

SAN D2

Atmospheric Corrosion

Nanotechnology (General) - 224rd ECS Meeting

SAN D3

Degradation of Carbon Structural Materials

SAN H1

SAN A3

The Energy Water Nexus

SAN D4

Carbon Nanostructures 4 - Fullerenes to Graphene

SAN B1

Energy Technology/Battery--Joint Session (General) - 224th ECS Meeting

Mass Transport Phenomena in Localized Corrosion

SAN I1

SAN D5

SAN B2

Battery Chemistries Beyond Lithium Ion

Oxide Films: A Symposium in Honor of Clive Clayton on his 65th Birthday

Physical and Analytical Electrochemistry (General) - 224th ECS Meeting

SAN I2

Battery Safety

SAN I3

SAN B4

Computational Science of Battery Materials

Biodegradable and Bioabsortable Metals and Materials

Invitational Symposium in Honor of Adam Heller on his 80th Birthday

SAN B3

SAN D6 SAN E1

Photoelectrochemistry and Photoassisted Electrocatalysis

SAN I4

SAN B5

Electrochemical Capacitors: Fundamentals to Applications

Solid State Topics (General) - 224th ECS Meeting

SAN E7

Physical and Electrochemistry in Ionic Liquids 3

SAN I5

Electrode Processes 8

SAN B8

Intercalation Compounds for Rechargable Batteries

Processing, Materials, and Integration of Damascene and 3D Interconnects 5

SAN F1

SAN J1

Sensors, Actuators, and Microsystems (General) - 224th ECS Meeting

SAN B9

Interfacial Phenomena in Battery Systems

Current Trends in Electrodeposition An Invited Symposium

SAN F2

SAN J2

Impedance Techniques, Diagnostics, and Sensing Applications

SAN B10

Lithium-Ion Batteries

Emerging Materials and Processes for Energy Conversion and Storage

Stationary and Large-scale Electrical Energy Storage Systems 3

SAN F3

Fundamentals and Applications of Electrophoretic Deposition

SAN J3

SAN B12

Luminescence and Display Materials Fundamentals and Applications

SAN F4

Fundamentals of Electrochemical Growth - From UPD to Microstructures 3

SAN J4

Microfluidic MEMS/NEMS, Sensors and Devices

SAN F5

Emerging Opportunities in Electrochemical Deposition for Nanofabrication

SAN J6

Sensors for Agriculture

Ordering Information To order any of these recently-published titles, please visit the ECS Digital Library, http://ecsdl.org/ECST/ Email: customerservice@electrochem.org 18

Meeting Program l May 11-15, 2014 l Orlando,02/21/14 FL

ECS thanks our

Sponsors

for their generous support

Gold Sponsors

Silver Sponsors

Bronze Sponsors

For more information on sponsorship opportunities with ECS, please contact Dan Fatton, Director of Development, 609.737.1902 ext. 115 or dan.fatton@electrochem.org.

Meeting Program l May 11-15, 2014 l Orlando, FL

19

Your Article.

Online.

FAST! Quality peer review.

Continuous publication. No page charges. u Author choice open access. u ECSâ&#x20AC;&#x201D;the only nonprofit society publisher in its field. u High-impact research and technical content areas. u Authors do not pay page charges. u Immediate and worldwide dissemination of content to more than 1,000 academic, research, and corporate libraries. u Visibility and discoverability on a leadingedge, innovative platform. u FOCUS ISSUES devoted to critical, highprofile research that offer state-of-the-science summaries and perspectives.

Get published FAST! Submit your manuscript now at

ecsjournals.msubmit.net

The Electrochemical Society

l

Leading the world in electrochemistry and solid state science and technology for more than 110 years

20 Meeting Program

l

www.electrochem.org

May 12-16, 2013

l

Toronto, ON, Canada

l

www.ecsdl.org

Meeting Program l May 11-15, 2014 l Orlando, FL 1

ECS Editorial Boards Electrochemical Science & Technology (EST)

Robert Savinell, Editor Gerald S. Frankel, Technical Editor Thomas F. Fuller, Technical Editor Charles L. Hussey, Technical Editor Shelley D. Minteer, Technical Editor Rangachary Mukundan, Technical Editor Dennis G. Peters, Technical Editor John Weidner, Technical Editor Martin Winter, Technical Editor Doron Aurbach, Associate Editor Thierry Brousse, Associate Editor Raymond J. Gorte, Associate Editor Takayuki Homma, Associate Editor Paul M. Natishan, Associate Editor Thomas J. Schmidt, Associate Editor Venkat Srinivasan, Associate Editor Nae-Lih (Nick) Wu, Associate Editor

Solid State Science & Technology (SSST) Dennis W. Hess, Editor Jennifer A. Bardwell, Technical Editor Stefan De Gendt, Technical Editor Francis D’Souza, Technical Editor Yue Kuo, Technical Editor Kailash C. Mishra, Technical Editor George Celler, Associate Editor

Interface

Vijay Ramani, Co-Editor Petr Vanýsek, Co-Editor Xiao-Dong Zhou, High Temperature Materials Division Representative James Burgess, Organic and Biological Electrochemistry Division Representative Uwe Happek, Luminescence and Display Materials Division Representative Nick Wu, Sensor Division Representative Andrew Hillier, Physical & Analytical Electrochemistry Division Representative

Jerzy Ruzyllo, Electronics and Photonics Division Representative Luis Echegoyen, Nanocarbons Division Representative Bor Yann Liaw, Battery Division Representative Durga Misra, Dielectric Science and Technology Division Representative Mani Manivannan, Energy Technology Division Representative Sanna Virtanen, Corrosion Division Representative John Staser, Industrial Electrochemistry & Electrochemical Engineering Division Representative Giovanni Zangari, Electrodeposition Division Representative

ECS Transactions

Jeffrey W. Fergus, Editor D. Noel Buckley, Electronics and Photonics Division Representative James Burgess, Organic and Biological Electrochemistry Division Representative Bryan A. Chin, Sensor Division Representative Hugh De Long, Physical and Analytical Electrochemistry Division Representative James M. Fenton, Energy Technology Division Representative Turgut Gur, High Temperature Materials Division Representative Robert Kostecki, Battery Division Representative Kailash C. Mishra, Luminescence and Display Materials Division Representative Durgamadhab Misra, Dielectric Science and Technology Division Representative Elizabeth Podlaha-Murphy, Electrodeposition Division Representative Sanna Virtanen, Corrosion Division Representative John Weidner, Industrial Electrochemistry and Electrochemical Engineering Division Representative R. Bruce Weisman, Nanocarbons Division Representative

The 225th ECS Meeting 5K ENERGY-RUN-FOR-FUN Claim your space at the starting line of the inaugural 5K EnergyRun-For-Fun and enjoy the scenery of the Hilton Orlando Bonnet Creek during a fresh morning run!

The 5K Energy-Run-For-Fun is a ticketed event within the 225th ECS Meeting, with proceeds benefitting the ECS Publications Endowment. Bring your shoes and join us for a memorable activity to jog your mind, as well as your body.

Meeting Program l May 11-15, 2014 l Orlando, FL

The top three finishers will receive award medals.

When: Monday, May 12, starting time of 0730h Where: Signature Island Cost: • Early-Bird rate until April 11, 2014...........$15

• Between April 12 and May 11, 2014.........$20

• Event day sign-up......................................$25 To register for this exciting event, please add it to your meeting registration.

21

ECS Division Officers Battery

Nanocarbons Division

Bor Yann Liaw, Chair Robert Kostecki, Vice-Chair Christopher Johnson, Secretary Marca Doeff, Treasurer

R. Bruce Weisman, Chair Luis Echegoyen, Vice-Chair Slava V. Rotkin, Secretary Dirk Guldi, Treasurer

Corrosion

High Temperature Materials

Shini Fujimoto, Chair Rudy Buchheit, Vice-Chair Barbara A. Shaw, Secretary/Treasurer

Xiao-Dong Zhou, Chair Turgut Gur, Vice-Chair Greg Jackson, Jr. Vice Chair Paul Gannon, Secretary/Treasurer

Dielectric Science and Technology

Industrial Electrochemistry and Electrochemical Engineering

Oana Leonte, Chair Dolf Landheer, Vice-Chair Vimal Desai Chaitanaya, Secretary Yaw Obeng, Treasurer

Gerardine Botte, Chair Venkat Subramanian, Vice-Chair E. Jennings Taylor, Secretary/Treasurer

Electrodeposition

Luminescence and Display Materials

Giovanni Zangari, Chair Elizabeth Podlaha-Murphy, Vice-Chair Stanko Brankovic, Secretary Philippe Vereecken, Treasurer

Anant Setlur, Chair Madis Raukas, Vice-Chair Mikhail Brik, Secretary/Treasurer

Electronics and Photonics

Organic and Biological Electrochemistry

Andrew Hoff, Chair Mark Overberg, Vice-Chair Edward Stokes, 2nd Vice-Chair Junichi Murota, Secretary Fan Ren, Treasurer

James Burgess, Chair Mekki Bayachou, Vice-Chair Graham Cheek, Secretary/Treasurer

Physical and Analytical Electrochemistry Robert Mantz, Chair Pawel Kulesza, Vice-Chair Andrew Hillier, Secretary Alanah Fitch, Treasurer

Energy Technology Adam Weber, Chair Scott Calabrese Barton, Vice-Chair Andrew Herring, Secretary Vaidyanathan Subramanian, Treasurer

Sensor Michael Carter, Chair Bryan Chin, Vice-Chair Nianqiang (Nick) Wu, Secretary Ajit Khosla, Treasurer

ECS Sections

22

Candace Chan, Chair, Arizona Section

Daniel Mandler, Chair, Israel Section

Isolda Costa, Chair, Brazil Section

Hiroshi Nishihara, Chair, Japan Section

Janine Mauzeroll, Chair, Canada Section

Yung-Eun Sung, Chair, Korea Section

Christopher Berney, Chair, Chicago Section

Ignacio Gonzalez, Chair, Mexico Section

Jose Zagal, Chair, Chile Section

Eric Wachsman, Chair, National Capital Section

Zi Feng Ma, Chair, China Section

Sanjeev Mukerjee, Chair, New England Section

Irina Serebrennikova, Chair, Cleveland Section

Jason McLafferty, Chair, Pittsburgh Section

Stephen Maldonado, Chair, Detroit Section

Feng Lin, Chair, San Francisco Section

D. Noel Buckley, Chair, Europe Section

Cheng-lun Wang, Chair, Taiwan Section

Peter J. Hesketh, Chair, Georgia Section

Harovel Wheat, Chair, Texas Section

Kallarackel Jacob, Chair, India Section

Vincent Chevrier, Chair, Twin Cities Section Meeting Program l May 11-15, 2014 l Orlando, FL

2 014

17th International Meeting on Lithium Batteries Como, Italy w June 10-14, 2014 IMLB 2014 (www.imlb.org) is the premier international conference on the state of lithium battery science and technology, as well as current and future applications in transportation, commercial, aerospace, biomedical, and other promising sectors. Convening in the heart of downtown Como/Cernobbio at Villa Erba, the conference is expected to draw 1,200 experts, researchers, and company representatives involved in the lithium battery field.

This international meeting will provide an exciting forum to discuss recent progress in advanced lithium batteries for energy storage and conversion. The meeting will focus on both basic and applied research findings that have led to improved Li battery materials, and to the understanding of the fundamental processes that determine and control electrochemical performance. A major (but not exclusive) theme of the meeting will address recent advances beyond lithium-ion batteries. All areas of lithium battery related science and technology will be covered, such as, but not limited to: • general and national projects • anodes and cathodes • nanostructured materials for lithium batteries • liquid electrolytes and ionic liquids • polymer, gel, and solid electrolytes • issues related to sources and availability of materials for Li batteries

• Li battery recycling • electrode/electrolyte interface phenomena • safety, reliability, cell design and engineering • primary and rechargeable Li cells • industrial production and development for HEVs, PHEVs, and EVs • latest developments in Li battery technology

International Organizing Committee Chairs (in alphabetical order) • Doron Aurbach, Bar Ilan University, Tel Aviv, Israel • Peter Bruce, University of St.Andrews, Scotland • Rosa Palacin, ICMAB-CSIC Campus, Bellaterra, Spain • Bruno Scrosati, Helmholtz Institute Ulm, Germany

• Jean-Marie Tarascon, Université de Picardie Jules Verne, France • Josh Thomas, Uppsala University, Sweden • Margret Wohlfahrt-Mehrens, Center for Solar Energy and Hydrogen Research Baden-Württemberg, ZSW, Ulm, Germany

International Scientific Committee (in alphabetical order) • KM Abraham, E-KEM Science, USA • Khalil Amine, Argonne National Lab, USA • Yi Cui, Stanford University, USA • Juergen Garche, FCBAT, Ulm, Germany • Li Hong, China • Youn-Jun Kim, Korea Electronics Technology Institute (KETI), Korea • Marina Mastragostino, University of Bologna, Italy • Aleksandar Matic, Chalmers University of Technology, Sweden

• Linda Nazar, Waterloo University, Canada • Zempachi Ogumi, University of Kyoto, Japan • Tetsuya Osaka, Waseda University, Tokyo Japan • Stefano Passerini, Muenster University, Germany • Yang Shao-Horn, MIT, USA • Yang-Kook Sun, Hanyang University, Seoul, Korea • Osamu Yamamoto, Mie University, Japan • Yang Yong, Xiamen University, China • Karim Zaghib, IREQ, Canada

The Meeting Venue The site of the meeting is the Villa Erba (www.villaerba.it), which is set magnificently on the lake shore on the edge of the 15th century villa in Como, Italy. IMLB 2014 is being managed by ECS with logistical support provided by Centro Volta (www.centrovolta.it). General sessions, breaks and lunches, and the technical exhibit will be held at the spacious Padiglione Centrale at Villa Erba, and posters will be on display for the entire five days of the event.

The Villa Erba is centrally located at the heart of one of Europe’s premier destinations, and offers six centuries of charm, atmosphere, and beauty. An astounding park, with vast lawns, magnificent trees, and an historical garden surrounds the exhibition centre and the Villa—a green heaven where one can relax in between sessions and meeting.

Visit www.imlb.org for registration and accomodation details.

IMLB 2014 is sponsored and managed by ECS (www.electrochem.org).

ECS Student Chapters Atlanta Student Chapter at Georgia Tech, founded 2008, Peter J. Hesketh, Faculty Advisor

Kerala, India Student Chapter at CUSAT, founded 2008, M. K. Jayaraj, Faculty Advisor

Auburn University Student Chapter, founded 2007, Jeffrey Fergus, Faculty Advisor

Lahore, Pakistan Student Chapter, founded 2008, Inam Ul Haque, Faculty Advisor

Boston Student Chapter (Harvard University, MIT, Northeastern University), founded 2009, Eugene Smotkin, Faculty Advisor

University of Maryland Student Chapter, founded 2011, Eric Wachsman, Faculty Advisor

University of British Columbia Student Chapter, founded 2013, Dan Bizzotto, Faculty Advisor Technical University Brno Student Chapter, founded 2006, Jiri Vondrak, Faculty Advisor Calgary Student Chapter, founded 2011, Viola Birss, Faculty Advisor University of California – Berkeley Student Chapter, founded 2006, Bryan McCloskey, Faculty Advisor The California State University – Fullerton Division Student Chapter, founded 2012, John Haan, Faculty Advisor University of California - Riverside Student Chapter, founded 2011, Alexander Balandin, Faculty Advisor University of Central Florida Student Chapter, founded 2000, Kalpathy Sundaram, Faculty Advisor Central Illinois Student Chapter, founded 2008, Andrzej Wieckowski, Faculty Advisor University of Cincinnati Student Chapter, founded 2007, Marc Cahay, Faculty Advisor ECS Cleveland Section and Ernest B. Yeager Center for Electrochemical Sciences Joint Student Chapter, founded 2005, James D. Burgess, Faculty Advisor Colorado School of Mines Student Chapter, founded 2012, Andrew Herring, Faculty Advisor Drexel University Student Chapter, founded 2012, Yury Gogotsi, Faculty Advisor Florida International University Student Chapter, founded 2095, Chunlei Wang, Faculty Advisor University of Florida Student Chapter, founded 2005, Juan Nino, Faculty Advisor Grand Valley State University Student Chapter, founded 2008, Cory M. DiCarlo, Faculty Advisor Indiana University Student Chapter, founded 2012, Lane Baker and Dennis Peters, Faculty Advisors

24

Montana State University Student Chapter, founded 2013, Paul Gannon, Faculty Advisor Montréal Student Chapter, founded 2010, Steen B. Schougaard, Faculty Advisor New York Capital Region Student Chapter, founded 2006, Dan Lewis, Faculty Advisor The Ohio State University Student Chapter, founded 2006, Anne Co, Faculty Advisor Ohio University Student Chapter, founded 2011, Gerardine Botte, Faculty Advisor Research Triangle Student Chapter, founded 2009, Jeffrey Glass, Faculty Advisor Rensselaer Polytechnic Institute Student Chapter, founded 2013, Daniel Lewis, Faculty Advisor South Brazilian Student Chapter (Univ. Fed. do Rio Grande do Sul), founded 2010, Luis Frederico P. Dick, Faculty Advisor SRM University Student Chapter, founded 2013, Ranjit Thapa and Bhalchandra Kakade, Faculty Advisors University of South Carolina Student Chapter, founded 2010, Xiao-Dong Zhou, Faculty Advisor University of Tartu Student Chapter, founded 2013, Kaido Tammeveski, Faculty Advisor Tel Aviv University Student Chapter, founded 2009, Eliezer Gileadi, Faculty Advisor University of Texas at Austin Student Chapter, founded 2006, Ram Manthiram, Faculty Advisor University of Texas at Dallas Student Chapter, founded 2012, Moon Kim, Faculty Advisor Tyndall National Institute Student Chapter, founded 2010, Alan O’Riordan, Faculty Advisor Valley of the Sun – Central Arizona Student Chapter, founded 2013, Candace Chan, Faculty Advisor University of Virginia Student Chapter, founded 2006, Rob Kelly, Faculty Advisor

Meeting Program l May 11-15, 2014 l Orlando, FL

2013-2014 ECS Committees Executive Committee of the Board of Directors

Technical Affairs Committee

Tetsuya Osaka, Chair...................................................................................................................... Spring 2014 Paul Kohl................................................................................................... Senior Vice-President, Spring 2014 Daniel Scherson....................................................................................... Second Vice-President, Spring 2015 Krishnan Rajeshwar..................................................................................... Third Vice-President, Spring 2016 Hariklia Deligianni......................................................................................................... Secretary, Spring 2016 Christina Bock .............................................................................................................. Treasurer, Spring 2014 Roque Calvo.......................................................................................................Executive Director, Term as ED

Paul Kohl, Chair......................................................................................... Senior Vice President, Spring 2014 Tetsuya Osaka............................................................................................................... President, Spring 2014 Fernando Garzon.................................................................................. Immediate Past President, Spring 2014 Esther Takeuchi............................................................................. 2nd Immediate Past President, Spring 2014 Krishnan Rajeshwar................................................................. Chair, Symposium Subcommittee, Spring 2014 Daniel Scherson...................................................................... Chair, Publications Subcommittee, Spring 2014 Eric Wachsman............................. Chair, Interdisciplinary Science & Technology Subcommittee, Spring 2016

Board of Directors, Presidential Appointment

Tellers of Election

Stuart Swirson .............................................................................................................................. Spring 2014

Robert Comizzoli, Chair ................................................................................................................ Spring 2014 Ronald Enstrom ............................................................................................................................ Spring 2014 William Ayers ................................................................................................................................ Spring 2014 Craig Arnold ................................................................................................................. Alternate, Spring 2014 James Amick ................................................................................................................. Alternate, Spring 2014 Norman Goldsmith ........................................................................................................ Alternate, Spring 2014

Audit Committee Peter Fedkiw, Chair........................................................................................................................ Spring 2014 Petr Vanýsek ................................................................................................................................. Spring 2014 Paul Natishan ................................................................................................................................ Spring 2015 William Eggers............................................................................................................................... Spring 2016 Stuart Swirson........................................................................... Nonprofit Financial Professional, Spring 2014

Education Committee Mark Orazem, Chair....................................................................................................................... Spring 2017 Vimal Chaitanya Desai................................................................................................................... Spring 2014 Jeff Long ....................................................................................................................................... Spring 2014 Randy Leising ............................................................................................................................... Spring 2015 Chris Apblett ................................................................................................................................. Spring 2015 Kalpathy Sundaram ....................................................................................................................... Spring 2016 Jeffry Kelber .................................................................................................................................. Spring 2016 Douglas Hansen ............................................................................................................................ Spring 2017 A. Robert Hillman .......................................................................................................................... Spring 2017 Krishnan Rajeshwar .................................................................................... Third Vice-President, Spring 2014 Kevin Rhodes .............................................................. Chair, Individual Membership Committee, Spring 2016

Ethical Standards Committee Fernando Garzon, Chair ...................................................................... Immediate Past President, Spring 2014 Jan Talbot ...................................................................................................................................... Spring 2014 Johna Leddy ................................................................................................................................. Spring 2015 William Brown .............................................................................................................................. Spring 2016 Hariklia Deligianni ........................................................................................................ Secretary, Spring 2014

Finance Committee Christina Bock, Chair .................................................................................................... Treasurer, Spring 2014 Nancy Missert................................................................................................................................ Spring 2014 Elizabeth Opila .............................................................................................................................. Spring 2014 Pete Peterson ................................................................................................................................ Spring 2015 Plamen Atanassov ......................................................................................................................... Spring 2015 Paul Kohl .................................................................................................. Senior Vice-President, Spring 2014 Hariklia Deligianni......................................................................................................... Secretary, Spring 2016

Honors and Awards Committee Peter Pintauro, Chair ..................................................................................................................... Spring 2015 Ralph White .................................................................................................................................. Spring 2014 D. Noel Buckley ............................................................................................................................ Spring 2014 Francis D’Souza ............................................................................................................................ Spring 2014 Kalpathy Sundaram ....................................................................................................................... Spring 2015 Paul Natishan ................................................................................................................................ Spring 2015 Joseph Stetter ............................................................................................................................... Spring 2015 Jean St. Pierre ............................................................................................................................... Spring 2016 Durga Misra .................................................................................................................................. Spring 2016 Masayoshi Watanabe .................................................................................................................... Spring 2016 Enrico Traversa .............................................................................................................................. Spring 2017 David Lockwood............................................................................................................................ Spring 2017 Vijay Ramani ................................................................................................................................. Spring 2017 Tetsuya Osaka............................................................................................................... President, Spring 2014

Individual Membership Committee Kevin Rhodes, Chair ..................................................................................................................... Spring 2016 Sri Narayan ................................................................................................................................... Spring 2014 Robert Savinell .............................................................................................................................. Spring 2014 David (Picheng) Huang ................................................................................................................. Spring 2015 Parag Banerjee .............................................................................................................................. Spring 2015 Elizabeth Podlaha-Murphy ............................................................................................................ Spring 2016 Wataru Sugimoto .......................................................................................................................... Spring 2016 Hariklia Deligianni ........................................................................................................ Secretary, Spring 2016

Nominating Committee Fernando Garzon, Chair ...................................................................... Immediate Past President, Spring 2014 D. Noel Buckley ............................................................................................................................ Spring 2014 Subash Singhal ............................................................................................................................. Spring 2014 Dennis Hess .................................................................................................................................. Spring 2014 Krishnan Rajeshwar..................................................................................... Third Vice-President, Spring 2014

Sponsorship Committee E. Jennings Taylor, Chair................................................................................................................ Spring 2016 Rob Sides ..................................................................................................................................... Spring 2014 Michael Kubicsko ......................................................................................................................... Spring 2014 Ana Londergan .............................................................................................................................. Spring 2014 William Eggers .............................................................................................................................. Spring 2015 William Brown .............................................................................................................................. Spring 2015 Paul Trulove .................................................................................................................................. Spring 2015 Bruno Scrosati .............................................................................................................................. Spring 2016 Yukinari Kotani .............................................................................................................................. Spring 2016 Soo-Gil Park ................................................................................................................................. Spring 2016 Tetsuya Osaka .............................................................................................................. President, Spring 2014 Christina Bock............................................................................................................... Treasurer, Spring 2014 Roque J. Calvo................................................................................................ ex officio-nonvoting, Term as ED

Ways and Means Committee Hariklia Deligianni, Chair............................................................................................... Secretary, Spring 2016 Robert Glass ................................................................................................................................. Spring 2014 Petr Vanýsek ................................................................................................................................. Spring 2014 Peter Fedkiw ................................................................................................................................. Spring 2015 Adam Weber .................................................................................................................................. Spring 2015 Paul Kohl................................................................................................... Senior Vice-President, Spring 2014 Daniel Scherson....................................................................................... Second Vice-President, Spring 2014

Development Subcommittee of the Sponsorship Committee William Brown, Chair .................................................................................................................... Spring 2014 Bruno Scrosati .............................................................................................................................. Spring 2014 E. Jennings Taylor ....................................................................... Chair, Sponsorship Committee, Spring 2014 Tetsuya Osaka............................................................................................................... President, Spring 2014 Roque Calvo...................................................................................................... Executive Director, Term as ED Dan Fatton............................................................................................... Director of Development, Term as DD

Interdisciplinary Science and Technology Subcommittee of the Technical Affairs Committee Eric Wachsman, Chair......................................................... High Temperature Materials Division, Spring 2016 Hariklia Deligianni.............................................................................. Electrodeposition Division, Spring 2014 Uwe Happek...........................................................Luminescence and Display Materials Division, Spring 2014 Rick Wise ............................................................................. Electronics and Photonics Division, Spring 2014 Xiao-Dong Zhou ................................................................ High Temperature Materials Division, Spring 2014 Ana Londergan ......................................................... Dielectric Science and Technology Division, Spring 2015 Trung-Van Nguyen............ Industrial Electrochemistry and Electrochemical Engineering Division, Spring 2015 Michael Carter ................................................................................................... Sensor Division, Spring 2015 Shelley Minteer................................................Physical and Analytical Electrochemistry Division, Spring 2015 Arumugam Manthiram ....................................................................................... Battery Division, Spring 2016 Patrik Schmuki .............................................................................................. Corrosion Division, Spring 2016 Isao Taniguch................................................... Organic and Biological Electrochemistry Division, Spring 2016 Phaedon Avouris....................................................................................... Nanocarbons Division, Spring 2016

Publications Subcommittee Daniel Scherson, Chair............................................................................ Second Vice-President, Spring 2014 Mary E. Yess.................................................................................................................. Publisher, Term as Pub Robert Savinell...................................................................................................... EST Board Chair, 5/17/2017 Dennis W. Hess................................................................................................. SSST Board Chair, 12/31/2016 Vijay Ramani.......................................................................................................... Interface Editor, 12/31/2017 Petr Vanýsek.......................................................................................................... Interface Editor, 12/31/2017 Jeffrey Fergus.......................................................................................... ECS Transactions Editor, 12/31/2014 Subhash Singhal............................................................................................................................ Spring 2014 Johna Leddy.................................................................................................................................. Spring 2014 Hubert Gasteiger............................................................................................................................ Spring 2015 James Fenton................................................................................................................................. Spring 2015 Hariklia Deligianni......................................................................................................... Secretary, Spring 2016

Symposium Planning Advisory Board Krishnan Rajeshwar, Chair........................................................................... Third Vice-President, Spring 2014 Bor Yann Liaw ............................................................................................... Chair, Battery Division, Fall 2014 Shinji Fujimoto ........................................................................................ Chair, Corrosion Division, Fall 2014 Oana Leonte.................................................... Chair, Dielectric Science and Technology Division, Spring 2014 Giovanni Zangari ........................................................................... Chair, Electrodeposition Division, Fall 2015 Andrew Hoff ............................................................... Chair, Electronics and Photonics Division, Spring 2015 Adam Weber........................................................................... Chair, Energy Technology Division, Spring 2015 Bruce Weisman................................................................................ Chair, Nanocarbons Division, Spring 2014 Xiao-Dong Zhou ........................................................... Chair, High Temperature Materials Division, Fall 2015 Gerardine Botte.......Chair, Industrial Electrochemistry and Electrochemical Engineering Division, Spring 2014 Anant Setlur..................................................... Chair, Luminescence and Display Materials Division, Fall 2015 James Burgess....................................... Chair, Organic and Biological Electrochemistry Division, Spring 2015 Rob Mantz..............................................Chair, Physical and Analytical Electrochemistry Division, Spring 2015 Michael Carter .............................................................................................. Chair, Sensor Division, Fall 2014 Eric Wachsman............................. Chair, Interdisciplinary Science & Technology Subcommittee, Spring 2016

Society Historian Zoltan Nagy ................................................................................................................................... Spring 2016

Representatives to Other Societies American Association for the Advancement of Science Roque J. Calvo..................................................................................................... Term as Executive Director Chemical Heritage Foundation Kathryn R. Bullock...................................................................................... Heritage Councilor, Spring 2014 Federation of Materials Societies Petr Vanýsek................................................................................................................. Trustee, Spring 2014 Roque J. Calvo................................................................................................... Advisory Board, Term as ED

National Inventors Hall of Fame Peter Pintauro...................................................................... Chair, Honors & Awards Committee, Spring 2015

Take advantage of this one-time only membership opportunity before you leave the meeting.

Saying “YES!” to “MUST

HAVE” ECS Membership is Quick and Easy …

• Stop by the Tech Connect Corner (near the Registration area) and sign-up online for your FREE membership or • Log on to www.electrochem.org/225 from your personal computer, laptop, tablet, or phone or • Visit the Registration Area for more details.

26

*One-year ECS membership available NOW to all qualified non-member meeting attendees!

Meeting Program May 11-15, 2014 l

l

Orlando, FL

Short Courses Four Short Courses will be offered in Orlando on Sunday, May 11, 2014, from 0830h to 1630h. The registration fee for the Short Courses is $425 for ECS Members and $520 for Nonmembers. Students may register for a Short Course at a 50% discount—ECS Student Members: $212.50, and Nonmember Students: $260.

The registration fee for the course includes participation in the course, text materials, continental breakfast, luncheon, and refreshment breaks; the Short Course Registration fee does not include or apply to the general Meeting Registration, and it is not applicable to any other activities of the meeting. Pre-registration for Short Courses is required—the deadline is April 11, 2014

Short Course #1

Short Course #3

Basic Impedance Spectroscopy Mark E. Orazem, Instructor

Grid-Scale Energy Storage Jeremy P. Meyers, Instructor

This course is intended for chemists, physicists, materials scientists, and engineers with an interest in applying electrochemical impedance techniques to study a broad variety of electrochemical processes. The attendee will develop a basic understanding of the technique, the sources of errors in impedance measurements, the manner in which experiments can be optimized to reduce these errors, and the use of graphical methods to interpret measurements in terms of meaningful physical properties.

This course is intended for chemists, physicists, materials scientists, and engineers to better understand the specific requirements for energy storage on the electric grid. The course will introduce students to the concepts associated with the “smart grid” and the demands that intermittent renewable power sources place on the grid from the perspective of distribution. We will then examine some of the key technologies under consideration for energy storage and the technical targets and challenges that must be addressed. Students will be brought up to date with the current state of the art, and review data from demonstration systems, experimental data from prototype designs, and some modeling and analysis.

Short Course #2 Fundamentals of Electrochemistry: Basic Theory and Thermodynamic Methods Jamie Noël, Instructor This course covers the basic theory and application of electrochemical science. It is targeted toward people with a physical sciences or engineering background who have not been trained as electrochemists, but who want to add electrochemical methods to their repertoire of research approaches. There are many fields in which researchers originally approach their work from another discipline but then discover that it would be advantageous to understand and use some electrochemical methods to complement the work that they are doing.

The course has just been fully revised to include more practical examples and a more manageable volume of material. It complements a revised sister course, “Fundamentals of Electrochemistry: Basic Theory and Kinetic Methods”, to be offered by the same instructor at the ECS fall meeting. The two courses have different emphasis, and each is designed to be a stand-alone introduction to electrochemical fundamentals. If both courses are desired, they can be taken in either order.

Short Course Refund Policy: Written requests for Short Course refunds will be honored only if received at ECS headquarters

by May 5, 2014. All refunds are subject to a 10% processing fee and requests for refunds must be made in writing and e-mailed to customerservice@electrochem.org.

Refunds will not be processed until AFTER the meeting. All courses are subject to cancellation pending an appropriate number of advance registrants.

Meeting Program l May 11-15, 2014 l Orlando, FL

Short Course #4 More-than-Moore Technologies: Device, Circuit and System Perspectives Yiyu Shi, Instructor This course is designed to be interdisciplinary, providing crossdomain knowledge in computer engineering, physics and chemistry.

It is intended for chemists, physicists, materials scientists, and electrical/computer engineers with an interest in developing or utilizing More-than-Moore technologies. The course is best suited for an attendee who has little or no background in these technologies and wants to appreciate the overall picture. The attendee will develop basic understanding of fundamental mechanisms behind various More-than-Moore technologies, their pros and cons, their critical issues/open questions that need to be addressed, and their possible applications in computer circuit and system designs.

Before making any flight or hotel reservations, please check to make sure the Short Course that you have selected is being offered.

Please visit the ECS website for full course descriptions and instructor biographies.

27

Professional Development Series and Career Opportunities John R. Susko, Instructor Several key professional development workshops will be presented May 11-14, 2014. These important workshops will provide attendees with up-to-date information on enhancing career opportunities.

The professional development workshops are open to all registered attendees at no additional cost.

We also invite you to visit the Redcat booth in the Exhibit Hall or redcatresearch.org to discover the latest career opportunities in electrochemistry and solid state science and technology.

Professional Development Series: Essential Elements for Employment Success—Landing your next job requires selective and effective networking, developing and submitting specifically targeted resumes and cover letters, locating relevant job opportunities and preparing for and participating in the job interview. This workshop will provide up-to-date information and tips for employment success.

Sunday, May 11 ������������� 1400-1600h in Floridian Ballroom H, Lobby Level Monday, May 12 ������������ 0800-1000h in Floridian Ballroom H, Lobby Level Professional Development Series: Résumé Review—At a loss for words? Bring your résumé for a one-on-one session with an industry leader and expert on résumé development. You will walk away with a résumé that is sure to land you your next interview.

Panel of Professionals—As part of the professional development series, ECS is pleased to present the inaugural Panel of Professionals at the 225th ECS Meeting in Orlando in May. Please join us on Monday, May 12th, 1800-1900h in Floridian Ballroom H, on the Lobby Level.

Attendees will hear from three guest speakers, representing industry, academia, and government, each discussing the unique challenges and opportunities of pursuing a career in their chosen field.

Confirmed panelists: l Hariklia Deligianni, PhD, Thomas J. Watson Research Center, IBM Corporation l Amy Marschilok, PhD., Research Associate Professor in Materials Science and Engineering Chemistry at Stony Brook University, SUNY l Gabriel Veith, PhD, Senior Staff Scientist, Oak Ridge National Laboratory The session will be moderated by Kevin Rhodes, PhD, of Ford Motor Company. There will be ample time for questions and answers. Students and early-career professionals are strongly encouraged to attend.

Monday, May 12 ������������ 1800-1900h in Floridian Ballroom H, Lobby Level

Monday, May 12 ������������ 1200-1600h in Columbia, Ground Level Tuesday, May 13 ������������ 0800-1200h in Columbia, Ground Level Wednesday, May 14 ������� 0800-1200h in Columbia, Ground Level

Information for Oral and Poster Presenters Oral Presentations

Oral presentations must be in English. Laptop computers and LCD projectors will be available in each symposium room for oral presentations. Authors are required to bring their presentation on a USB flashdrive only. Speakers requiring special equipment must make written request to ECS headquarters (meetings@electrochem. org) no later than three weeks before the meeting, and appropriate arrangements will be made at the expense of the author.

Poster Presentations

Poster presentations must be in English, on a board approximately 3 feet 10 inches high by 3 feet 10 inches wide (1.17 meters high by 1.17 meters wide), and correspond to the abstract number and day of presentation as detailed in the final program. Plan your display to fit on one upright panel as per the above dimensions. Present displayed information from left to right, starting at the top left of the panel. The paper title, number, names, and affiliations of all authors MUST be at the top of the display. The recommended print size for the title is approximately 1” to 2” (2.5 cm to 5 cm) high.

Authors should minimize written text but use it when necessary to emphasize essential data and/or to stimulate discussion. All illustrations, drawings, charts, pictures, graphs, figures, and written text should be large enough to allow easy reading from a distance of 5′ (1.5 m). Matted and finished photographs are recommended to enhance visibility. Commercial advertisements or publicity will NOT be permitted in poster presentations. Authors violating this regulation will be asked to remove their presentations immediately.

You may mount your poster only on your assigned day from 13:00h to 18:00h. Please remove your poster promptly at the end of the poster session. Unclaimed posters will be discarded. Please do not begin setting up your poster until all the poster boards have been numbered. Pushpins and/or thumbtacks will be supplied.

28

Authors are responsible for setting up their displays, for being present during the entire scheduled poster session, and for removing their displays at the conclusion of the poster session. No posters will be displayed without author participation. NO EXCEPTIONS WILL BE GRANTED. Authors are responsible for the security of their displays and all items of value. ECS will not assume any responsibility for lost, stolen, or broken articles. Additional information or special requirements should be addressed to the individual symposium organizers prior to the meeting.

Student Poster Session

The Student Poster Session will be held as part of the Tuesday General Poster Session and Technical Exhibit. All meeting registrants are invited to attend. Formal presentations will begin at 1800h. Students may start setting up their presentations at 0900h in the Exhibit Hall (Grand Foyer, Lobby level; judging of the posters will begin at 1700h.

Winners will be announced and given an award plaque on Wednesday at 1800h in the Exhibit Hall.

Tech Table

A Tech Table staffed by audio-visual technicians will be available Monday through Thursday, for any audio-visual assistance needed for oral presentations.

No Photography or Recording Allowed Technical Session Co-Chair Information

Please check the ECS website or mobile app to find the most recent list of cancelled papers. ECS headquarters is located in Bradford, Ground Level if you have any questions.

Meeting Program l May 11-15, 2014 l Orlando, FL

CALL FOR NOMINATIONS for Technical Editor of the Batteries and Energy Storage Area of the Journal of The Electrochemical Society and ECS Electrochemistry Letters ECS (The Electrochemical Society) is seeking to fill the position of Technical Editor of the Batteries and Energy Storage Technical Interest Area for the Journal of The Electrochemical Society and ECS Electrochemistry Letters.

The Batteries and Energy Storage (BES) Technical Interest Area (TIA) includes theoretical and experimental aspects of batteries, electrochemical capacitors, and redox flow batteries. Specific topics include design, modeling, and testing; electrode structures and characterization, including charge storage materials, binders, additives, membranes, electrolytes, conductivity enhancers, and current collectors. Also of interest are issues that pertain to safety, such as development and implementation of methods for its assessment.

The Journal of The Electrochemical Society (JES) is the ECS flagship journal and has long been the premier international journal in the field of electrochemical science and technology.

The Society’s Technical Editors actively solicit manuscripts for their TIA through being involved in their technical community, engaging the ECS Divisions, and working with the staff to effectively communicate to their TIA’s stakeholders. Technical Editors ensure an efficient and fair peer review processing and minimize lag time of manuscript submissions. They work to recruit and select editorial reviewers. Technical Editors are required to adhere to policies and procedures for: (a.) manuscript submission and authorship criteria; (b.) peer review, evaluation of decisions regarding publication, and methods for reconsideration of rejected manuscripts; (c.) maintaining the scientific integrity and confidentiality of the peer review process; (d.) the identification and recommendation of theme issues and supplements; (e.) handling conflict of interest and disclosure issues; and (f.) handling allegations and findings of scientific misbehavior and misconduct. Technical Editors must clearly communicate publication guidelines and policies and oversee compliance.

Technical Editors serve as members of their respective Editorial Boards and attend their biannual meetings. They work collaboratively with the Editors, the Publisher, and the Director of Publications to accomplish the objectives approved by the Publications Subcommittee and the Board of Directors.

Nominees for the BES Technical Editor must possess and maintain scientific knowledge of the scope of the BES TIA (see http://ecsdl. org/site/ecs/tia_scopes.xhtml). Nominees must have qualities of leadership, technical breadth, creativity, motivation, and international reputation, and should be able to commit the necessary time. The Technical Editor oversees the review and disposition of manuscripts within his/her TIA, and works to develop content for the regular and special issues. A yearly honorarium is offered by the Society.

Nominees must have published previously in a Society publication or other comparable scholarly journal. They must be skilled in the arts of writing, editing, critical assessment, negotiation, and diplomacy.

Meeting Program l May 11-15, 2014 l Orlando, FL

Published since 1902, JES is the only top peer-reviewed, archival journal still published by a nonprofit, scholarly society. ECS Electrochemistry Letters (EEL) is the newest ECS peer-reviewed journal to join JES. Along with the ECS solid state journals and ECS Transactions, JES and EEL provide unparalleled opportunities to disseminate basic research and technology results in electrochemical and solid state science and technology. JES and EEL each publish a minimum of 12 regular and special issues a year. All ECS journals offer Author Choice Open Access (http://www.electrochem.org/oa/).

ECS maintains 13 TIAs (see http://ecsdl.org/site/ecs/tia_ scopes.xhtml), and there is one Technical Editor for each TIA, supported by Associate Editors and an Editorial Advisory Board. Technical Editors for the ECS journals ensure the publication of original, important, well-documented, peerreviewed articles that meet the objectives of the relevant journal, and are within the scope of the Society’s TIAs.

Technical Editors may not serve on the editorial boards of any nonECS peer-reviewed technical journal. Technical Editors will be expected to adhere to the Society’s Code of Ethics policies.

A Technical Editor is appointed for a two-year term, renewable for additional terms, up to a maximum of eight years. The Publications Subcommittee will approve the appointment of the BES Technical Editor during the ECS meeting in Cancun (fall 2014).

If selected as a finalist, candidates are expected to be available for face-to-face interviews with the Publications Subcommittee at the ECS meeting in Cancun (fall 2014).

Self-nominations and third-party nominations are due no later than June 3, 2014. If you are interested in being considered for the position, or if you would like to recommend someone for the position, please send the information to ECS headquarters, to the attention of Mary Yess, ECS Deputy Executive Director & Publisher, mary. yess@electrochem.org.

Full applications are due no later than July 3, 2014.Those interested should send a letter indicating their qualifications for the position, stating why they are interested in the position, giving their previous experience with peer-reviewed journals, and noting of their availability of their time to fulfill the duties of this position.

Please also include a one-page résumé. Send all materials to ECS headquarters, to the attention of Mary Yess, ECS Deputy Executive Director & Publisher, mary.yess@electrochem.org.

ECS • The Electrochemical Society 65 South Main Street, Bldg. D, Pennington, New Jersey 08534-2839, USA tel: 609.737.1902 • fax: 609.737.2743

www.electrochem.org

29

Symposium Topics and Organizers A — Batteries, Fuel Cells, and Energy Conversion A1 — Batteries and Energy Technology Joint General Session (M-Th) – Y. Xing, V. Di Noto, J. Muldoon, A. Manivannan, S. Narayanan Battery Division, Energy Technology Division A2 — Material and Electrode Designs for Energy Storage and Conversion (M –Th) – J. Xiao, J. Wu, K. Zaghib, V. Kalra Battery Division, Energy Technology Division, Industrial Electrochemistry and Electrochemical Engineering Division A3 — Mechanical-Electrochemical Coupling in Energy Related Materials and Devices (M-W) – J. D. Nicholas, Y. Qi, P. Mukerjee, S. Bishop High Temperature Materials Division, Battery Division, Energy Technology Division A4 — Stationary and Large Scale Electrical Energy Storage Systems 4 (M-T) – S. Narayan, A. Weber, J. Meyers, B. Y. Liaw, G. Botte Energy Technology Division, Battery Division, Industrial Electrochemistry and Electrochemical Engineering Division B — Chemical and Biological Sensors B1 — Sensors, Actuators, and Microsystems General Session (Chemical and Biological Sensors) (T-W) – N. Wu, G. Hunter, L. Nagahara, A. Khosla, A. Simoniam, S. Mitra, Z. Aguilar Sensor Division, Battery Division, Energy Technology Division, High Temperature Materials Division B5 — Future Prospects for Sensors: Commercialization, Practical Issues, and Ubiquitous Sensing (M) – M. Carter, G. Hunter, V. Lvovich, J. Stetter, P. Hesketh, J. Li, S. Minteer, A. Khosla, S. C. Barton Sensor Division, Energy Technology Division, Physical and Analytical Electrochemistry Division, Interdisciplinary Science and Technology Subcommittee C — Corrosion Science and Technology C1 — Corrosion General Session (W-Th) – R. G. Buchheit Corrosion Division D — Electrochemical/Electroless Deposition D1 — Electrodeposition for Micro- and Nano-Battery Materials (T) – J. Rohan, J. Owen, S. Mukerjee, K. M. Abraham Electrodeposition Division, Battery Division, Energy Technology Division D2 — Electroless Plating: Principles and Applications 3 (M-T) – S. Djokic, N. Dimitrov, J. Stickney, L. Magagnin Electrodeposition Division E — Electrochemical Engineering E1 — Industrial Electrochemistry and Electrochemical Engineering General Session (T) – G. Botte, J. Weidner, H. Xu, E. J. Taylor Industrial Electrochemistry and Electrochemical Engineering Division, Battery Division, Electrodeposition Division, Energy Technology Division E2 — Characterization of Porous Materials 6 (T) – J. Staser, V. Birss, J. Gostick, J. Xiao Industrial Electrochemistry and Electrochemical Engineering Division, Battery Division, Energy Technology Division, Physical and Analytical Electrochemistry Division E4 — Electrolysis and Electrochemical Processes (W) – G. Botte, J. Weidner, K. Ayers Industrial Electrochemistry and Electrochemical Engineering Division, Energy Technology Division E5 — Materials for Low Temperature Electrochemical Systems (T-Th) – P. Pintauro, M. Shao, R. Wycisk, P. Atanassov, K. Karan, B. Lucht Industrial Electrochemistry and Electrochemical Engineering Division, Battery Division, Energy Technology Division, Physical and Analytical Electrochemistry Division F — Fuel Cells, Electrolyzers, and Energy Conversion F1 — Characterization of Interfaces and Interphases (T-W) – T. Nguyen, P. Atanassov, R. Kostecki, F.-Y. Zhang Energy Technology Division, Battery Division, Industrial Electrochemistry and Electrochemical Engineering Division, Physical and Analytical Electrochemistry Division F2 — Computational Studies on Battery and Fuel Cell Materials (in Honor of Professor Ishikawa Symposium) (M-W) – D. Chu, S. R. Narayan, E. M. Ryan, S. Meng Energy Technology Division, Battery Division, High Temperature Materials Division, Physical and Analytical Electrochemistry Division

30

F4 — Ionic and Mixed Conducting Ceramics 9 (M-Th) – M. Mogensen, T. Kawada, T. Armstrong, T. Gur, X.-D. Zhou, A. Manivannan, S. Gopalan, S. R. Narayan High Temperature Materials Division, Energy Technology Division F5 — Solar Fuels and Photocatalysts 3 (M-T) – N. Wu, V. Subramanian, A. Manivannan, P. Kulesza, D. Chu, H. Dinh, J. Fenton, H. Wang Energy Technology Division, Industrial Electrochemistry and Electrochemical Engineering Division, Physical and Analytical Electrochemistry Division F6 — State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells (T-W) – A. Weber, T. Zawodzinski, T. Schmidt, J. Fenton, R. Borup Energy Technology Division, Industrial Electrochemistry and Electrochemical Engineering Division, Physical and Analytical Electrochemistry Division (NOTE: Please refer to A3 for a related symposium) G — Organic and Bioelectrochemistry G2 — Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 (M-T) – K. Chiba, D. Peters, S. Nishiyama Organic and Biological Electrochemistry Division H — Physical and Analytical Electrochemistry, Electrocatalysis, and Photoelectrochemistry H1 — Physical and Analytical Electrochemistry General Session (M-T) – P. Kulesza Physical and Analytical Electrochemistry Division H2 — Symposium in Honor of Andrzej Wieckowski ( M-Th) – P. Zelenay, R. R. Adzic, S. Gottesfeld, J. Inukai, N. M. Markovic, S. Mukerjee, M. Neurock, A. Lewenstam, P. J. Kulesza, P. Atanassov, D. J. Myers Physical and Analytical Electrochemistry Division H3 — Biofuel Cells 6 (M-W) – P. Atanassov, S. C. Barton, N. Mano, S. Minteer Physical and Analytical Electrochemistry Division, Energy Technology Division, Organic and Biological Electrochemistry Division, Sensor Division H4 — Charge Transfer: Electrons, Protons, and Other Ions 2 (T-W) – S. Paddison, V. Di Noto Physical and Analytical Electrochemistry Division, High Temperature Materials Division H5 — Physical Chemistry of Electrolytes (M-W) – P. Trulove, P. J. Kulesza, P. Vanýsek, K. Gering Physical and Analytical Electrochemistry Division, Battery Division H8 — Spectroelectrochemistry 2 (T) – S. Mukerjee, V. Di Noto Physical and Analytical Electrochemistry Division H9 — Symposium in Honor of Richard Buck (M-T) – P. Vanýsek, A. Lewenstam Physical and Analytical Electrochemistry Division M — Carbon Nanostructures and Devices M1 — Carbon Electronics: Interfaces to Metals, Dielectrics, and Electrolytes (T-W) – M. Madou, A. Hoff, M. Carter, D. Landheer, R. Martel, R. Kostecki, C. Wang Dielectric Science and Technology Division, Battery Division, Electronics and Photonics Division, Nanocarbons Division, Sensor Division M2 — Carbon Nanostructures for Energy Conversion (M-T) – J. Blackburn, M. Arnold, K. Rajeshwar, R. Kostecki, R. Martel Nanocarbons Division, Energy Technology Division M3 — Carbon Nanostructures in Medicine and Biology (M) – T. DaRos, L. Wilson, R. Van Staden, D. Heller Nanocarbons Division, Sensor Division M4 — Carbon Nanotubes - From Fundamentals to Devices (T-W) – S. V. Rotkin, M. Zheng, S. Doorn, Y. Gogotsi, R. B. Weisman Nanocarbons Division M5 — Endofullerenes and Carbon Nanocapsules (W) – T. Akasaka, L. Echegoyen, S. Yang Nanocarbons Division M6 — Fullerenes - Chemical Functionalization, Electron Transfer, and Theory (T) – F. D’Souza, D. Guldi, S. Fukuzumi Nanocarbons Division, Physical and Analytical Electrochemistry Division M7 — Graphene and Related Structures (M-T) – H. Grebel, S. V. Rotkin, L. Huang, Y. Obeng Nanocarbons Division M8 — Nanostructures for Energy Conversion (T-W) – H. Imahori, P. Kamat, K. Murakoshi, V. Subramanian, J. Xiao Nanocarbons Division, Battery Division, Energy Technology Division

Meeting Program l May 11-15, 2014 l Orlando, FL

Symposium Topics and Organizers (continued) M9 — Porphyrins, Phthalocyanines, and Supramolecular Assemblies (M-W) – K. Kadish, R. Paolesse, N. Solladie, T. Torres Nanocarbons Division, Physical and Analytical Electrochemistry Division N — Dielectric Science and Materials N2 — Dielectrics for Nanosystems 6: Materials Science, Processing, Reliability, and Manufacturing (M-W) – D. Misra, Y. Obeng, T. Chikyow, H. Iwai, Z. Chen, D. Bauza Dielectric Science and Technology Division, Electronics and Photonics Division N3 — More-than-Moore (M-W) – Y. Obeng, G. Banerjee, S. Datta, P. Hesketh, T. Hiramoto, P. Srinivasan, A. Hoff Dielectric Science and Technology Division, Electronics and Photonics Division, Sensor Division, Interdisciplinary Science and Technology Subcommittee P — Electronic Materials and Processing P1 — Chemical Mechanical Polishing 13 (T) – R. Rhoades, I. Ali, G. Banerjee, L. Economikos, D. Huang, Y. Obeng, B. Basim Dielectric Science and Technology Division P2 — Silicon Compatible Materials, Processes, and Technologies for Advanced Integrated Circuits and Emerging Applications 4 (M-W) – F. Roozeboom, E. P. Gusev, H. Iwai, K. Kakushima, V. Narayanan, P. J. Timans, Paul Kohl, O. M. Leonte Electronics and Photonics Division, Dielectric Science and Technology Division

Q — Electronic and Photonic Devices and Systems Q1 — Integrated Optoelectronics 7 (M-W) – M. J. Deen, Q. Fang, C. Jagadish, L. F. Marsal, K. Ohashi Electronics and Photonics Division, Dielectric Science and Technology Division Q2 — Wide Bandgap Semiconductor Materials and Devices 15 (M-Th) – F. Ren, D. Senesky, Y.-L. Wang, S. J. Pearton, E. B. Stokes, G. Hunter Electronics and Photonics Division, Sensor Division R — Luminescence and Display Materials, Devices, and Processing R1 — Nanoscale Luminescent Materials 3 (M-W) – P. Mascher, D. Lockwood Dielectric Science and Technology Division, Luminescence and Display Materials Division Z — General Z1 — General Student Poster Session (T) – V. Subramanian, V. Chaitanya, J. St-Pierre, C. Johnson, M. P. Foley, K. B. Sundaram All Divisions Z2 — Nanotechnology General Session (T-W) – W. Mustain, O. M. Leonte All Divisions, Interdisciplinary Science and Technology Subcommittee Z3 — Solid State Topics General Session (T-W) – K. Sundaram, O. M. Leonte, K. Shimamura, H. Iwai Dielectric Science and Technology Division, Electronics and Photonics Division, Energy Technology Division, Luminescence and Display Materials Division, Nanocarbons Division, Organic and Biological Electrochemistry Division, Sensor Division

SPECIAL OFFER! Purchase a hardcover copy of ECS Transactions Volume 61, Issues 1, 2, 3, 4, or 5 with your Orlando meeting registration and receive 10% off that issue’s list price!

For ECS Members, the 10% discount will be on top of your regular Member discount for these issues. Any discounted books purchased must be picked up at the Orlando meeting. The discount does not apply to electronic editions of these issues. This discount is not valid on any other issues of ECST, Monographs, or Proceedings Volumes purchased at the meeting.

ECS Transactions – Forthcoming Issues In addition to those symposia that have committed to publishing an issue of ECS Transactions (ECST), all other symposia potentially will be publishing an issue of ECST approximately 16 weeks after the Orlando meeting. If you would like to receive information on any of these issues when they become available, please e-mail. Please include your name, e-mail address, and all issues in which you are interested.

ECS Transactions (ECST) – Symposia with issues available “at” the meeting are labeled with this special icon.

Hard-cover (HC) editions will be available for purchase and pick-up at the meeting; or you may pre-order on the meeting registration form or when registering online.

Electronic (PDF) editions will be available ONLY via the ECS Digital Library (www.ecsdl.org). Electronic editions of the Orlando “at” meeting issues will be available for purchase beginning May 2, 2014. Please visit the ECS website for all issue pricing and ordering information for the electronic editions.

Meeting Program l May 11-15, 2014 l Orlando, FL

31

ECS e-Zone Newsletter

Why Advertise?

ECS Advertising Office 65 South Main St., Building D • Pennington, NJ 08531 • USA Advertising Contact: Christie Knef • news@electrochem.org • 1.609.737.1902 x 121

• Reach thousands of prospects on the ECS Digital Library–More than 1,000 institutions, with employees and enrollments in the tens of thousands, rely on this "go-to" research database, home to all ECS digital content.

• Get noticed on the ECS Website–Over 300,000 page views and 30,000 unique visitors per month.

• Go social on Redcat–Dynamic visibility and an unparalleled way to connect your products and services with a global network of scientists, engineers and educators.

• Make some impressions in the ECS e-Zone–More than 30,000 members of our community receive this online newsletter every two weeks.

• Move your bottom line forward in Interface magazine– Highly-motivated subscribers and pass-along readership in the thousands.

• Introduce your company to new clients at ECS exhibits and meetings–Thousands of international attendees translates to thousands of new prospects. Plus, you can build the ad package that works for you!

KNOWLEDGE AND ENERGY… ON THE LEADING EDGE! HyDro-QuéBEc’S rESEarcH InStItutE (IrEQ)

Expert teams work at leading-edge facilities to develop safe, high-performance battery materials.

www.hydroquebec.com/innovation

32

Meeting Program l May 11-15, 2014 l Orlando, FL Graphisme : Titre :

GB Design Knowledge and energy on the leading edge!

Hot-swappable channels allow potentiostats to be added or removed without interruption of experiments on other channels 4,000,000 Data Point Buffer on each channel allows preservation of data if any interruption delay occurs between the device and host computer Chassis is built with user-replaceable modules

Meeting Program l May 11-15, 2014 l Orlando, FL

NEW

33

225th ECS Meeting Monday, May 12 Code A0

Technical Symposia

AM

Special Lectures All Divisions

Tuesday, PM

AM

1540h Henry B. Linford Award for Distinguished Teaching Address Flagler, Ground Level

0810h Vittorio de Nora Award Address Sarasota, Ground Level

1700h The ECS Lecture Bonnet Creek Ballrooms VII & VIII, Lobby Level

34

A1

Batteries and Energy Technology Joint General Session Y. Xing, V. Di Noto, J. Muldoon, A. Manivannan, S. Narayanan Battery Division, Energy Technology Division

Abst 1-11 Bonnet Creek Ballroom I, Lobby Level Abst 12-21 Bonnet Creek Ballroom II, Lobby Level

Abst 22-28 Bonnet Creek Ballroom I, Lobby Level

Abst 29-39 Bonnet Creek Ballroom I, Lobby Level

A2

Material and Electrode Designs for Energy Storage and Conversion J. Xiao, J. Wu, K. Zaghib, V. Kalra Battery Division, Energy Technology Division, Industrial Electrochemistry and Electrochemical Engineering Division

Abst 164-172 Bonnet Creek Ballroom III, Lobby Level

Abst 173-178 Bonnet Creek Ballroom III, Lobby Level

Abst 179-188 Bonnet Creek Ballroom III, Lobby Level

A3

Mechanical-Electrochemical Coupling in Energy Related Materials and Devices J. D. Nicholas, Y. Qi, P. Mukerjee, S. Bishop High Temperature Materials Division, Battery Division, Energy Technology Division

Abst 315-323 Bonnet Creek Ballroom IV, Lobby Level

Abst 324-328 Bonnet Creek Ballroom IV, Lobby Level

Abst 329-337 Bonnet Creek Ballroom IV, Lobby Level

A4

Stationary and Large Scale Electrical Energy Storage Systems 4 S. Narayan, A. Weber, J. Meyers, B.Y. Liaw, G. Botte Energy Technology Division, Battery Division, Industrial Electrochemistry and Electrochemical Engineering Division

Abst 366-376 Bonnet Creek Ballroom V, Lobby Level

Abst 377-382 Bonnet Creek Ballroom V, Lobby Level

Abst 383-391 Bonnet Creek Ballroom V, Lobby Level

B1

Sensors, Actuators, and Microsystems General Session (Chemical and Biological Sensors) N. Wu, G. Hunter, L. Nagahara, A. Khosla, A. Simoniam, S. Mitra, Z. Aguilar Sensor Division, Battery Division, Energy Technology Division, High Temperature Materials Division

B5

Future Prospects for Sensors: Commercialization, Practical Issues, and Ubiquitous Sensing M. Carter, G. Hunter, V. Lvovich, J. Stetter, P. Hesketh, J. Li, S. Minteer, A. Khosla, S. C. Barton Sensor Division, Energy Technology Division, Physical and Analytical Electrochemistry Division, Interdisciplinary Science and Technology Subcommittee

C1

Corrosion General Session R. G. Buchheit Corrosion Division

Abst 401-402; Abst 403-408 Sarasota, Ground Level

Abst 451-457 Sarasota, Ground Level

Abst 458-464 Sarasota, Ground Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Orlando, FL l May 11-15, 2014 May 13

Wednesday, May 14

Thursday, May 15

PM

AM

PM

AM

PM

Abst 40-50 Bonnet Creek Ballroom I, Lobby Level

Abst 51-61 Bonnet Creek Ballroom I, Lobby Level

Abst 62-72 Bonnet Creek Ballroom I, Lobby Level Post 73-142 Grand Foyer, Lobby Level

Abst 143-153 Bonnet Creek Ballroom I, Lobby Level

Abst 154-163 Bonnet Creek Ballroom I, Lobby Level

Abst 189-198 Bonnet Creek Ballroom III, Lobby Level

Abst 199-207 Bonnet Creek Ballroom III, Lobby Level

Abst 208-215 Bonnet Creek Ballroom III, Lobby Level Post 216-292 Grand Foyer, Lobby Level

Abst 293-302 Bonnet Creek Ballroom III, Lobby Level

Abst 303-314 Bonnet Creek Ballroom III, Lobby Level

Abst 338-344 Bonnet Creek Ballroom IV, Lobby Level Post 345-351 Grand Foyer, Lobby Level

Abst 352-359 Bonnet Creek Ballroom IV, Lobby Level

Abst 260-365 Bonnet Creek Ballroom IV, Lobby Level

Abst 483-489 Orange, Ground Level

Abst 490-499 Orange, Ground Level

Abst 392-399 Bonnet Creek Ballroom V, Lobby Level Post 400 Grand Foyer, Lobby Level

Abst 409-413; Abst 414-419 Sarasota, Ground Level Post 420-440 Grand Foyer, Lobby Level

Abst 441-445; Abst 446-450 Sarasota, Ground Level

Abst 465-473 Orange, Ground Level Post 474-482 Grand Foyer, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

35

225th ECS Meeting Monday, May 12 Code

36

Technical Symposia

D1

Electrodeposition for Micro- and NanoBattery Materials J. Rohan, J. Owen, S. Mukerjee, K. M. Abraham Electrodeposition Division, Battery Division, Energy Technology Division

D2

Electroless Plating: Principles and Applications 3 S. Djokic, N. Dimitrov, J. Stickney, L. Magagnin Electrodeposition Division

E1

Industrial Electrochemistry and Electrochemical Engineering General Session G. Botte, J. Weidner, H. Xu, E. J. Taylor Industrial Electrochemistry and Electrochemical Engineering Division, Battery Division, Electrodeposition Division, Energy Technology Division

E2

Characterization of Porous Materials 6 J. Staser, V. Birss, J. Gostick, J. Xiao Industrial Electrochemistry and Electrochemical Engineering Division, Battery Division, Energy Technology Division, Physical and Analytical Electrochemistry Division

E4

Electrolysis and Electrochemical Processes G. Botte, J. Weidner, K. Ayers Industrial Electrochemistry and Electrochemical Engineering Division, Energy Technology Division

E5

Materials for Low Temperature Electrochemical Systems P. Pintauro, M. Shao, R. Wycisk, P. Atanassov, K. Karan, B. Lucht Industrial Electrochemistry and Electrochemical Engineering Division, Battery Division, Energy Technology Division, Physical and Analytical Electrochemistry Division

F1

Characterization of Interfaces and Interphases T. Nguyen, P. Atanassov, R. Kostecki, F.-Y. Zhang Energy Technology Division, Battery Division, Industrial Electrochemistry and Electrochemical Engineering Division, Physical and Analytical Electrochemistry Division

F2

Computational Studies on Battery and Fuel Cell Materials (in Honor of Professor Ishikawa Symposium) D. Chu, S. R. Narayan, E. M. Ryan, S. Meng Energy Technology Division, Battery Division, High Temperature Materials Division, Physical and Analytical Electrochemistry Division

AM

Tuesday, PM

AM Abst 500-506 Orange, Ground Level

Abst 516-525 Orange, Ground Level

Abst 526-530 Orange, Ground Level

Abst 534-542 Bonnet Creek Ballroom II, Lobby Level

Abst 620-629 Hamilton, Ground Level

Abst 659-662; Abst 663-668 Indian River, Ground Level

Abst 669-675 Indian River, Ground Level

Abst 676-679; Abst 680-685 Indian River, Ground Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Orlando, FL l May 11-15, 2014 May 13

Wednesday, May 14

PM

Thursday, May 15

AM

PM

Abst 572-582 Nassau, Ground Level

Abst 583-588 Nassau, Ground Level Post 589-590 Grand Foyer, Lobby Level

Post 591-598 Grand Foyer, Lobby Level

Abst 599-607 Bonnet Creek Ballroom II, Lobby Level

Abst 608-615 Bonnet Creek Ballroom II, Lobby Level

Abst 630-638 Hamilton, Ground Level

Abst 639-648 Hamilton, Ground Level

Abst 649-658 Hamilton, Ground Level

AM

PM

Abst 507-511; Abst 512-515 Orange, Ground Level

Post 531-533 Grand Foyer, Lobby Level

Abst 543-553 Bonnet Creek Ballroom II, Lobby Level Post 554 Grand Foyer, Lobby Level

Abst 555-566 Nassau, Ground Level Post 567-571 Grand Foyer, Lobby Level

Abst 686-693 Indian River, Ground Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Abst 616-619 Bonnet Creek Ballroom II, Lobby Level

Post 694-699 Grand Foyer, Lobby Level

37

225th ECS Meeting Monday, May 12

Tuesday,

Code

Technical Symposia

AM

PM

AM

F4

Ionic and Mixed Conducting Ceramics 9 M. Mogensen, T. Kawada, T. Armstrong, T. Gur, X.-D. Zhou, A. Manivannan, S. Gopalan, S. R. Narayan High Temperature Materials Division, Energy Technology Division

Abst 700-704 Jackson, Ground Level

Abst 705-709 Jackson, Ground Level

Abst 710-716 Jackson, Ground Level

F5

Solar Fuels and Photocatalysts 3 N. Wu, V. Subramanian, A. Manivannan, P. Kulesza, D. Chu, H. Dinh, J. Fenton, H. Wang Energy Technology Division, Industrial Electrochemistry and Electrochemical Engineering Division, Physical and Analytical Electrochemistry Division

Abst 758-767 Nassau, Ground Level

Abst 768-774 Nassau, Ground Level

Abst 775-781 Nassau, Ground Level

F6

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells A. Weber, T. Zawodzinski, T. Schmidt, J. Fenton, R. Borup Energy Technology Division, Industrial Electrochemistry and Electrochemical Engineering Division, Physical and Analytical Electrochemistry Division

G2

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 K. Chiba, D. Peters, S. Nishiyama Organic and Biological Electrochemistry Division

Abst 813-821 Floridian Ballroom D, Lobby Level

Abst 822-830 Floridian Ballroom D, Lobby Level

Abst 831-840 Floridian Ballroom D, Lobby Level

H1

Physical and Analytical Electrochemistry General Session P. Kulesza Physical and Analytical Electrochemistry Division

Abst 853-855; Abst 856-860 Floridian Ballroom E, Lobby Level

Abst 861-867 Floridian Ballroom E, Lobby Level

Abst 868-871 Floridian Ballroom E, Lobby Level

H2

Symposium in Honor of Andrzej Wieckowski P. Zelenay, R. R. Adzic, S. Gottesfeld, J. Inukai, N. M. Markovic, S. Mukerjee, M. Neurock, A. Lewenstam, P.J. Kulesza, P. Atanassov, D. J. Myers Physical and Analytical Electrochemistry Division

Abst 885-893 Floridian Ballroom F, Lobby Level

Abst 894-899 Floridian Ballroom F, Lobby Level

Abst 900-909 Floridian Ballroom F, Lobby Level

H3

Biofuel Cells 6 P. Atanassov, S. C. Barton, N. Mano, S. Minteer Physical and Analytical Electrochemistry Division, Energy Technology Division, Organic and Biological Electrochemistry Division, Sensor Division

Abst 961-969 Floridian Ballroom G, Lobby Level

H4

Charge Transfer: Electrons, Protons, and Other Ions 2 S. Paddison, V. Di Noto Physical and Analytical Electrochemistry Division, High Temperature Materials Division

38

Abst 785-789 Palm Beach, Ground Level

Abst 970-980 Floridian Ballroom G, Lobby Level

Abst 1016-1018; Abst 1019-1020 Floridian Ballroom H, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Orlando, FL l May 11-15, 2014 May 13

Wednesday, May 14

Thursday, May 15

PM

AM

PM

AM

PM

Abst 717-724 Jackson, Ground Level Post 725-731 Grand Foyer, Lobby Level

Abst 732-739 Jackson, Ground Level

Abst 740-747 Jackson, Ground Level

Abst 748-754 Jackson, Ground Level

Abst 755-757 Jackson, Ground Level

Abst 797-801 Palm Beach, Ground Level

Post 802-812 Grand Foyer, Lobby Level

Abst 910-912; Abst 913-919 Floridian Ballroom F, Lobby Level

Abst 920-929 Floridian Ballroom F, Lobby Level

Abst 930-939 Floridian Ballroom F, Lobby Level

Abst 940-949 Floridian Ballroom F, Lobby Level

Abst 950-959 Floridian Ballroom F, Lobby Level

Abst 981-992 Floridian Ballroom G, Lobby Level

Abst 993-1002 Floridian Ballroom G, Lobby Level

Abst 1003-1007 Floridian Ballroom G, Lobby Level Post 1008-1015 Grand Foyer, Lobby Level

Abst 1021-1023; Abst 1024-1026 Floridian Ballroom H, Lobby Level Post 1027-1029 Grand Foyer, Lobby Level

Abst 1030-1032; Abst 1033-1035 Floridian Ballroom H, Lobby Level

Abst 1036-1037; Abst 1038-1040 Floridian Ballroom H, Lobby Level

Post 782-784 Grand Foyer, Lobby Level

Abst 790-796 Palm Beach, Ground Level

Abst 841-852 Floridian Ballroom D, Lobby Level

Abst 872-877 Floridian Ballroom E, Lobby Level Post 878-884 Grand Foyer, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

39

225th ECS Meeting Monday, May 12 Code

40

Technical Symposia

Tuesday,

AM

PM

AM

Abst 1041-1046 Floridian Ballroom J, Lobby Level

Abst 1047-1050 Floridian Ballroom J, Lobby Level

Abst 1051-1056 Floridian Ballroom J, Lobby Level

H5

Physical Chemistry of Electrolytes P. Trulove, P. J. Kulesza, P. Vanysek, K. Gering Physical and Analytical Electrochemistry Division, Battery Division

H8

Spectroelectrochemistry 2 S. Mukerjee, V. Di Noto Physical and Analytical Electrochemistry Division

H9

Symposium in Honor of Richard Buck P. Vanysek, A. Lewenstam Physical and Analytical Electrochemistry Division

M1

Carbon Electronics: Interfaces to Metals, Dielectrics, and Electrolytes M. Madou, A. Hoff, M. Carter, D. Landheer, R. Martel, R. Kostecki, C. Wang Dielectric Science and Technology Division, Battery Division, Electronics and Photonics Division, Nanocarbons Division, Sensor Division

M2

Carbon Nanostructures for Energy Conversion J. Blackburn, M. Arnold, K. Rajeshwar, R. Kostecki, R. Martel Nanocarbons Division, Energy Technology Division

Abst 1136-1145; Abst 1146 Bonnet Creek Ballroom IX, Lobby Level

Abst 1147-1149; Abst 1150-1153 & 1716 Bonnet Creek Ballroom IX, Lobby Level

M3

Carbon Nanostructures in Medicine and Biology T. DaRos, L. Wilson, R. Van Staden, D. Heller Nanocarbons Division, Sensor Division

Abst 1160-1164; Abst 1165-1170 Bonnet Creek Ballroom X, Lobby Level

Abst 1171-1172 Bonnet Creek Ballroom X, Lobby Level

M4

Carbon Nanotubes - From Fundamentals to Devices S. V. Rotkin, M. Zheng, S. Doorn, Y. Gogotsi, R. B. Weisman Nanocarbons Division

M5

Endofullerenes and Carbon Nanocapsules T. Akasaka, L. Echegoyen, S. Yang Nanocarbons Division

M6

Fullerenes - Chemical Functionalization, Electron Transfer, and Theory F. Dâ&#x20AC;&#x2122;Souza, D. Guldi, S. Fukuzumi Nanocarbons Division, Physical and Analytical Electrochemistry Division

M7

Graphene and Related Structures H. Grebel, S. V. Rotkin, L. Huang, Y. Obeng Nanocarbons Division

Abst 1080-1085 Floridian Ballroom K, Lobby Level

Abst 1094-1100 Floridian Ballroom L, Lobby Level

Abst 1101-1105 Floridian Ballroom L, Lobby Level

Abst 1106-1112 Floridian Ballroom L, Lobby Level

Abst 1121; Abst 1122; Abst 1123; Abst 1124-1125 Bonnet Creek Ballroom VIII, Lobby Level

Abst 1154-1155 Bonnet Creek Ballroom IX, Lobby Level

Abst 1173-1177 Bonnett Creek Ballroom XII, Lobby Level

Abst 1230-1240 Bonnet Creek Ballroom XI, Lobby Level

Abst 1248-1254; Abst 1255-1258 Bonnet Creek Ballroom XII, Lobby Level

Abst 1259-1265 Bonnet Creek Ballroom XII, Lobby Level

Abst 1266-1271 Bonnet Creek Ballroom XII, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Orlando, FL l May 11-15, 2014 May 13

Wednesday, May 14

Thursday, May 15

PM

AM

PM

Abst 1057-1063 Floridian Ballroom J, Lobby Level Post 1064-1066 Grand Foyer, Lobby Level

Abst 1067-1075 Floridian Ballroom J, Lobby Level

Abst 1076-1079 Floridian Ballroom J, Lobby Level

AM

PM

Abst 1086-1093 Floridian Ballroom K, Lobby Level

Abst 1113-1119 Floridian Ballroom L, Lobby Level Post 1120 Grand Foyer, Lobby Level Abst 1126-1130 Bonnet Creek Ballroom VIII, Lobby Level Post 1131-1132 Grand Foyer, Lobby Level

Abst 1133-1135 Bonnet Creek VIII, Lobby Level

Post 1156-1159 Grand Foyer, Lobby Level

Abst 1178-1182; Abst 1183-1186; Abst 1187-1188 Bonnett Creek Ballroom XII, Lobby Level Post 1189-1190 Grand Foyer, Lobby Level

Abst 1191-1195; Abst 1196-1200 Bonnett Creek Ballroom XII, Lobby Level

Abst 1201-1205; Abst 1206-1211 Bonnett Creek Ballroom XII, Lobby Level

Abst 1212-1222 Bonnet Creek Ballroom XI, Lobby Level

Abst 1223-1229 Bonnet Creek Ballroom XI, Lobby Level

Abst 1241-1244 Bonnet Creek Ballroom XI, Lobby Level Post 1245-1247 Grand Foyer, Lobby Level Post 1272-1273 Grand Foyer, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

41

225th ECS Meeting Monday, May 12 Code

42

Technical Symposia

AM

Tuesday, PM

AM

M8

Nanostructures for Energy Conversion H. Imahori, P. Kamat, K. Murakoshi, V. Subramanian, J. Xiao Nanocarbons Division, Battery Division, Energy Technology Division

Abst 1274-1282 Bonnet Creek Ballroom IX, Lobby Level

M9

Porphyrins, Phthalocyanines, and Supramolecular Assemblies K. Kadish, R. Paolesse, N. Solladie, T. Torres Nanocarbons Division, Physical and Analytical Electrochemistry Division

N2

Dielectrics for Nanosystems 6: Materials Science, Processing, Reliability, and Manufacturing D. Misra, Y. Obeng, T. Chikyow, H. Iwai, Z. Chen, D. Bauza Dielectric Science and Technology Division, Electronics and Photonics Division

N3

More-Than-Moore Y. Obeng, G. Banerjee, S. Datta, P. Hesketh, T. Hiramoto, P. Srinivasan, A. Hoff Dielectric Science and Technology Division, Electronics and Photonics Division, Sensor Division, Interdisciplinary Science and Technology Subcommittee

P1

Chemical Mechanical Polishing 13 R. Rhoades, I. Ali, G. Banerjee, L. Economikos, D. Huang, Y. Obeng, B. Basim Dielectric Science and Technology Division

P2

Silicon Compatible Materials, Processes, and Technologies for Advanced Integrated Circuits and Emerging Applications 4 F. Roozeboom, E. P. Gusev, H. Iwai, K. Kakushima, V. Narayanan, P. J. Timans, P. Kohl, O. M. Leonte Electronics and Photonics Division, Dielectric Science and Technology Division

Abst 1718; Abst 1439-1444 Flagler, Ground Level

Abst 1445-1448 Flagler, Ground Level

Abst 1449-1453 Flagler, Ground Level

Q1

Integrated Optoelectronics 7 M. J. Deen, Q. Fang, C. Jagadish, L. F. Marsal, K. Ohashi Electronics and Photonics Division, Dielectric Science and Technology Division

Abst 1474-1478 Gilchrist, Ground Level

Abst 1479-1481; Abst 1482-1484 Gilchrist, Ground Level

Abst 1485-1486; Abst 1487-1490 Gilchrist, Ground Level

Q2

Wide Bandgap Semiconductor Materials and Devices 15 F. Ren, D. Senesky, Y.-L. Wang, S. J. Pearton, E. B. Stokes, G. Hunter Electronics and Photonics Division, Sensor Division

Abst 1502-1508 Manatee, Ground Level

Abst 1509-1514 Manatee, Ground Level

Abst 1515-1522 Manatee, Ground Level

Abst 1306-1310 Bonnet Creek Ballroom X, Lobby Level

Abst 1311-1321 Bonnet Creek Ballroom X, Lobby Level

Abst 1352-1356; Abst 1357-1359 Taylor, Ground Level

Abst 1360-1362; Abst 1363-1364 Taylor, Ground Level

Abst 1365-1368; Abst 1369-1372 Taylor, Ground Level

Abst 1399-1400; Abst 1401-1402 Union, Ground Level

Abst 1403-1406 Union, Ground Level

Abst 1407-1409 Union, Ground Level

Abst 1422-1424; 1425-1429 Bonnet Creek Ballroom VII, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Orlando, FL l May 11-15, 2014 May 13

Wednesday, May 14

Thursday, May 15

PM

AM

Abst 1283-1293 Bonnet Creek Ballroom IX, Lobby Level Post 1294-1295 Grand Foyer, Lobby Level

Abst 1296-1305 Bonnet Creek Ballroom IX, Lobby Level

PM

Abst 1322-1331 Bonnet Creek Ballroom X, Lobby Level

Abst 1332-1342 Bonnet Creek Ballroom X, Lobby Level

Abst 1342-1346 Bonnet Creek Ballroom X, Lobby Level Post 1347-1351 Grand Foyer, Lobby Level

Abst 1373-1378 Taylor, Ground Level

Abst 1379-1383; Abst 1384-1385 Taylor, Ground Level

Abst 1386-1389 Taylor, Ground Level Post 1390-1398 Grand Foyer, Lobby Level

Abst 1410-1412 Union, Ground Level Post 1413 Grand Foyer, Lobby Level

Abst 1414-1417 Union, Ground Level

Abst 1418-1421 Union, Ground Level

AM

PM

Abst 1430-1433; 1434-1436 Bonnet Creek Ballroom VII, Lobby Level Post 1437-1438 Grand Foyer, Lobby Level Abst 1454-1458 Flagler, Ground Level Post 1459-1466 Grand Foyer, Lobby Level

Abst 1467-1473 Flagler, Ground Level

Abst 1491-1492; Abst 1493-1495 Gilchrist, Ground Level

Abst 1496-1499; Abst 1500-1501 & 1717 Gilchrist, Ground Level

Abst 1523-1531 Manatee, Ground Level

Abst 1532-1540 Manatee, Ground Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Abst 1541-1549 Manatee, Ground Level Post 1550-1553 Grand Foyer, Lobby Level

Abst 1554-1563 Manatee, Ground Level

43

225th ECS Meeting Monday, May 12

Tuesday,

Code

Technical Symposia

AM

PM

AM

R1

Nanoscale Luminescent Materials 3 P. Mascher, D. Lockwood Dielectric Science and Technology Division, Luminescence and Display Materials Division

Abst 1564-1565; Abst 1566-1569 Lake, Ground Level

Abst 1570-1573 Lake, Ground Level

Abst 1574-1575; Abst 1576-1578 Lake, Ground Level

Z1

General Student Poster Session V. Subramanian, V. Chaitanya, J. St-Pierre, C. Johnson, M. P. Foley, K. B. Sundaram All Divisions

Z2

Nanotechnology General Session W. Mustain, O. M. Leonte All Divisions, Interdisciplinary Science and Technology Subcommittee

Z3

Solid State Topics General Session K. Sundaram, O. M. Leonte, K. Shimamura, H. Iwai Dielectric Science and Technology Division, Electronics and Photonics Division, Energy Technology Division, Luminescence and Display Materials Division, Nanocarbons Division, Organic and Biological Electrochemistry Division, Sensor Division

44

Meeting Program l May 11-15, 2014 l Orlando, FL

Orlando, FL l May 11-15, 2014 May 13

Wednesday, May 14

Thursday, May 15

PM

AM

PM

Abst 1579-1584 Lake, Ground Level Post 1585-1590 Grand Foyer, Lobby Level

Abst 1591-1593 Lake, Ground Level

Abst 1594-1598 Lake, Ground Level

Abst 1684-1691 Bonnet Creek Ballroom VI, Lobby Level

Abst 1692-1701 Bonnet Creek Ballroom VI, Lobby Level

AM

PM

Abst 1599-1671 Grand Foyer, Lobby Level

Abst 1672-1683 Grand Foyer, Lobby Level

Abst 1702-1710 Grand Foyer, Lobby Level

Meeting Program l May 11-15, 2014 l Orlando, FL

Abst 1711-1715 Bonnet Creek Ballroom VII, Lobby Level

45

Technical Sessions Bonnet Creek Ballroom II, Lobby Level, Hilton Orlando Bonnet Creek

Monday, May 12

Monday, May 12

A1

Fuel Cells – 08:10 – 12:00 Co-Chairs: Junhua Jiang and Vito Di Noto 08:10

12

Stochastic Methods for PEMFC Parameter Identification – P Alotto, E Negro, V Di Noto (University of Padova)

08:40

13

Advanced Diagnoses on Dead Ended Anode Operations for Proton Exchange Membrane Fuel Cell Stacks – Q P G Meyer, D J L Brett (Electrochemical Innovation Lab, University College London), S Ashton, O Curnick, and T Reisch (Intelligent Energy)

09:00

14

Effects of 3% Steam in Air on Lscf-6428 Cathodes during 1000 h SOFC Tests – J S Hardy, J W Templeton, N L Canfield, and J W Stevenson (Pacific Northwest National Laboratory)

09:20

15

Core@Shell Catalyst for PEMFC Application: New Approach Towards Non-Noble Metal Based Catalysis – P P Patel, M K Datta, P Jampani Hanumantha, K S Kadakia, and P N Kumta (University of Pittsburgh)

09:40

16

Multi-Walled Carbon Nanotubes Composite Catalysts with Pd Nanoparticles for Methanol Oxidation – Z Guo, Y Wang, Q He, J Guo (Integrated Composites Laboratory), Dan F Smith (Lamar University), H Wei (Lamar University), K Ding (Hebei Normal University), and S Wei (Lamar University)

Batteries and Energy Technology Joint General Session Battery / Energy Technology Bonnet Creek Ballroom I, Lobby Level, Hilton Orlando Bonnet Creek

Li-Ion Battery I - Anode – 08:00 – 12:00 Co-Chair: Yangchuan Xing 08:00

08:20 08:40

1

2 3

Investigation of High Energy Density Anode Materials Based on Sio-Sncoc in Full Cell Configuration – A Abouimrane, B Liu, and K Amine (Argonne National Laboratory) Scribable CNT/Si Heterostructured Anodes for Lithium-Ion Batteries – R Epur, M Ramanathan, and P N Kumta (University of Pittsburgh) Micro-Sized Silicon-Carbon Composite Composed of Carbon-Coated Sub-10 Nm Si Primary Particles As High-Performance Anode Materials for Lithium-Ion Batteries – J Song, S Chen, T Xu, and D Wang (The Pennsylvania State University)

09:00

4

Half- and Full-Cell Performance of SiliconCarbon Anodes Using the Capacity Control Method – M Karulkar, H Wen, and J Adams (Ford Motor Company)

09:20

5

Silicon Nanowires Coated with C60 Layer As Anode Materials for Lithium-Ion Secondary Batteries – A A Arie (Parahyangan Catholic University)

10:00 Break 10:20

17

Catalysts Based on Trimetallic Formulations for the Electro-Oxidation of Methanol – D Sebastian, V Baglio, C D’urso, A Stassi, and A S Aricò (CNR-ITAE)

10:40

18

Electrodeposition of Cobalt-Manganese Alloy Coatings for Surface Modification of Metallic SOFC Interconnects – H McCrabb, S Lucatero, S Snyder (Faraday Technology, Inc), H Zhang, X Liu (West Virginia University), and E J Taylor (Faraday Technology, Inc)

11:00

19

F Doped (Ir,Sn,Nb)O2 oxygen Evolution Reaction Electro-Catalysts for PEM Water Electrolysis – K S Kadakia, M K Datta, O I Velikokhatnyi, and P N Kumta (University of Pittsburgh)

11:20

20

Advanced Diagnostic Applied to a Self Breathing Fuel Cell Using Printed Circuit Board Technology – O A Obeisun, F A Daniels, C Gibbs, J Robinson (University College London), A R J Kucernak (Imperial College London), and D J L Brett (University College London)

11:40

21

A Novel Aluminium Semi-Fuel Cell with Bipolar Membrane for Water Treatment – P Nikoleishvili, V Kveselava, G Tsutsumia, G Gorelishvili, D Sharabidze, R Kurtanidze, and L Gelashvili (Ivane Javakhishvili Tbilisi State University)

09:40 Break 10:00

6

Computational Study of Effect of Si Morphology on Mechanical Integrity of Si/CNT Hetetostructure Anode for Li Ion Battery – S S Damle, S Pal, R Epur, P N Kumta, and S Maiti (University of Pittsburgh)

10:20

7

Development of New Anode Composite Materials for Fluoride Ion Batteries – C Rongeat, A R Munnangi, and M Fichtner (Karlsruhe Institute of Technology (KIT))

10:40

8

Identical-Location TEM Studies on Conductivity Vs Structure in Metal Oxide Anodes – N Spinner and W E Mustain (University of Connecticut)

11:00

9

High Rate and Long Cycle Life Anodes Via ALD TiO2 Coatings on Mesoporous Activated Carbons – W Xing, J Buettner-Garrett, M Krysiak, J Kelly (ADA Technologies, Inc), and D M King (PneumatiCoat Technologies)

11:20

10

Electrochemical Degradation Mechanism of Nano-Sized Sn-C Composite Negative Electrodes for Libs – K Eom and T F Fuller (Georgia Institute of Technology)

11:40

11

Porous Li4Ti5O12/ Reduced Graphene Oxide Anode Materials with Enhanced Rate Capability and Cyclability – C Chen and C P Wang (Florida International University)

46

Meeting Program l May 11-15, 2014 l Orlando, FL

168

Charge Transfer Kinetics in LiFePO4 Porous Electrodes: Butler-Volmer Equation Vs Marcus Theory – P Bai and M Z Bazant (Massachusetts Institute of Technology)

Vanadium Flow Battery Performance Improvement through Electrode Modification – R P Brooker (University of Central Florida), C Bell (University of Bath), L J Bonville, H R Kunz (University of Connecticut), and J M Fenton (Florida Solar Energy University of Central Florida)

10:40

169

Ultrathin Surface Modification By Atomic Layer Deposition on High Voltage Cathode LiNi05Mn15O4 for Lithium Ion Batteries – X Fang, M Ge, J Rong, Y Che, N Aroonyadet, X Wang, Y Liu, A Zhang, and C Zhou (USC)

Enhanced Durability and Stability of Solid Oxide Fe-Air Redox Battery with the Carbothermic Reaction Derived Energy Storage Unit – X Zhao, X Li, Y Gong, and K Huang (University of South Carolina)

11:00

170

Nanostructured V2O5/Sn Mg-Ion Full Batteries – S Tepavcevic, D Zhou, C Johnson, and T Rajh (Argonne National Laboratory)

11:20

171

A Novel Aluminium–Air Secondary Battery with Long-Term Stability – R Mori (Fuji Pigment Co Ltd)

11:40

172

Phosphorus @ Porous Carbon for Na-Ion Batteries – Y Wen and C Wang (University of Maryland)

Li-Ion Battery II - Cathode – 14:00 – 16:20 Co-Chair: Vito Di Noto 14:00

14:20

14:40

22

23

24

Effects of Doping on XLi2MnO3•(1-x) LiNi1/3Mn1/3Co1/3O2 Prepared Via Spray Pyrolysis – M Lengyel, K Y Shen, and R L Axelbaum (Washington University in St Louis)

15:00

25

Lithium Compensation to Mitigate Capacity Fading in High Voltage LiNi05Mn15O4/ graphite Li-ion Cells – L Hu, Z Zhang, C Johnson, and K Amine (Argonne National Laboratory)

15:20

26

Improvement on the Li-Rich Mn-rich Cathode Performance By Interface Modification Using Anion Receptors – J Zheng, J Xiao, M Gu, C Wang, and J G Zhang (Pacific Northwest National Laboratory)

15:40

16:00

A2

27

28

14:00

173

Simulating Electrochemical Impedance Spectroscopy of Graphite/LiNi08Co015Al005O2 Cathode Cells – R Jaini and T F Fuller (Georgia Institute of Technology)

“Brick-and-Mortar” Self-Assembly Synthesis of Electrode Architectures – B Guo, P Fulvio, X G Sun (Oak Ridge National Laboratory), and S Dai (Oak Ridge National Laboratory, University of Tennessee)

14:40

174

Beyond One Li+ Storage in Spinel-Type LiMTiO4 (M = Fe, Mn) and Understanding of Structural Mechanisms – R Chen, M Knapp, H Hahn, H Ehrenberg, and S Indris (Karlsruhe Institute of Technology)

Investigation of Pre-Lithiation Mechanisms and Optimization of Li Loading for Negative Electrode Materials – M C Greenleaf, M Hagen, and J P Zheng (Florida State University)

15:00

175

Synchotron Enabled Ex-Situ and in-Situ Mechanistic Interrogation of Energy Storage Systems – E S Takeuchi (Brookhaven National Laboratory), K J Takeuchi, and A C Marschilok (Stony Brook University)

15:20

176

Sovent-Free Synthesis of Lithium Intercalated Graphites Using Thermal or Mechanical Reactors – R L Sacci, G M Veith, and N J Dudney (Oak Ridge National Laboratory)

15:40

177

Nanoimprinted Carbon Structures As High Performance Lithium Ion Battery Anodes – P Wang and J Li (University of Washington)

16:00

178

Effect of Temperature on Characteristic of Carbon Nanotube Nano-Composite Electrode Supercapacitor – N Huang (Dalian Maritime University, University of Toronto), K Don, S J Thorpe (University of Toronto), C Liang (Dalian Maritime University), L Xu (Sunrise Power Co Ltd), S Zhang, W Li, and M Sun (Dalian Maritime University)

Material and Electrode Designs for Energy Storage and Conversion

Battery / Energy Technology / Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom III, Lobby Level, Hilton Orlando Bonnet Creek

Emerging Technologies (Flow Cells, Mg, Na-ion Batteries etc.) – 07:45 – 12:00 Co-Chairs: Jun Liu and Karim Zaghib 07:45

Carbon Energy – 14:00 – 16:20 Co-Chairs: Vibha Kalra and James J. Wu

Welcoming Remarks

07:50

164

Overview of Emerging Technologies and Challenges for Large Scale Energy Storage – J W Virden (Pacific Northwest National Laboratory)

08:30

165

Advanced Redox Flow Battery Technology – W Wang, Z Nie, M Vijayakumar, X Wei, B Li, L Cosimbescu, W Xu, T Liu, D Reed, and V Sprenkle (Pacific Northwest National Laboratory)

09:10

166

An Electrochemical Etching Process for Flow Battery Structures to Improve Performance and Reduce Manufacturing Cost – H McCrabb, S Snyder, and E J Taylor (Faraday Technology, Inc)

A3

Break

Battery Mechano-Electro-Chemical Coupling at the Microand Macro-Scales – 08:00 – 11:40 Co-Chairs: Partha P. Mukherjee and Yue Qi

09:30 10:00

167

Functionalized Poly(phenylene) Efficiency and Stability in Vanadium Redox Flow Batteries – T D Largier (University of Connecticut) and C J Cornelius (University of Nebraska)

Meeting Program l May 11-15, 2014 l Orlando, FL

08:00

Mechanical-Electrochemical Coupling in Energy Related Materials and Devices High Temperature Materials / Battery / Energy Technology Bonnet Creek Ballroom IV, Lobby Level, Hilton Orlando Bonnet Creek

315

Invited Presentation: Mathematical Modeling of Diffusion-Induced Stress and Other Coupled Physics in Li-Ion Batteries – J Christensen (Robert Bosch LLC) 47

Monday, May 12

10:20

Bonnet Creek Ballroom I, Lobby Level, Hilton Orlando Bonnet Creek

08:40

316

09:00

317 Nickel/Carboxymethylcellulose/StyreneButadiene-Rubber Matrix As In-Situ VolumeExpansion Sensors for Intermetallic Li-Ion Battery Anodes – J M Kaule, L R Hoffman, R R Chowdhury, and H Mukaibo (University of Rochester)

Monday, May 12

09:20

318

09:40 10:00

10:20

10:40

11:00

11:20

319

320

321

322

323

Mechanical Method of Lithium-Ion Soh and SOC Measurement – J Cannarella and C B Arnold (Princeton University)

Three-Dimensional Mesoscale Modeling of Anisotropic Mechanical Deformation in LithiumIon Electrodes – S A Roberts, K N Long, V E Brunini, and A M Grillet (Sandia National Laboratories) Coffee Break Simulation of Macro Scale Mechanical Behavior of Pouch Cell Lithium-Ion Batteries – K Smith (National Renewable Energy Laboratory), K Maute, R Behrou (University of Colorado at Boulder), and S Santhanagopalan (National Renewable Energy Laboratory) Model Reformulation for Coupled Electrochemical-Mechanical Pseudo TwoDimensional Model – P W C Northrop, S De, B Suthar, and V R Subramanian (Washington University in St Louis) Optimal Charging Profile for Mechanically Constrained Lithium-Ion Batteries Using Reformulated Pseudo Two Dimensional Models – B Suthar, P W C Northrop, S De (Washington University in St Louis), V Ramadesigan (Indian Institute of Technology, Bombay), R D Braatz (Massachusetts Institute of Technology), and V R Subramanian (Washington University in St Louis) Understanding and Predicting Li Dendrite Formation in Li-Ion Batteries: Phase Field Model – H W Zhang, Z Liu, L Liang, L Q Chen (The Pennsylvania State University), Y Qi (Michigan State University), S J Harris (Lawrence Berkeley National Laboratory), and P Lu (General Motors R&D Center) Poromechanics of a Lithium-Ion Battery Separator – G Y Gor (Princeton University), X Liu (Smith College), J Cannarella, J H Prevost, and C B Arnold (Princeton University)

Nano-Mechanics in Li-ion Batteries – 14:00 – 16:00 Co-Chair: Xingcheng Xiao 14:00

324

Invited Presentation: In Situ Nanomechanics of Electrode Failure in Lithium-Ion Batteries – T Zhu (Georgia Institute of Technology)

14:40

325

The Role of Elasto-Plasticity on Phase Kinetics in Lithiated Silicon Nanowires: Phase Field Simulation – L Chen, L Q Chen (The Pennsylvania State University), and J Chen (The Pennsylvania State University, Altoona College)

15:00

326 From Ab-Initio Calculations to Multiscale Design of Si/C Core-Shell Particles for Li-Ion Anodes – M E Stournara (Brown University), Y Qi (Michigan State University, General Motors R&D Center), and V B Shenoy (University of Pennsylvania, Brown University)

15:20

48

327

Electrochemical Stress Measurements of Potential Induced Structural Changes in Sn Anodes for Li Ion Batteries – H Tavassol and A Gewirth (University of Illinois)

15:40

A4

328

In Situ Atomic Force Microscopy Studies of Silicon Lithiation and Delithiation in Liquid Electrolytes – C R Becker, K E Strawhecker, Q P McAllister, and C A Lundgren (US Army Research Laboratory)

Stationary and Large Scale Electrical Energy Storage Systems 4

Energy Technology / Battery / Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom V, Lobby Level, Hilton Orlando Bonnet Creek

Electrocatalysts and Electrodes- Aqueous Systems – 08:00 – 12:00 Co-Chairs: Adam Z. Weber and S. R. Narayan 08:00

366

Advances in H2-Br2 Fuel Cell Research – T V Nguyen, V Yarlagadda, D Konwar, J Masud (University of Kansas), and G Lin (TVN Systems, Inc)

08:20

367

Performance Comparison Between Iridium Oxide and Iridium-Ruthenium Oxide As ElectroCatalysts for PEM Electrolyzers – C Alegre, S Siracusano, V Baglio, and A S Aricò (CNRITAE)

08:40

368

Investigation of Various Calcium-Based Transition Metal Oxides Compounds for the Oxygen Evolution Reaction in Alkaline Media – S Malkhandi, P Trinh, A K Manohar, G K Surya Prakash, and S R Narayanan (University of Southern California)

09:00

369

Electrochemical Activity of Graphene Based Electrodes for Redox Flow Battery Applications – T Soundappan, B Suthar, M Ramanathan, S De, and V R Subramanian (Washington University in St Louis)

09:20

370

Cycling Behavior of Iron Electrodes in Alkaline Batteries – A K Manohar, C Yang, S Malkhandi, G K S Prakash, and S R Narayanan (University of Southern California)

09:40

Break

10:00

371

Degradation of Electrode Materials in Vanadium Redox Flow Batteries – A Pezeshki (University of Tennessee), C N Sun (Oak Ridge National Laboratory), T A Zawodzinski (Oak Ridge National Laboratory, University of Tennessee), and M M Mench (University of Tennessee)

10:20

372

Laser-Perforated Carbon Paper Electrodes for High-Power Vanadium Redox Flow Batteries – I Mayrhuber, C R Dennison, V Kalra, and E C Kumbur (Drexel University)

10:40

373

The Effect of Dispersion of Metal Oxides on Carbon on the Electrocatalytic Activity for Oxygen Reduction Reaction in Alkaline Media – S Malkhandi, P Trinh, A K Manohar, G K Surya Prakash, and S R Narayanan (University of Southern California)

11:00

374

Performance and Durability of the Br2 – H2 Redox Flow Cell – M C Tucker, K T Cho, V Srinivasan, V Battaglia, A Z Weber (Lawrence Berkeley National Laboratory), G Lin, P Y Chong, and T V Nguyen (TVN Systems, Inc)

11:20

375

Stabilizing Redox Active Molecules in Aqueous Electrolytes: A Path through Molecular Spectroscopy – V Murugesan, B Li, Z Nie, W Wang, J Hu, and V Sprenkle (Pacific Northwest National Laboratory)

Meeting Program l May 11-15, 2014 l Orlando, FL

376 Performance of Sintered Iron Electrodes for Rechargeable Alkaline Batteries for Large Scale Energy Storage – C Yang, A K Manohar, S Malkhandi, G K S Prakash, and S R Narayanan (University of Southern California)

10:00

454

Sensors Research at the NSF-Assist Nanosystems Engineering Research Center: Correlated Sensing of Environmental and Physiological Parameters Using Low-Power Wearable Sensors – O Oralkan (North Carolina State University), S Bhansali (Florida International University), A Bozkurt, M D Dickey, B Lee (North Carolina State University), T Mayer (Pennsylvania State University), V Misra (North Carolina State University), J H Moon (Florida International University), J F Muth, O D Velev, and Y Zhu (North Carolina State University)

Lithium and Sodium Systems – 14:00 – 16:00 Co-Chairs: Bor Yann Liaw and S. R. Narayan 14:00

377

Field Experience from Li-Ion Bess Delivering Primary Frequency Regulation in the Danish Energy Market – M Swierczynski, D I Stroe, R Teodorescu (Aalborg University), R Laerke, and P C Kjaer (Vestas Wind Systems A/S)

10:30

455

14:20

378

A High-Rate Rechargeable Li-Air Flow Battery – X Chen, A Shellikeri, Q Wu, J P Zheng (Florida A&M University, Florida State University) , M A Hendrickson, and E J Plichta (Army Power Division, RDER-CCA)

Thermoelectric Energy Harvesting Research at the Assist NSF Nano-Systems Engineering Research Center – M C Ozturk, K W Kim, C H Chang, J F Muth, and V Misra (North Carolina State University)

11:00

456

Nanotechnology Based Cell-All Phone-Sensors for Extended Network Chemical Sensing – J Li (NASA Ames Research Center)

11:30

457

Sensor Technologies and Applications for Smart Roads and Smart Buildings – R H Grace (Roger Grace Associates)

14:40

15:00

15:20

15:40

B5

379

380

381

382

Long-Term Aging Mechanisms in Li-Ion Batteries for Renewable Energy Storage – P Bernard, R Dedryvère, H Martinez, S Franger (Institut de Chimie Moléculaire et des Matériaux d’Orsay), and C Tessier (Saft) Modeling and Lifetime Assessment of LithiumIon Batteries Used for Solar Firming Applications and Grid Storage – M T Lawder, P W C Northrop, and V R Subramanian (Washington University in St Louis) Investigation of Na2/3Ni1/3Ti2/3O2 as Novel Bi-Functional Electrode Material for NonAqueous, Room Temperature Na-Ion Batteries – R Shanmugam and W Lai (Michigan State University) Low-Cost, Long-Cycle-Life Sodium-Ion Battery to Enable Grid Scale Energy Storage – J Song, B Guo, L Wang, and J B Goodenough (The University of Texas)

Future Prospects for Sensors: Commercialization, Practical Issues, and Ubiquitous Sensing

Practical Sensor Development and Commercialization – 13:00 – 16:30 Co-Chair: Michael T. Carter 13:00

458

Some Observations on the Challenges of Chemical Sensor Commercialization – H Wohltjen (Sensora Corporation)

13:30

459

Opportunities and Challenges in Sensor Design for the Drinking and Wastewater Markets – D Kroll and C Salzer (Hach)

14:00

460

Business Principles in Sensor Development and Commercialization – M T Carter (KWJ Engineering, Inc), J R Stetter (KWJ Engineering, Inc, SPEC Sensors, Inc), and E F Stetter (SPEC Sensors, Inc, KWJ Engineering, Inc)

14:30

461

Commercialization of Technology: Examples in Chemical Sensors – J R Stetter (KWJ Engineering, Inc, SPEC Sensors, Inc), M T Carter (KWJ Engineering, Inc), and E F Stetter (SPEC Sensors, Inc, KWJ Engineering, Inc)

15:00

462

Challenges and Practical Aspects of Working with Customers on System Design and Implementation – D Deininger (Synkera Technologies Inc)

15:30

463

The Potential of Sensors and Biosensors for Integrated Process Control in Real-Time Can They Survive the Environment? – J F VAN Staden (National Institute of Research for Electrochemistry and Condensed Matter)

16:00

464

Overview of Vehicle Integrated Propulsion Research (VIPR) Testing – G W Hunter, J D Lekki, and D L Simon (NASA Glenn Research Center)

Sarasota, Ground Level, Hilton Orlando Bonnet Creek Ubiquitous Sensing – 07:45 – 12:00 Co-Chair: Michael T. Carter 07:45

Welcoming Remarks

08:00

451

Abundant Chemical Sensors and the Trillion Sensor Universe – J R Stetter, E F Stetter (KWJ Engineering, Inc, SPEC Sensors, Inc), and M T Carter (KWJ Engineering, Inc)

08:30

452

Multi-Domain Processing for Micropower Sensors – C D Salthouse (University of Massachusetts)

09:00

453

Systems Level Approaches for on-Body Sensing Devices – J S Jur, V Misra, and J F Muth (North Carolina State University)

09:30

Break

Meeting Program l May 11-15, 2014 l Orlando, FL

49

Monday, May 12

11:40

D2

Electroless Plating: Principles and Applications 3

14:20

527

Contact Resistance Measurement of Electrode on Silicon Prepared By Autocatalytic Electroless Metallization Using Metal Nanoparticles – Y Orita (Murata Co, Ltd), S Yae, H Atsushiba, M Enomoto (University of Hyogo), T Kimura (Japan Fine Tech Co, Ltd), N Fukumuro (University of Hyogo), H Takagami (Murata Co, Ltd), H Matsuda (University of Hyogo), K Kato (Murata Co, Ltd), S Sakamoto (University of Hyogo, Nippon Oikos Co, Ltd), and M Hirata (Nippon Oikos Co, Ltd)

14:40

528

Structure and Phase Distribution of the Electrophortically Deposited Hydroxyapatite and Cerium Oxide – S Saraf, A Gupta (University of Central Florida), S Seal (NanoScience Technology Center), and O Tsurtsumia (Georgian Technical University)

15:00

529

Electroless Cu-Ni-Mo Catalyst for the Low Pressure Hydrogenolysis of Glycerol to Propan1,2-Diol – O Elendu, Y D Yeboah (Florida State University), and E E Kalu (Florida A&M University, Florida State University)

15:20

530

An AFM Evaluation of Rhenium-Nickel Electrodeposit Nucleation on Copper – S K Mondal, F Contu, B Ewers, J D Batteas, and S R Taylor (Texas A&M University)

Electrodeposition Orange, Ground Level, Hilton Orlando Bonnet Creek

Electroless Deposition: Principles and Applications 3 - Part I – 08:00 – 12:00 Co-Chairs: Stojan S. Djokic and John Lewellen Stickney

Monday, May 12

08:00

Welcoming Remarks

08:05

516

Electroless Deposition: History, Status and Future Directions – S S Djokic (Elchem Consulting Ltd)

08:45

517

DFT Computational and Experimental Study of Electroless Nickel Deposition – L Magagnin, C Cavallotti, and P L Cavallotti (Politecnico di Milano)

09:05

518

Electroless Atomic Layer Deposition – J L Stickney, D M Benson, K Jagannathan (The University of Georgia), and D B Robinson (Sandia National Laboratories)

09:25

519

Direct Electroless Plating of Iron-Boron on Copper – J Blickensderfer, P Altemare (Case Western Reserve University), K O Thiel, H J Schreier (Atotech, Deutschland GmbH), and R Akolkar (Case Western Reserve University)

09:45 Intermission 10:00

10:20

520

521

Surface Treatment of Plastics with Ionic Liquids for Decorative Metal Deposition – A Kirste, S Lutter, S Son, T Urban, F Nicolini, and A Fischer (BASF SE) Peculiarities of Electroless Copper Deposition Using Environmentally-Friendly Natural Polyhydroxylic Compounds As Cu(II) Ligands – E Norkus, K Prusinskas, I Stalnioniene, and L Tamasauskaite-Tamasiunaite (Center for Physical Sciences and Technology)

10:40

522

Electroless Displacement Deposition of Noble Metal on Silicon Powder for Recovering from Urban Mines – K Fukuda, S Yae, N Fukumuro (University of Hyogo), S Sakamoto (Nippon Oikos Co, Ltd, University of Hyogo), and H Matsuda (University of Hyogo)

11:00

523

Electroless Deposition By Surface Limited Redox Replacement in One Cell Configuration – S J Ambrozik (SUNY at Binghamton), N Vasiljevic (University of Bristol), and N Dimitrov (SUNY at Binghamton)

11:20

11:40

524

525

Adhesion and Interfacial Structure of Metal Film Electrolessly Deposited on Si Using Au Nanoparticles As Catalysts – H Atsushiba, S Yae (University of Hyogo), Y Orita (Murata Co, Ltd), S Sakamoto (University of Hyogo, Nippon Oikos Co, Ltd), N Fukumuro, and H Matsuda (University of Hyogo) Synthesis of Co-Deposited Electroless Pd-Cu Catalyst for Nitrate Reduction – S Anderson (Florida A&M University), E N Onyeozili (Florida A&M University), and E E Kalu (Florida A&M University, Florida State University)

Electroless Deposition: Principles and Applications 3 - Part II – 14:00 – 15:40 Co-Chairs: Nikolay Dimitrov and Luca Magagnin 14:00

50

526

F2

Computational Studies on Battery and Fuel Cell Materials

Energy Technology / Battery / High Temperature Materials / Physical and Analytical Electrochemistry Indian River, Ground Level, Hilton Orlando Bonnet Creek

Computational Studies on Battery and Fuel Cell Materials Low Temperature Fuel Cell – 08:00 – 09:20 Co-Chairs: Deryn Chu and Donald Tryk 08:00

659

ORR on the Different Surfaces with Different Adsorbents: First Principles Molecular Dynamics Simulations – T Ikeshoji (Fuel Cell CuttingEdge Center Technology Research Association, National Institute of Advanced Industrial Science and Technology), M Otani (National Institute of Advanced Industrial Science and Technology), and Y Qian (Fuel Cell Cutting-Edge Center Technology Research Association)

08:20

660

Experimental Challenges to the Theory of the Oxygen Reduction Reaction on Pt and Pt Alloys – D A Tryk, J Omura, H Yano, M Wakisaka, T Tsuneda, H Uchida, and M Watanabe (University of Yamanashi)

08:40

661

Structure and Reactivity of Sub-Monolayer Pt on CeO2 Surface from First Principles Thermodynamics – A Khetan, H Pitsch (Institut für Technische Verbrennung), and B Han (DGIST)

09:00

662

First Principles Modeling of Metal Nanoislands on Metal Substrates – J A Santana (Oak Ridge National Laboratory, Technische Universität München), S Krüger (Technische Universität München), and N Rösch (Institute of High Performance Computing, Singapore, Technische Universität München)

Electroless Copper Metallization for Improving Li-Ion Batteries Performances – M Spreafico (Politecnico di Milano), P Cojocaru, F Triulzi, M Apostolo (Solvay Specialty Polymers), and L Magagnin (Politecnico di Milano) Meeting Program l May 11-15, 2014 l Orlando, FL

10:00

663

Density Functional Theory Studies Combined with Experimental Investigations of the Oxygen Reduction Reaction on Fe- or Co-Containing Carbon Fibers – J P McClure and D Chu (US Army Research Laboratory)

10:20

664

Density Functional Theory Study of Oxygen Reduction Reaction Mechanism on Fe-N-C NonPrecious Metal Catalyst – S Kattel and G Wang (University of Pittsburgh)

10:40

665

Modeling ORR/Oxide Formation and Pt Dissolution - from Liquid Electrolyte to Polymer Electrolyte Systems: Issues and Approaches – B Jayasankar (Queen’s University), K Karan (University of Calgary), and D Harvey (Ballard Power Systems)

11:00

666

Stability of Pt-Ru Alloy Against CO Poisoning As Anode Catalyst: A Combined Molecular Dynamics and Density Functional Theory Study – M K Alam and H Takaba (Kogakuin University)

11:40

668

Influence of the Sintering of Electrocatalysts and Decrease of Proton Conductivity on the CurrentVoltage Performance in the High-Temperature Proton Exchange Membrane Fuel Cells – A Suzuki (Tohoku University), R Miura (Tohoku University), N Hatakeyama (Tohoku Uniuversity), A Miyamoto (Tohuku University), Y Oono (Daido University), M Hori (Daido University), and M Williams (Tohoku University)

Computational Studies on Battery and Fuel Cell Materials - Battery – 14:00 – 16:20 Co-Chairs: Donald Tryk and Juan A. Santana

15:40

674

Ab Initio-Based Multiscale Simulations of Conversion Reactions in Lithium-Ion Batteries – A A Franco (Laboratoire de Réactivité et de Chimie des Solides - Université de Picardie Jules Verne & CNRS UMR 7314, Réseau sur le Stockage Electrochimique de l’Energie), M L Doublet (ICG-CTMM, Réseau sur le Stockage Electrochimique de l’Energie), T K Nguyen (Laboratoire de Réactivité et de Chimie des Solides - Université de Picardie Jules Verne & CNRS UMR 7314, Réseau sur le Stockage Electrochimique de l’Energie), J P Chehab, and Y Mammeri (LAMFA - Université de Picardie Jules Verne & CNRS UMR 7352)

16:00

675

All-Vanadium Redox Flow Battery Model and Detailed Validation Study – Y Ashraf Gandomi, E Redmond, J T Clement, T A Zawodzinski, and M M Mench (University of Tennessee)

F4

Ionic and Mixed Conducting Ceramics 9

High Temperature Materials / Energy Technology Jackson, Ground Level, Hilton Orlando Bonnet Creek

Membranes and Materials for Other Applications – 08:50 – 11:20 Co-Chairs: Monika Backhaus-Ricoult and Mogens Bjerg Mogensen 08:50 09:00

700

09:40

Welcoming Remarks Invited Presentation: MIEC Materials for Membrane Applications: Enhancing the Oxygen Transport – E Ivers-Tiffée and S F Wagner (Institut für Werkstoffe der Elektrotechnik (IWE), Karlsruhe Institute of Technology (KIT)) Break

10:00

701

The Role of Mixed Conduction in W-WO3 Redox Kinetics – J Milshtein (Massachusetts Institute of Technology), D Gergel, S N Basu, U B Pal, and S Gopalan (Boston University)

10:20

702

Electrochemical, Catalytic and O2-Permeation Studies of Iron-Doped Barium Zirconates for Membrane Reactor Applications – B A Wilhite and H Zhang (Texas A&M University)

10:40

703

Fabrication of Ni-BaZr 08Y02O3-δ Composite Membrane for Hydrogen Separation – S Fang (Department of Mechanical Engineering, University of South Carolina), K Brinkman (Savannah River National Laboratory), and F Chen (University of South Carolina)

704

Electrocatalyst Support Durability – K Sasaki, Z Noda, T Tsukatsune, T Higashi, Y Nagamatsu, S M Lyth, and A Hayashi (Kyushu University)

14:00

669

Density Functional Theory Study of Lithium Defects in γ-Li3PS4 and Li7P3S11 – T Watanabe and Y Aihara (Samsung R&D Institute Japan)

14:20

670

Computational Investigations of Charge Transport in Non-Aqueous Li-O2 Batteries – V Viswanathan, J Nørskov (SUNCAT Center for Interface Science and Catalysis), and A C Luntz (IBM)

14:40

671

Dopant Based Stabilization of LiCoO2: Insight from First-Principles Calculations – J A Santana, J Kim, P R Kent, and R A Fernando (Oak Ridge National Laboratory)

11:00

15:00

672

Li Diffusion in Rare-Earth Metal Doped Battery Materials – F Grosse (Paul-Drude-Institut für Festkörperelektronik)

Note: Please refer to the A3 symposium for related papers.

15:20

673

First-Principles Computational Studies on Li-Ion Battery Cathode Materials – J J Saavedra-Arias (Universidad Nacional, Heredia, Costa Rica), R S Katiyar (University of Puerto Rico), and Y Ishikawa (University of Puerto Rico)

14:00

705

Invited Talk: Chemical Durability of SOFCs – K Sasaki (Kyushu University), M Hanasaki (Kyushu University), T Nishimura (Kyushu University), T Hosoi (Kyushu University), T Daio (International Research Center for Hydrogen Energy), Y Tachikawa (Kyushu University), Y Shiratori (Kyushu University), and S Taniguchi (International Research Center for Hydrogen Energy)

14:40

706

Concepts for Ultra-High Power Density Solid Oxide Fuel Cells: A Parametric Model – L Zhu, L Zhang (University of Utah), F Zhao (Ceramatec, Inc), and A V Virkar (University of Utah)

Meeting Program l May 11-15, 2014 l Orlando, FL

Solid Oxide Cells – 14:00 – 16:00 Co-Chairs: Bilge Yildiz and Tatsuya Kawada

51

Monday, May 12

Computational Studies on Battery and Fuel Cell Materials DFT Catalysts and Membranes – 10:00 – 12:00 Co-Chairs: Joshua Patrick McClure and S. R. Narayan

Monday, May 12

15:00

707

Performance of MIEC Cathodes in SOFC Stacks Evaluated by Means of FEM Modeling – H Geisler, A Kromp, A Weber, and E Ivers-Tiffée (Institut für Werkstoffe der Elektrotechnik (IWE), Karlsruhe Institute of Technology (KIT))

15:20

708

Fermi Potential Across a Working Solid Oxide Cell with Zirconia and Ceria Electrolytes – T Jacobsen, C Chatzichristodoulou, and M B Mogensen (Technical University of Denmark)

15:40

709

One-Step Flash Sintering of Solid Oxide Fuel Cells – X Guan (Boston University), J S Francis (FAST Ceramics LLC), U B Pal, and S Gopalan (Boston University)

Note: Please refer to the A3 symposium for related papers.

F5

09:00

09:20

758

759

760

761

09:40 10:00

11:40

767

A Novel Process for Solar Hydrogen Production Based on Water Electrolysis in Alkali Molten Carbonates – S Frangini, C Felici, and P Tarquini, (ENEA CR Casaccia, Rome, Italy)

Carbon Dioxide Reduction and Solar Fuels – 14:00 – 16:20 Co-Chairs: Deryn Chu and A. Manivannan 14:00

768

Electroreduction of CO2 at Cu and Sn Foams – S Sen, D Liu, and G T R Palmore (Brown University)

14:20

769

Catalytic Particle Size Effects in the Catalytic CO2 Electroreduction on Cu – H Knights (University of Central Florida), R Reske (Technical University Berlin), F Behafarid (University of Central Florida), B Roldan (Ruhr Universitaet Bochum, University of Central Florida), and P Strasser (Technical University Berlin)

14:40

770

On the Role Played By Catalytic Metallic Additives on TiO2 for the Photoreduction of CO2 – T Andreu, M Manzanares, C Fàbrega (Catalonia Institute for Energy Research), and J R Morante (Catalonia Institute for Energy Research, University of Barcelona)

15:00

771

Water Oxidation and CO2 Reduction Catalyst for Artificial Photosynthesis – H Jia, K J McDonald, M Gower, L Q Zhou, and C Ling (Toyota Research Institute of North America)

15:20

772

Striped Nanorods for Photocatalytic Hydrogen Production – G Y Teo, J D Riley, and M P Ryan (Imperial College London)

15:40

773

Tungsten Oxide Coated Copper Oxide Nanowire Arrays for Enhanced Activity and Durability with Photo-Electro-Chemical Water Splitting – A M Garcia, M K Sunkara, S Sunkara, and V K Vendra (University of Louisville)

16:00

774

Enhancement of Photoaffinity and Charge Carrier Collection in Mixed Metal Oxides Photo-Anodes Implemented with Plasmonically Active Metal Nps – R Solarska, K Bienkowski, S Zoladek, and P Kulesza (University of Warsaw)

762

Introductory Remarks Hydrogen Evolution in a Photoelectrochemical Cell with Ti-Doped Pyrite As Photoanode – M Barawi, S Yoda, J R Ares, I J Ferrer, and C Sánchez (MIRE-Group Laboratorio de Física de Materiales de Interés Energético, Madrid, Spain) Bandgap Optimization of Copper Indium Gallium Disulfide Chalcopyrites for Solar-Assisted Water Splitting – M Chong, D Prasher, and N Gaillard (University of Hawaii) New Visible Light Absorbing Materials for Solar Fuels, Ga(Sbx)N1-X – S Sunkara, V K Vendra (University of Louisville), J B Jasinski (University of Louisville), T G Deutsch (NREL), M Menon (University of Kentucky), K Rajan (University of Louisville), and M K Sunkara (University of Louisville) Solar Fuel Generation By SemiconductorGraphene Heterogeneous Photocatalysts – N Wu and F Meng (West Virginia University) Break Photocatalytic Hydrogen Production from Noble Metal Free Systems – A G Coutsolelos, G Charalambidis (University of Crete), J A Weinstein (University of Sheffield), D M Guldi (Friedrich-Alexander-Universitat, Erlangen-Nurnberg), T Lazarides (University of Ioannina), M Delor, I Sazanovich (University of Sheffield), I Georgakaki (University of Crete), K Peuntinger (Friedrich-Alexander-Universitaet Erlangen-Nuernberg), D Daphnomili, G Landrou (University of Crete), A Kahnt (FriedrichAlexander-Universitat), D Gryko (Institute of Organic Chemistry Polish Academy of Sciences), R Sabatini, and D McCamant (University of Rochester)

10:40

764

Nanoporous Anodic Bismuth Oxide PhotoAnodes – K C Chitrada and K S Raja (University of Idaho)

11:00

765

Transition Metal Nitride As Photocatalyst for Visible Light Driven Hydrogen Production – V Chakrapani (Renssalaer Polytechnic Institute)

52

Enhanced Photocatalytic Hydrogen Production

By Surface Modification of p-Gap Photocathodes – M Malizia, B Seger, I Chorkendorff, and P C K Vesborg (Technical University of Denmark)

Energy Technology / Industrial Electrochemistry and Electrochemical Engineering / Physical and Analytical Electrochemistry Nassau, Ground Level, Hilton Orlando Bonnet Creek

08:15

08:40

766

Solar Fuels and Photocatalysts 3

Solar Hydogen Generation – 08:15 – 12:00 Co-Chairs: Nick Wu and Mahendra Kumar Sunkara 08:20

11:20

G2

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 Organic and Biological Electrochemistry Floridian Ballroom D, Lobby Level, Hilton Orlando Bonnet Creek

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 Part I – 08:00 – 12:20 08:00

Introductory Remarks

08:20

813

Strategies and Tactics in Electroorganic Synthesis: Electroauxiliary, Cation Pool, and Flow Microreactor – J I Yoshida (Kyoto University)

09:20

814

Development of a Novel Electrolytic System for Electroorganic Synthesis Based on Ionic Liquids; A Comparative Kinetic Study of Organic Electron Transfer Mediators – S J Yoo and R D Little (University of California, Santa Barbara)

09:40

Break

Meeting Program l May 11-15, 2014 l Orlando, FL

815

ECS Organic & Biological Electrochemistry Division Manuel M Baizer Award C-H Amination of Aromatic Compounds Based on Electrochemical Oxidation – T Morofuji, A Shimizu, and J I Yoshida (Kyoto University)

16:20

829

Electrochemical Intramolecular Aminooxygenation of Unactivated Alkenes – H C Xu and F Xu (Xiamen University)

16:40

830

Intermolecular Proton-Coupled Electron Transfer through H-Bond Complexes in a p-Phenylenediamine-Based Urea Use of the Wedge Scheme to Describe Reactions of this Type – D K Smith, L A Clare, and A T Pham (San Diego State University)

10:20

816

Paired Electrochemical Reactions of a FluoreneBased Conjugated Polymer – S Inagi, H Nagai, I Tomita, and T Fuchigami (Tokyo Institute of Technology)

10:40

817

Anodic Olefin Coupling Reactions: Mechanistic Insights that Guide the Development of New Synthetic Methods – K D Moeller, J M Campbell, R J Perkins, and J A Smith (Washington University in St Louis)

H1

Physical and Analytical Electrochemistry General Session I – 08:00 – 09:40 Co-Chairs: Pawel Kulesza, Daniel Scherson, and Alice H. Suroviec

11:00

818

Development of Redox-Switchable Organocatalysts – S Suga, Y Takasuka, Y Onishi, Y Okamura, I Fujiwara, Y Kurihara, M Kawakami, and K Mitsudo (Okayama University)

11:20

819

Glycosylation of a Novel Sugar Orthoester Under Electrochemical Conditions – K Kawa, T Saitoh, and S Nishiyama (Keio University)

11:40

820

Regioselective Electrochemical Fluorination of Open-Chain Dithioacetal Derivatives Bearing Electron-Withdrawing Substituents at the α-Position: Product Selectivity Depending on Supporting Fluoride Salts – T Fuchigami (Tokyo Institute of Technology), B Yin (Nanyang Technologcal University), and S Inagi (Tokyo Institute of Technology)

12:00

821

X-ray Photoelectron Spectroscopy (XPS) Investigation of Alkylation of Glassy Carbon Electrodes Via Reduction of Primary Alkyl Halides – J T Barnes, K Griffith, and D G Peters (Indiana University)

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 Part II – 14:00 – 17:00 14:00

822

Carbon-Based Cerium(III)-Doped Lead Dioxide Anode – I U Haque (University of Engineering and Technology Lahore Pakistan)

14:20

823

Fabrication of 3D Gradient of Polymer Brush Via Bipolar Electrochemical Method – N Shida, T Fuchigami, I Tomita, and S Inagi (Tokyo Institute of Technology)

14:40

824

Electrochemical Reduction of O-Substituted Phenylchloroacetates at a Silver Cathode: A Synthetic Route to Coumarins – E Pasciak and D G Peters (Indiana University)

15:00

825

Anodic C,C Cross-Coupling Reaction of Aromatic Compounds Using an Electrochemical Flow Microreactor – T Arai, T Kashiwagi, and M Atobe (Yokohama National University)

15:20

826

Building Addressable Libraries: A New Tunable Reaction Layer for Use on a Microelectrode Array – K D Moeller, M D Graaf, and B H Nguyen (Washington University in St Louis)

15:40

827

Reductive Ring-Expansion of 1-Bromoalkyl-2Oxocycloalkanecarboxylates at Silver Cathodes – E Wappes (Indiana University), M Mubarak (University of Jordan Amman), and D G Peters (Indiana University)

16:00

828

Electrochemically Active Crosslinking Reaction for Fluorescent Labeling – S Kim, K Shimada, Y Okada, and K Chiba (Tokyo University of Agriculture and Technology)

Meeting Program l May 11-15, 2014 l Orlando, FL

Physical and Analytical Electrochemistry General Session

Physical and Analytical Electrochemistry Floridian Ballroom E, Lobby Level, Hilton Orlando Bonnet Creek

08:00

853

Atomic Friction at Electrodes: Anisotropy Effects at Regularly Stepped Gold Electrodes – H Baltruschat, N Podgaynyy, and S Iqbal (University of Bonn)

08:40

854

Generating Tafel Parameters in Support of Electrorefining Modeling for Uranium Recovery from Scrap U-Mo Foils – M A Van Kleeck (Purdue University, Argonne National Laboratory), M A Williamson, J L Willit (Argonne National Laboratory), and A W Fentiman (Purdue University)

09:00

855

Detection of Single Crystal Facets of Pt Ultramicroelectrode: Application of Ohmic Microscopy – Z Feng and D Scherson (Case Western Reserve University)

Physical and Analytical Electrochemistry General Session II – 10:00 – 12:00 Co-Chairs: Gordon G. Wallace and Wojciech Hyk 10:00

856

Studying Rare Earth Surface Treatment for Magnesium Using Scanning Electrochemical Microscopy – G G Wallace, S S Jamali, S E Moulton (University of Wollongong), J Weber (Boston Scientific), and M Forsyth (Deakin University)

10:40

857

Overlapping of the Diffuse Double Layer in the Vicinity of the Microporous Electrode – Y Kitazumi (Kyoto University), O Shirai (Kyoto University), M Yamamoto (Konan University), and K Kano (Kyoto University)

11:00

858

Silicon-Immobilized Ferrocenyl Monolayers for All-Solid Molecular Charge Storage and Logic – B Fabre (Université de Rennes 1), H Zuilhof (Wageningen University), P Hapiot (Université de Rennes 1), S Pujari (Wageningen University), L Scheres (Surfix B V), and Y Li (Wageningen University)

11:20

859

Diffusion and Migration of Redox Active Molecules in Nano-Electrochemical Systems – W Hyk (University of Warsaw)

11:40

860

Investigation of Rare-Earth Electrochemistry in Molten Oxides – G Lambotte, R DeLucas, and A Allanore (MIT)

53

Monday, May 12

10:00

Monday, May 12

Physical and Analytical Electrochemistry General Session III – 14:00 – 16:20 Co-Chairs: David S. Hall, Augustine Ofori Agyeman, and Alice H. Suroviec 14:00

861

Redox Mediators of Shewnella Bacterial Biofilms Using SECM – D E Cliffel and D Crisostomo (Vanderbilt University)

14:20

862

Voltammetric Analysis of Antispasmodic Drug Drotaverine Hydrochloride in Pharmaceutical Preparations Andbiological Medium – N Jadon and R Jain (Jiwaji University)

14:40

863

Clay Composite Modified Electrodes I: Voltammetric Method for Selective Analysis of Dopamine and Ascorbic Acid – A O Agyeman (Clayton State University)

15:00

15:20

864

865

Electrochemical Investigation on the Interface between Electronically Conducting Polymer and Titania Nanotube Arrays – E Ngaboyamahina, A Pailleret, and E Sutter (Université Pierre et Marie Curie) Probing the Surface Area of Nickel Catalyst Materials: The Effect of Oxalate Adsorption on the Electrochemistry of Nickel in Basic Media – D S Hall (University of Ottawa, National Research Council Canada), C Bock (National Research Council Canada), and B R MacDougall (National Research Council Canada, University of Ottawa)

15:40

866

NaCl Inducing Phase Transformation in Interfacial Water Under Quasistatic-Loading Conditions – S H Khan (University of Peshawar) and P M Hoffmann (Wayne State University)

16:00

867

Impedance Insight in Catalytic Properties of Long-Lived Free-Radical Oxidizer Based on Silver(II) – P Polczynski, R R Jurczakowski, and W Grochala (University of Warsaw)

H2

08:20

09:00

54

888

10:00

889

A Study of Platinum Alloy Fuel Cell Catalyst Degradation in Aqueous and Membrane Electrode Assembly Environments Using in Situ Anomalous Small-Angle X-Ray Scattering – J Gilbert (University of Wisconsin), N Kariuki, J Kropf (Argonne National Laboratory), D Morgan (University of Wisconsin), D Myers (Argonne National Laboratory), S Ball, J Sharman, B Theobald, and G Hards (Johnson Matthey)

10:20

890

Powder X-ray Diffraction As a Tool for In Situ Characterization of Electrochemical Systems – A Kahyarian, D A Daramola, and G G Botte (Ohio University)

10:40

891

Infrared Spectroscopy As a Probe of Water Structure and Content in Fuel Cell Membrane Materials – C Korzeniewski, S Zheng, A Aquino, and J Kabrane (Texas Tech University)

11:20

892

Vibrational Spectroscopic Study of Nafion Ionomer and Its Model Molecules on Platinum Surfaces – I Yagi (Hokkaido University, FC-Cubic TRA) and H Notsu (FC-Cubic TRA)

11:40

893

Vibrational Spectroscopic Investigations of Commercial Nafion 112 and Related Fluorinated Ionomer Materials – R L Behrens, G Karaoglan, S Zheng (Texas Tech University), M Holtz (Texas State University), and C Korzeniewski (Texas Tech University)

12:00

886

887

Symposium Keynote Address - Thoughts about Science and Life, Gathered from the Career of Andrzej Wieckowski – L R Faulkner (University of Texas) In-Situ X-ray Absorption Spectroscopy Elucidating Mechanisms in HT-PEM Fuel Cells – C Roth (Freie Universität Berlin), S Kaserer (TU Darmstadt), K M Caldwell, and D E Ramaker (George Washington University) In Situ X-ray Photoelectron Spectroscopy for Electrochemical Reactions at Solid/Liquid Interfaces – T Masuda (Japan Science and Technology Agency, National Institute for Materials Science), H Yoshikawa (National Institute for Materials Science), H Noguchi (National Institute for Materials Science, Japan Science and Technology Agency), T Kawasaki (Nagoya University), M Kobata, K Kobayashi (National Institute for Materials Science), and K Uosaki (National Institute for Materials Science, Hokkaido University)

Lunch (on your own)

14:00

894

Infrared Spectroscopy of Thin Organic Films Adsorbed at a Gold Electrode Surface – J Lipkowski (University of Guelph)

14:40

895

SERS Study of Molecular Adsorbates on Catalytic Metal Surfaces with Various Atomic Arrangements – K Ikeda (Hokkaido University), J Hu (Hokkaido University), and K Uosaki (National Institute for Materials Science)

15:00

896

In-Situ Surface-Enhanced Raman Scattering Observation of Intermediate Species at PlasmonInduced Water Oxidation Process Using Au Nanostructures on Titanium Oxide Single Crystal – K Suzuki, F Nagasawa, S Yasuda, and K Murakoshi (Hokkaido University)

Physical and Analytical Electrochemistry Floridian Ballroom F, Lobby Level, Hilton Orlando Bonnet Creek

885

In-Situ Electrochemical Microscopy of PEM Fuel Cell Materials – K L More, R R Unocic, and D A Cullen (Oak Ridge National Laboratory)

09:40 Break

Symposium in Honor of Andrzej Wieckowski

Surface Science Using Advanced Spectroscopic and Microscopic Techniques – 08:00 – 17:00 Co-Chairs: Piotr Zelenay, Deborah Myers, Robert Kostecki, and YuYe Tong 08:00

09:20

15:20 Break 15:40

897

Combined In Situ Seiras and NMR Investigations of Ru@Pt Electrocatalysts for Methanol Oxidation Reaction – D O Atienza, D Chen, and Y Tong (Georgetown University)

16:00

898

Nonlinear Vibrational Study of Solvent Adsorption on the Cathode Surface of Li-Ion Batteries – S Ye, L Yu, H Liu, Y Qiao, M Osawa (Hokkaido University), N Kuwata, and J Kawamura (Tohoku University)

16:20

899

Far- and Near-Field Spectroscopy and Imaging of Interfaces and Interphases in Li-Ion Battery Electrodes – M Ayache, A Jarry (Lawrence Berkeley National Laboratory), I Lucas (Universite Pierre et Marie Curie), J Syzdek, and R Kostecki (Lawrence Berkeley National Laboratory)

16:40

Reception in Honor of Andrzej Wieckowski 19:00 - 20:30h (location to be announced) Meeting Program l May 11-15, 2014 l Orlando, FL

Physical and Analytical Electrochemistry / Energy Technology / Organic and Biological Electrochemistry Floridian Ballroom G, Lobby Level, Hilton Orlando Bonnet Creek

Enzymatic Biofuel Cells – 08:00 – 12:20 Co-Chairs: Shelley D. Minteer and Scott Calabrese Barton 08:00

968

Wireless Communication By an Autonomous Self-Powered Cyborg Insect – J J Matic, R E Ritzmann, A J Pollack, W Weeman, S Garverick, M A Willis, M Rasmussen, I Lee, and D Scherson (Case Western Reserve University)

08:40

961

Flexible Paper-Based Biofuel Cells Fabricated By Screen-Printing – I Shitanda, S Kato, H Nakafuji, Y Yagi, Y Hoshi, M Itagaki (Tokyo University of Science), and S Tsujimura (University of Tsukuba)

09:00

962

Paper-Based, Multi-Fueled Enzymatic Fuel Cell with Passive Microfluidic Flow – Y Ulyanova, E Pinchon, U Lindstrom, S Singhal (CFD Research Corporation), S Babanova, C N Villarrubia, S O Garcia, and P Atanassov (University of New Mexico)

09:20

963

Enzyme Cascade for Catalyzing Sucrose Oxidation in a Biofuel Cell – D P Hickey (University of Oklahoma), F Giroud (University of Utah), D W Schmidtke, D T Glatzhofer (University of Oklahoma), and S D Minteer (University of Utah)

09:40 Break 10:00

10:20

964

965

Surface Modification of Carbon for High Power Density Biofuel Cell Using High-Surface-Area Electrode Made of Redox-Polymer-Grafted Carbon – T Tamaki, M Mizoe, T Sugiyama, and T Yamaguchi (Tokyo Institute of Technology) Development of Hybrid Bio-Inorganic Catalyst for Oxygen Reduction Reaction in Enzymatic Fuel Cells – M S Rojas Carbonell (University of New Mexico), K Euerle (Gustavus Adolphus College), S Babanova, A Serov (University of New Mexico), Y Ulyanova, S Singhal (CFD Research Corporation), and P Atanassov (University of New Mexico)

10:40

966

Characterization and Functional Improvements of Roll-to-Roll Manufactured Biofuel Cells – S A Tuurala (VTT Technical Research Centre of Finland)

11:00

967

Recent Advances in Biofuel Cells: From Enzyme Immobilization to Implanted Devices – S Cosnier (Université Joseph Fourier)

11:40

H5

969

Thyalkoid-Based Bio-Solar Cells – S D Minteer and M Rasmussen (University of Utah)

Physical Chemistry of Electrolytes

Physical and Analytical Electrochemistry / Battery Floridian Ballroom J, Lobby Level, Hilton Orlando Bonnet Creek

Physical Chemistry of Electrolytes I – 08:00 – 11:00 Co-Chairs: Pawel Kulesza, Paul C. Trulove, Achim Walter Hassel, and Enn Lust 08:00 1041

Photo-Electrochemical Scanning Droplet Cell for Screening of Photocatalysts – A W Hassel (Institute for Chemical Technology of Inorganic Materials)

Meeting Program l May 11-15, 2014 l Orlando, FL

08:40 1042

Electrode/Electrolyte Interface with Various Redox Couples – E Frackowiak, J Menzel, M Meller, and K Fic (Poznan University of Technology)

09:20 1043

Nanoscale Solid-State Separator/Electrolyte for3D All-Solid-State Batteries – M B Sassin, J W Long, and D R Rolison (US Naval Research Laboratory)

09:40

Break

10:00 1044

On the Structure-Function Relationship of Cobalt and Manganese Oxides as Oxygen Evolving Catalysts for Light-Driven Water Electrolysis: An In-Line Synchrotron Radiation Photoelectron Spectroscopy Study – P Hillebrand, A RamirezCaro, P Bogdanoff, and S Fiechter (Helmholtz Center Berlin)

10:20 1045

Physical Characteristics of New Potential Electrolytes for High Energy and Power Density Electrochemical Devices – E Lust, A Jänes, T Thomberg, H Kurig, R Palm, A Laheäär, I Tallo, E Tee, J Kruusma, and J Eskusson (University of Tartu)

10:40 1046

Chronoamperometric In Situ Measurement of the Specific Conductivity of a Thin Film on the Disc Electrode Surface – M A Vorotyntsev and D V Konev (Institute for Problems of Chemical Physics RAS)

Physical Chemistry of Electrolytes II – 14:00 – 16:20 Co-Chairs: Pawel Kulesza and Jacek Lipkowski 14:00 1047

Solutions of Polyoxometalates: Ionic Association and Oversaturation as the Factors Affecting Electrode Surface Modification – G Tsirlina (Moscow University)

14:40 1048

Polyoxometalates As Versatile Components for Hybrid Electrode and Electrolyte Materials – P Gómez-Romero (Institut Catala de Nanociencia i Nanotecnologia, Barcelona, Spain)

15:20 1049

Enhancement of Charge Transport Rates By Incorporation of Platinum Nanoparticles to Iodine/Iodide Ionic Liquid Redox-Conducting Electrolytes – I A Rutkowska, J M Orlowska, and P Kulesza (University of Warsaw)

15:40 1050

A Sers Characterization of the Stability of Thiosulfate and Related Electrolytes at the GoldElectrolyte Interface – J Lipkowski, S Smith, J Mirza (University of Guelph), J Baron, and Y Choi (Barrick Gold Corporation)

H9

Symposium in Honor of Richard Buck

Physical and Analytical Electrochemistry Floridian Ballroom L, Lobby Level, Hilton Orlando Bonnet Creek

Symposium in Honor of Richard Buck I – 08:00 – 12:00 Co-Chairs: Andrzej Lewenstam and Petr Vanýsek 08:00

Introductory Remarks

08:05 1094

Analytical Quality Solid-State Composite Reference Electrode – T Sokalski (Åbo Akademi University), A Lewenstam (Åbo Akademi University, AGH - University of Science and Technology, Kracow, Poland), K Granholm, and Z Mousavi (Åbo Akademi University)

55

Monday, May 12

H3

Biofuel Cells 6

Monday, May 12

08:35 1095

Solid-State Lead-Selective Electrodes- a New Insight into Measurements of Ions at Low Analyte Concentrations – G Lisak (Åbo Akademi University), F Ciepiela (AGH - University of Science and Technology, Cracow, Poland), T Sokalski, L Harju, J Bobacka (Åbo Akademi University), and A Lewenstam (Åbo Akademi University, AGH - University of Science and Technology, Kracow, Poland)

09:05 1096

Electrochemistry of Ionophore-Based IonSelective Electrodes: Response Limits, Slope and Potential Stability – K N Mikhelson, M A Peshkova, M B Levin, E S Koltashova, and N M Ivanova (St Petersburg State University)

09:35

Break

10:00 1097

Potentiometry in Gas Phase – J Janata (Georgia Institute of Technology)

10:30 1098

Selectivity and Electrochemistry of Symmetrical Ion Channels: A Three-Dimensional NernstPlanck- Poisson Model Preferred Oral Presentation – K Tkacz-Smiech, B Bozek, A L Lewenstam, and M Danielewski (AGH University of Science and Technology, Krakow, Poland)

11:00 1099

Salt Bridges Contained in Nanoporous Glasses or Polymers: Improved Alternatives to Vycor – M P S Mousavi and P Buhlmann (University of Minnesota)

1100

What Is Selectivity and What Happens at an Interface Spin-Offs of a Collaboration with RP Buck – G Horvai (Budapest University of Technology and Economics, HAS-BUTE Research Group of Technical Analytical Chemistry), V Horvath (HAS-BUTE Reseach Group of Technical Analytical Chemistry), P Jedlovszky (HAS-BUTE Research Group of Technical Analytical Chemistry), and Z Dorkó (Budapest University of Technology and Economics)

11:30

15:30

1104

16:00 1105

14:30

1101 1102

15:00 1103

56

Standard Potential of Ion-Sensors – A Lewenstam (Åbo Akademi University, AGH - University of Science and Technology, Kracow, Poland) Simple Voltammetric Method for the Determination of the Partition and Diffusion Coefficients in Solvent Polymeric Membranes – E Lindner, J Sheppard, F Kivlehan, B Pendley (University of Memphis), and E Chaum (University Tennessee) The Coupled Nernst-Planck-Poisson and Darken Formalisms: Interdiffusion in the Presence of the Electric Field – M Danielewski, W Kucza (AGH University of Science and Technology), A Lewenstam (Åbo Akademi University), and K Szyszkiewicz (AGH University of Science and Technology, Krakow, Poland)

Traceability of pH Measurements – M F Camoes (CCMM, DQB- Faculty of Sciences, University of Lisbon) and P Spitzer (PTB, Braunschweig, De)

Carbon Nanostructures for Energy Conversion

/ Energy Technology M2 Nanocarbons Bonnet Creek Ballroom IX, Lobby Level, Hilton Orlando Bonnet Creek Energy Harvesting – 07:55 – 11:40 Co-Chairs: Jeff Blackburn and Michael S. Arnold 07:55

Introductory Remarks

08:00 1136

Novel Solar Cells Using Carbon Materials – J G Shapter, D Tune (Flinders University), B Flavel, and R Krupke (Karlsruhe Institute of Technology)

08:20 1137

Triplet Exciton Production and Lifetimes in Single-Wall Carbon Nanotubes – T Hertel, F Spaeth (Institute of Physical and Theoretical Chemistry), H Kraus, A Sperlich (Institute of Physics), and V Dyakonov (Institute of Physics)

08:40 1138

Improved CNT-Si Heterojunction Solar Cell with Structured Single-Walled Carbon Nanotubes – S Maruyama, K Cui, T Chiba (The University of Tokyo), O Reynaud (Aalto University School of Science), S Fujii (National Institute of Advanced Industrial Science and Technology), A Nasibulin (Aalto University School of Science), S Chiashi (The University of Tokyo), H Kataura (National Institute of Advanced Industrial Science and Technology), and E Kauppinen (Aalto University School of Science)

09:00 1139

Spectroscopic Investigation of Electrochemically Charged Individual Single-Walled Carbon Nanotubes – T Krauss and S Schafer (University of Rochester)

09:20 1140

Carbon Single Wall Nanotubes As a Low-Barrier, Copper-Free Back Contact to CdTe Solar Cells – A B Phillips, R R Khanal, Z Song, R M Zartman, J L DeWitt, J M Stone, P J Roland (University of Toledo), V V Plotnikov, C W Carter, J M Stayancho (Lucintech, Inc), R J Ellingson (University of Toledo), A D Compaan (Lucintech, Inc), and M J Heben (University of Toledo)

Symposium in Honor of Richard Buck II – 14:00 – 16:30 Co-Chairs: Erno Lindner and Andrzej Lewenstam 14:00

Breakthrough in Modeling of Electrodiffusion Processes: Continuation and Extensions of the Classical Work of Richard Buck – R Filipek, M Danielewski, J Fausek (AGH University of Science and Technology, Krakow, Poland), J Jasielec (Abo Akademi University), W Kucza (AGH University of Science and Technology, Krakow, Poland), A Lewenstam (Åbo Akademi University, AGH - University of Science and Technology, Kracow, Poland), T Sokalski (Åbo Akademi University), and K Szyszkiewicz (AGH University of Science and Technology, Krakow, Poland)

09:40

Break

10:00

1141

Recent Advances on Multifunctional Nanocarbons Used in Dye-Sensitized Solar Cells – D M Guldi (Friedrich-Alexander-Universitat, Erlangen-Nurnberg)

10:20

1142

Hybird Heterojunction and Photoelectrochemistry Solar Cell Based on Silicon and Graphene Woven Fabrics – X Li (Tsinghua University)

Meeting Program l May 11-15, 2014 l Orlando, FL

1143

Structure Analysis of C60(CF3)10 Isomers – E V Bukovsky, B Larson, S H Strauss, O Boltalina (Colorado State University), and A A Popov (Leibniz Institute for Solid State and Materials Research, Dresden)

11:00

1144

Nanotubes for Osmotic Energy Harvesting – P Poncharal, A Siria, A L Biance, R Fulcrand (Université Lyon 1), X Blase (Institut Néel), S T Purcell (Université Lyon 1), and L Bocquet (MIT)

11:20

1145

Direct Measurements of In-plane Thermal and Electrical Transport in P-type Single-walled Carbon Nanotube Thin Films – A D Avery, K S Mistry (National Renewable Energy Laboratory), B L Zink (University of Denver), M Olsen, P A Parilla, A Ferguson, and J L Blackburn (National Renewable Energy Laboratory)

Energy Storage: Batteries and Supercapacitors – 11:40 – 15:00 Co-Chair: Michael J. Heben 11:40

1146

12:00

Carbon Nanostructures in Medicine and Biology

/ Sensor M3 Nanocarbons Bonnet Creek Ballroom X, Lobby Level, Hilton Orlando Bonnet Creek Carbon Nanostructures in Medicine and Biology I – 08:00 – 09:40 Co-Chair: Daniel A. Heller 08:00 1160

08:20

1161

Cytotoxicity and Biocompatibility of Highly Water-Soluble Graphene Nanoribbons Derivitized with p-Carboxyphenyldiazonium Salt – S J Corr (University of Texas, Baylor College of Medicine), S Shamsudeen (Swansea University, Houston Methodist), A Gizzatov (Rice University), L J Wilson (Rice University), M Ware (Houston Methodist Research Institute, Swansea University), S Curley (University of Texas, Rice University), B Godin (Houston Methodist Research Institute), P Rees (Swansea University, The Broad Institute of MIT and Harvard), H Summers (Swansea University), and R Serda (Houston Methodist Research Institute)

09:00 1163

Enhancing MRI Relaxivity of the Gd3+ Ions Coordinated to Carboxylated Highly WaterSoluble Graphene Nanoribbons – A Gizzatov, V Keshishian, A Guven, A M Dimiev (Rice University), F Qu, R Muthupillai (St Luke’s Episcopal Hospital), R G Bryant (University of Virginia), J M Tour, and L J Wilson (Rice University)

09:20 1164

Gd-EMF-IL-13 and 177lu-EMF-IL-13 Endohedral Metallofullerene: A Targeting Diagnostic and Therapeutic Platform for Glioblastoma Multiforme Brain Tumors – B Kiselev (Virginia Tech), J Zhang (Virginia Tech, Virginia Polytechnic Institute & State University), S Murphy, T Li, Z Sheng (Virginia Tech), and H C Dorn (Virginia Tech, Virginia Polytechnic Institute & State University)

Break

1147

High Surface Area Graphene-Based Materials for Electrochemical Energy Storage – T Kim and R S Ruoff (University of Texas)

14:20

1148

Carbon Nanotube Enhanced Lithium Ion Batteries – B J Landi, M W Forney, M J Ganter, J Staub, and M J Dzara (Rochester Institute of Technology)

14:40

1149

A Hierarchically Engineered Microfabrication Approach for Advanced Anode Materials in Lithium Ion Batteries – J Fan, L Barrett, K Hinton, B Searle, G Chipman, R R Davis, R R Vanfleet, and J N Harb (Brigham Young University)

Catalysis/Fuel Cells I – 15:00 – 16:40 Co-Chair: Richard Martel 15:00 1150

Extraordinary Hydrogen Evolution and Oxidation Reaction Activity from Carbon Nanotubes – R K Das, Y Wang, S V Vasilyeva, E P Donoghue, G D Kamenov, H P Cheng, and A G Rinzler (University of Florida)

15:20

1151

Carbon Nanomaterials As Metal-Free Catalysts for Energy Conversion – L Dai (Case Western Reserve University)

15:40

1716

Graduate Student Award of the Energy Technology Division - Electrochemical Award – T J Dursch Jr (Lawrence Berkeley National Laboratory)

16:00 1152

Oxygen Plasma Functionalized Graphene Nanoplatelets As Support for Pt Catalyst – R Chetty (Michigan State University, Indian Institute of Technology Madras) and L T Drzal (Michigan State University)

16:20 1153

Graduate Student Award of the Energy Technology Division - Solid State Award Reactivity of Hydroxyl Radicals Towards Reduced Graphene Oxide – P V Kamat and J Radich (University of Notre Dame)

Meeting Program l May 11-15, 2014 l Orlando, FL

Carbon Nanostructures: Interactions with Biological Systems – T Da Ros (Università di Trieste)

08:40 1162

Carbon Nanotube Thin Films and Hybrid Structures for Supercapacitor and Fuel Cell Applications – E Bekyarova (University of California - Riverside, Carbon Solutions Inc, Riverside, CA), R Palanisamy (Carbon Solutions Inc, Riverside, CA), M E Itkis and R C Haddon (University of California - Riverside)

14:00

Invited Presentation: 1PA- and 2PA-PDT PhotoInactivation of Cancer Cells with Deca- or Icosacationic [70]Fullerenes with Light Absorbing e ‒ -Donor Antenna – L Chiang (University of Massachusetts) and M Hamblin (Harvard Medical School)

Carbon Nanostructures in Medicine and Biology II – 10:00 – 12:00 Co-Chair: Lon J. Wilson 10:00 1165

Invited Presentation: Single-Walled Carbon Nanotubes for Delivery of siRNA: Producing a Pharmaceutically Stable and Effective Drug Product – L Kirkpatrick (Ensysce Biosciences Inc)

10:20 1166

Double Impact of Modified Single-Walled Carbon Nanotubes in Nanomedicine: Vehicles for Gene Therapy and Theranostic Agents – S Alidori, J J Mulvey, M R McDevitt, and D A Scheinberg (Memorial Sloan-Kettering Cancer Center, New York)

10:40

1167

11:00 1168

Carbon Nanostructures Used for Screening in Biomedicine – R I Stefan-van Staden (Laboratory of Electrochemistry and PATLAB Bucharest, National Institute of Research for Electrochemistry and Condensed Matter) Carbon Nanotubes As Photoluminescent Quantitative Bioanalytical Sensors – D A Heller (Memorial Sloan-Kettering Cancer Center) 57

Monday, May 12

10:40

11:20

Monday, May 12

11:40

1169

1170

Invited Presentation: SWCNT-Based Fluorescent Immunoprobes for Short-Wave Infrared Cancer Detection – K Beckingham, M Vu, C W Lin, A Williams (Rice University), R C Bast Jr (Univ of Texas) and R B Weisman (Rice University) Carbon and Inorganic Nanostructure Reinforced Polymeric Nanocomposites for Bone Tissue Engineering – G Lalwani, B Farshid (Stony Brook University), A M Henslee (Rice University), L Lin (Stony Brook University), K Kasper (Rice University), Y X Qin (Stony Brook University), A G Mikos (Rice University), and B Sitharaman (Stony Brook University)

Devices I – 10:40 – 12:00 Co-Chair: H. Grebel 10:40 1255

Invited Presentation: The Bilayer Pseudo-Spin Field-Effect Transistor: Overview and Quantum Transport Simulation – L F Register, X Mou, and S K Banerjee (University of Texas)

11:00 1256

Invited Presentation: Graphene Nanoelectromechanical Systems As StochasticFrequency Oscillators – M Bockrath and T Miao (University of California - Riverside)

11:20 1257

Raman Line Broadening with Graphene Coated Broad-Band Nano-Antennas – H Paraskevaidis (NJIT), T Kuykendall, M Melli, A WeberBargioni, P J Schuck, A Schwartzberg, S Dhuey, S Cabrini (LBNL), and H Grebel (NJIT)

11:40 1258

Fabrication and Characterization of Photodetectors Composed of Graphene/Silicon Schottky Junctions – Y An (University of Florida), A Behnam (University of Illinois), G Bosman (University of Florida), E Pop (University of Illinois, Stanford University), and A Ural (University of Florida)

Carbon Nanostructures in Medicine and Biology III – 14:00 – 14:40 Co-Chair: Tatiana Da Ros 14:00

1171

Coating Hydrophobic Biopolymers Around Single-Walled Carbon Nanotubes for Biomedical Application – J Xu (Department of Chemical Engineering, University of Florida) and K J Ziegler (University of Florida)

14:20

1172

Invited Presentation: Cytocompatibility of Macroporous All-Carbon Scaffolds for Biomedical Applications – G Lalwani, Y Talukdar, M D’Agati, A Gopalan, and B Sitharaman (Stony Brook University)

Graphene and Related Structures

M7 Nanocarbons Bonnet Creek Ballroom XII, Lobby Level, Hilton Orlando Bonnet Creek

Devices II – 14:00 – 16:40 Co-Chair: H. Grebel 14:00 1259

Invited Presentation: Logic Devices with Graphene PN Junctions – J U Lee (CNSE)

14:20 1260

Electron Transfer Kinetics on Mono- and Multi-Layer Graphene – M Velicky, P S Toth, A Valota, A J Cooper, I A Kinloch, E W Hill, K S Novoselov, and R A Dryfe (University of Manchester)

14:40 1261

Graphene-Based Nanocomposite Materials for Environmental and Energy Applications – T A Tsoufis, F Katsaros, Z Sideratou (National Center for Scientific Research), M A Karakassides (University of Ioannina, Greece), and B J Kooi (University of Groningen, The Netherlands)

15:00 1262

Simple Patterning of Large-Area Graphene

By Metal Mask and Sacrificial Polymer Layer – N Kang, C W Smith, M Ishigami, and S I Khondaker (University of Central Florida) Gas Sensing Behaviors of Combinatorial Structures of Graphene Oxide and ZnO – H Park, Y Chung, H Koo (Auburn University), Y S Yoon (Gachon University), H Ahn (Korea Institute of Construction Technology), and D J KIM (Auburn University)

Synthesis and Properties – 08:00 – 10:40 Co-Chair: H. Grebel 08:00 1248

Invited Presentation: Synthesis and Characterization of Graphene Layers – A Pinczuk (Columbia University)

08:20 1249

Preparation of Graphene Fibers – Y He (Tsinghua University)

08:40 1250

Rational Design of Graphene-Based Aerogels for High-Performance Supercapacitors – L Z Fan and H F Ju (University of Science and Technology, Beijing)

09:00 1251

Graphene Sponges Prepared from Clusters of Soap Bubbles with Hierarchical Pores – R Zhang (Tsinghua University)

15:20 1263

09:20 1252

Observation of Vacuum Ultraviolet Optical Critical Points and Excitons in Graphene and Monolayer MoS2 – W Li (NIST, Gaithersburg, MD, Peking University), Y Liang, B Tian, X Liang (Peking University), Y H Lee, X Ling, J Kong (Massachusetts Institute of Technology), D J Gundlach, and N V Nguyen (NIST, Gaithersburg, MD)

15:40 Break 16:00 1264

Graphenated Carbon Nanotubes for Enhanced Nucleation of Manganese Oxide Electrodeposits in High Performance Composite Electrodes – B Brown (Duke University, Georgia Tech Manufacturing Institute), I Cordova, S Ubnoske, C Parker (Duke University), B R Stoner (RTI International, Duke University), and J T Glass (Duke University)

16:20 1265

Field-Controlled Ion Doping of Graphene – E Kinder, H Lu, W S Hwang (University of Notre Dame), B J Cho, S K Hong (Korea Advanced Institute of Science and Technology, Daejeon, Korea), A Seabaugh, and S Fullerton-Shirey (University of Notre Dame)

09:40 Break 10:00 1253

10:20 1254

58

Graphene Growth on Electrodeposited Polycrystalline Metals and Alloys – D Pigliafreddo, M Tocchio, F Livolsi, L Nobili (Politecnico di Milano), C Carraro, R Maboudian (University of California at Berkeley), and L Magagnin (Politecnico di Milano) Hydrogen Incorporation and Reaction with Graphene on SiO2 – G V Soares (Instituto de Física, UFRGS), N M Bom (PGMICRO, UFRGS), M Oliveira, J M Lopes (Paul-Drude-Institut für Festkörperelektronik), H Riechert (PaulDrude-Institute, Berlin, Germany), and C Radtke (Instituto de Química, UFRGS)

Meeting Program l May 11-15, 2014 l Orlando, FL

Nanocarbons / Physical and Analytical Electrochemistry Bonnet Creek Ballroom X, Lobby Level, Hilton Orlando Bonnet Creek

Ge Interface and Passivation – 11:00 – 12:30 Co-Chairs: Johannes Heitmann and H. Joerg Osten 11:00 1357

Interface Engineering Routes for a Future CMOS Ge-Based Technology – I Z Mitrovic, M Althobaiti, A D Weerakkody, N Sedghi, S Hall, V R Dhanak, S Mather, P R Chalker (University of Liverpool), D Tsoutsou, A Dimoulas (NCSR Demokritos, Institute of Materials Science), C Henkel, E D Litta, P E Hellstrom, and M Ostling (KTH Royal Institute of Technology)

11:30 1358

Passivation Schemes for Ge High-K Metal Gate Mosfets on Si for Vlsi Production – K Tapily (TEL Technology Center, America), T Ngai (Sematech), R Clark, D O’meara, S Consiglio, R Gaylord, C Wajda (TEL Technology Center, America), D Veksler, C Hobbs, K Matthews, D Gilmer, P Kirsch (Sematech), and G Leusink (TEL Technology Center, America)

12:00 1359

Atomic-Oder Thermal Nitridation of Si1-XGex By NH3 – J Murota (Tohoku University), M Sakuraba (Tohoku University), and B Tillack (IHP and Technische Universität Berlin, IHP)

Porphyrins, Phthalocyanines and Supramolecular Assemblies I – 14:40 – 16:40 Co-Chairs: Nathalie Solladie and Victor Borovkov 14:40 1306

Highly Diastereoselective Cyclopropanation of Olefins Catalysed By a C2-Symmetrical Chiral Iron Porphyrin Complex – E Gallo, D Intrieri (Università degli Studi di Milano), S Le Gac (Université de Rennes 1), A Caselli (Università degli Studi di Milano), E Rose (Université P et M Curie), and B Boitrel (Université de Rennes 1)

15:00 1307

Functionalized Porphycenes – N Jux and W Brenner (Friedrich-Alexander-Universität Erlangen-Nürnberg)

15:20 1308

Bis-Metal Coordination Chemistry of Doubly N-Confused Hexaphyrins – H Furuta (Kyushu University)

15:40 Break 16:00 1309

16:20 1310

N2

Designing a Precious Metal-Free Catalyst for Purification of Automotive Exhausts: The Dissociation of NO on Cu2O(111) and CuO(110) Surfaces – H Kasai, A A B Padama, and J L V Moreno (Osaka University)

III-V/High-K Interface – 14:00 – 15:30 Co-Chairs: Ivona Z. Mitrovic and Kandabara Tapily 14:00 1360

Selective Area Heteroepitaxy of III-V Compound Semiconductors in Shallow Trench Isolation Structures for Logic Applications – C Merckling, N Waldron (imec), S Jiang (imec, KU Leuven), W Guo, N Collaert, M Caymax, E Vancoille, K Barla, A Thean, M Heyns (imec), and W Vandervorst (KU Leuven, imec)

14:30 1361

High k/III-V for Ultimate CMOS – Interfacial Passivation, Low Ohmic Contacts, and Device Performance (Invited) – M Hong, M H Liao, T D Lin, W H Chang, Y C Chang (National Taiwan University), T W Pi (National Synchrotron Radiation Research Center, Taiwan), and J R Kwo (National Tsing Hua University, Hsinchu, Taiwan)

15:00 1362

Frequency Dispersion and Band Alignments in ZrO2/n-GaAs Mos Capacitor Using SelfCleaned GaAs Substrates By Atomic Layer Deposition – A K Pradhan, C White, D Thomas, D Q Yang (Norfolk State University), and D Sahu (University of the Witwatersrand)

Nitrous Oxide Reduction-Coupled Alkene-Alkene Coupling Catalyzed By Metalloporphyrin – T Higuchi (Nagoya City University)

Dielectrics for Nanosystems 6: Materials Science, Processing, Reliability and Manufacturing

Dielectric Science and Technology / Electronics and Photonics Taylor, Ground Level, Hilton Orlando Bonnet Creek

High-K Processing and Characterization – 08:05 – 10:40 Co-Chairs: D. Bauza and Durga Misra 08:05

Welcoming Remarks

08:10 1352

Tuning Dielectric Properties of Epitaxial Lanthanide Oxides on Silicon – H J Osten (Leibniz University Hannover)

08:40 1353

Electrical and Opto-Electrical Characterization of Defects in High-K Materials – A Schmid and J Heitmann (TU Bergakademie Freiberg)

09:10 1354

Investigation of Strong Metallic Ta Reduction in ZrO2/Ta2O5 Multi-Laminate Layer Growth – H Cho (SK Hynix)

09:30

Break

09:50 1355

High Pressure Sputtering for High-K Dielectric Deposition Is It Worth Trying? – E san Andres, P C Feijoo, M Pampillon, del Prado, and M L Lucia (Universidad Complutense de Madrid)

10:20 1356

Cyclic Plasma Treatment during ALD Hf 1-X Zr xO2 Deposition – M Bhuyian, D Misra (New Jersey Institute of Technology), K Tapily, R Clark, S Consiglio, C Wajda, G Nakamura, and G Leusink (TEL Technology Center, America)

Meeting Program l May 11-15, 2014 l Orlando, FL

Interface Engineering – 15:40 – 16:40 Co-Chairs: Aswini K. Pradhan and Clement Merckling 15:40 1363 16:10

1364

Understanding of Growth Kinetics of Thermal Oxides on 4H-SiC (0001) for Control of Mos Characteristics – K Kita (University of Tokyo) Atomic Layer Deposition of HfO2 Using HF-Etched Thermal and Rtp SiO2 As Interfacial Layers – L Han (University of Kentucky) and Z D Chen (University of Kentucky, University of Electronic Science & Technology of China)

59

Monday, May 12

M9

Porphyrins, Phthalocyanines and Supramolecular Assemblies

N3

More-than-Moore

Dielectric Science and Technology / Electronics and Photonics / Sensor / Interdisciplinary Science and Technology Subcommittee Union, Ground Level, Hilton Orlando Bonnet Creek

Monday, May 12

More-Than-Moore Overview – 08:00 – 09:25 Co-Chairs: Yaw S. Obeng and Andrew Hoff 08:00

Introductory Remarks

08:05 1399

Requirements and Difficult Challenges for Packaging in the Era of “More Than Moore” – W R Bottoms (3MTS)

08:45 1400

Inemi and Itrs Collaborative Approach and Preliminary Plan for Adressing More Than Moore Roadmapping – C E Richardson (iNEMI)

Advanced Processes for FEOL/BEOL Applications – 10:00 – 12:20 Co-Chairs: Kuniyuki Kakushima and Vijay Narayanan 10:00 1439

Spatial ALD, Deposition of Al2O3 Films at Throughputs Exceeding 1000 Wafers per Hour – E H A Granneman and V I Kuznetsov (Levitech BV)

10:40 1440

Ultrathin (8-14 nm) Conformal Silicon Nitride for Sub-20 Nm Copper/Low k Interconnects – S V Nguyen (IBM Research at Albany Nanotech), D Priyadarshini, H K Shobha, T J Haigh (IBM Albany Nanotech,), C K Hu, S A Cohen, E Liniger, T M Shaw (IBM Research), E D Adams, J Burnham (IBM Essex Junction), A Madan, N R Klymko (IBM Semiconductor R&D Center), C Parks, D Yang, S E Molis (IBM Hopewell Junction), G Bonilla, A Grill, D Edelstein (IBM Research), D F Canaperi (IBM Albany Nanotech,), L Q Xia, S Reiter, M Balseanu, and M Y Shek (Applied Materials Inc)

11:00

1441

High Selectivity Dry Etching of Silicon Nitride over Silicon Using a Novel Gas in Microwave Excited Plasma for Finfet – Y Nakao (Tohoku University), T Matsuo (Tohoku University, Zeon Corporation), A Teramoto, R Kuroda, Y Shirai, S Sugawa, and T Ohmi (Tohoku University)

11:20

1442

Wafer Scale Cu Plating Process Optimization for Defectivity Improvement – S Ahmed (IBM Semiconductor Research & Development Center), Q Huang (IBM, T J Watson Research Center), T Cheng (IBM Semiconductor Research & Development Center), P Findeis (IBM Microelectronics Division), C R Gruszecki, A H Simon, P S Mclaughlin, N Lustig, E Engbrecht, M N Lakritz, P I Wang, C L Montgomery, S Mittal, F H Baumann, C N Truong (IBM Semiconductor Research & Development Center), B C Baker-O’neal (IBM, T J Watson Research Center), S L Grunow, M P Chudzik, and S Grunow (IBM Semiconductor Research & Development Center)

11:40

1443

Atomic Layer Deposition of Sidewall Spacers: Process, Equipment and Integration Challenges in State-of-the-Art Logic Technologies – M P Belyansky, R Conti, S Khan, X Zhou, N R Klymko, Y Yao, A Madan, L Tai, P Flaitz (IBM Semiconductor R&D Center), and T Ando (IBM Watson Research Center)

More-Than-Moore Applications – 10:20 – 11:40 Co-Chairs: Yaw S. Obeng and Andrew Hoff 10:20 1401

Monolithic Three-Dimensional Integrated Circuits: Process and Design Implications – H Geng, L Maresca (ECE Dept, Missouri University of Science and Technology, Rolla, MO), B Cronquist, Z Or-Bach (MonolithIC 3D Inc), and Y Shi (ECE Dept, Missouri University of Science and Technology, Rolla, MO)

11:00 1402

Heterogeneous Integration of Plasmonics with Si-Photonics & Microelectronics for High-Performance Optical Routing – T Tekin (Fraunhofer Institute for Reliability and Microintegration (IZM), Research Center of Microperipheric Technologies, TU-Berlin), N Pleros (Aristotle University of Thessaloniki), S I Bozhevolnyi (University of Southern Denmark), A Dereux (Université de Bourgogne), H Avramopoulos (National Technical University of Athens), and M Waldow (AMO GmbH)

More-Than-Moore Devices – 14:00 – 16:40 Co-Chairs: Masahide Goto and Janet Cassard 14:00 1403

Terahertz CMOS Electronics for Future Mobile Applications – M Fujishima (Hiroshima University)

14:40 1404

[Invited] Flexible GHz Frequency and Low-Power Nanoelectronics Based on 2D Nanomaterials – D Akinwande (The University of Texas at Austin) and H Y Chang (University of Texas)

15:20 1405

Atom Switch Technology for Low-Power Nonvolatile Logic Application – M Tada, T Sakamoto, M Miyamura, N Banno, K Okamoto, and H Hada (Low-power Electronics Association & Project (LEAP))

16:00 1406

Cmut Based Microscale Integrated Ultrasound Systems for Minimally Invasive Intracardiac and Intravascular Imaging – F L Degertekin (Georgia Institute of Technology)

P2

Silicon Compatible Materials, Processes and Technologies for Advanced Integrated Circuits and Emerging Applications 4

Electronics and Photonics / Dielectric Science and Technology Flagler, Ground Level, Hilton Orlando Bonnet Creek Welcome and Plenary Session – 08:50 – 09:30 Co-Chairs: F. Roozeboom and P. J. Timans 08:50

60

1718

FinFET Devices and Integration – H Bu (IBM Nanotech)

12:00 1444

Surface Selective Atomic Layer Deposition of Hafnium Oxide for Copper Diffusion Barrier Application Using Tetrakis(diethylamino) Hafnium and Ethanol – S K Selvaraj, J I Rossero, and C G Takoudis (University of Illinois at Chicago)

New Functional Areas – 14:00 – 16:30 Co-Chairs: Kuniyuki Kakushima and Vijay Narayanan 14:00 1445

Quantum Capacitance Measurement of Bilayer Graphene – K Nagashio, K Kanayama, T Nishimura, and A Toriumi (University of Tokyo)

14:40 1446

Field-Effect Doping of MoS2 Using a Solid Polymer Electrolyte – E Kinder, R Yan, H Xing, and S Fullerton-Shirey (University of Notre Dame)

15:00 1447

Vertical Tunnel FETs Using III-V Nanowire/ Si Heterojunctions – K Tomioka (Japan Science and Technology Agency) and T Fukui (Hokkaido Unversity) Meeting Program l May 11-15, 2014 l Orlando, FL

ECS Henry B Linford Award Introduction

15:50 1448

Society Award Lecture - Henry B Linford Award for Distinguished Teaching Address: Low Temperature Plasma Etching of Copper, Silver, and Gold Films – D W Hess (Georgia Institute of Technology)

Q1

Integrated Optoelectronics 7

Electronics and Photonics / Dielectric Science and Technology Gilchrist, Ground Level, Hilton Orlando Bonnet Creek

Q2

Wide Bandgap Semiconductor Materials and Devices 15 Electronics and Photonics / Sensor Manatee, Ground Level, Hilton Orlando Bonnet Creek

GaN-based Electronics – 08:00 – 12:00 Co-Chairs: Stephen J. Pearton and Jen-Inn Chyi 08:00

Introductory Remarks

08:05 1502

Growth and Charactrization of High Power Alinn/GaN Hemts – J I Chyi (National Central University, National Applied Research Laboratories), G Y Lee, P T Tu, and N T Yeh (National Central University)

Emerging Applications and Fabrication I – 08:20 – 11:30 Co-Chairs: M. Jamal Deen and Qiyin Fang 08:20

Welcoming Remarks

1474

Very Large Scale Integrated (VLSI) Photonics: Issues, Challenges and Visions – E H Lee (INHA University)

09:00 1475

Optochemical Self-Organisation of Functional Microstructures – K Saravanamuttu, I D Hosein, H Lin, M R Ponte, and D K Basker (McMaster University)

08:30

09:30

Break

10:00 1476

Monolithic Entangled Photon Sources Using Second Order Optical Nonlinearities – A S Helmy (University of Toronto)

10:30

1477

Wide Gain Bandwidth InAs/Ingaalas/InP Quantum-Dashes for Broadband Emitter Applications – M Z Khan, T K Ng, and B S Ooi (King Abdullah University of Science & Technology)

11:00

1478

High Power Photodiodes for Microwave Applications – A Beling (University of Virginia)

08:35

Introduction of EPD Award Lecture

08:40 1503

ECS Electronics & Photonics Division Award Wafer-Level Step-Stressing of Ingap/ GaAs Hbt – A G Baca, J A Kotobi, T R Fortune, A Gorenz, J F Klem, R D Briggs, J B Clevenger, and G A Patrizi (Sandia National Laboratories)

09:10 1504

Simulation of GaN Device Reliability – M E Law, E Patrick (Department of Electrical and Computer Engineering, University of Florida, Gainesville, Florida 32611), and D Horton (University of Florida)

09:40 Break 10:00 1505

GaN Hemt Fabrication in a 200mm Si Foundry Environment: The Time Has Come – J Laroche, K Ip (Raytheon Integrated Defense Systems), M Breen (Novati), W Hoke (Raytheon Integrated Defense Systems), Y Cao (IQE), J Bettencourt (Raytheon Integrated Defense Systems), D Guenther, G Gebara (Novati), T Kennedy, B Schultz (Raytheon Integrated Defense Systems), O Laboutin (IQE), C Fong (IQE), T Trimble (Novati), W Johnson (IQE), T Kazior, and J Comeau (Raytheon Integrated Defense Systems)

10:30 1506

Development of 4 Inch and 6 Inch GaN-on-Si for High-Voltage Operation – C F Lo, O Laboutin, Y Cao, K Oconnor, D Hill, and W Johnson (IQE)

11:00 1507

A High-Power Handling Tunable Low-Pass Filter Using Switched Capacitor in 05 μm GaN-onSilicon Hemt – F H Huang and H C Chiu (Chang Gung University)

11:30 1508

Nanocrystalline Diamond for Near Junction Heat Spreading in GaN Power Hemts – T J Anderson, K D Hobart (US Naval Research Laboratory), M J Tadjer (American Society for Engineering Education), A D Koehler, T I Feygelson, B B Pate, F J Kub, and C R Eddy Jr (US Naval Research Laboratory)

Emerging Applications and Fabrication II – 13:20 – 14:40 Co-Chairs: Amr S. Helmy and Ozzy Mermut 13:20

1479

13:50 1480

14:20 1481

High-Performance InP-Based Geiger-Mode Avalanche Photodiodes and Integration Technologies – X Jiang, M A Itzler, M Entwistle, and K Slomkowski (Princeton Lightwave Inc) Inorganic-Organic Heterojunctions in Nanocrystals Based Photonic Devices for Energy Conversion – E Palomares (Institute of Chemical Research of Catalonia) and E Palomares (Institute of Chemical Research of Catalonia, ICREA) Post Deposition Annealing Temperature Effect on White-Light Emitting of WOx Thin Film Stack on Si – Y Kuo and C C Lin (Texas A&M University)

Biomedical Applications I – 15:00 – 16:30 Co-Chairs: Orly Yadid-Pecht and M. Jamal Deen 15:00 1482

15:30 1483

16:00 1484

An Ultra Low Noise Optoelectronic Module Enables an in Situ Range-Finder Probe to Locate a Neurovascular Bundle in Dental Implant Surgery – O Mermut, F Baribeau, J Weber, P Gallant, F Emond, S Dubois, F Duchesne, M Girard, T Pope (National Optics Institute), and H Moghadam (The Ottawa Hospital) High-Performance Single Photon Avalanche Diode Array and Integrated Electronics for Time Correlated Single Photon Counting – I Rech, G Acconcia, M Crotti, A Gulinatti, and M Ghioni (Politecnico di Milano) Single Photon Avalanche Diode Imaging Systems for Biomedical Applications – D Palubiak and M J Deen (McMaster University)

Meeting Program l May 11-15, 2014 l Orlando, FL

GaN-based Optical Devices – 13:30 – 16:40 Co-Chairs: Gary W. Hunter and Yu-Lin Wang 13:30 1509

Deep Ultraviolet Light Emitting Diodes: Physics, Performance, and Applications – M Shur (Rensselaer Polytechnic Institute) and R Gaska (Sensor Electronic Technology, Inc)

14:00 1510

Impurity Doping of Gallium Nitride for Enhanced Light Emission – J M Zavada (National Science Foundation)

1511

High Brightness, Large Scale GaN Based LightEmitting Diode Grown on 8-Inch Si Substrate – S J Lee, H J Park, J B Park, D W Jeon, J H Baek (KOPTI), H Li, B Krishnan, J Su, A Paranjpe, and D S Lee (Veeco Instruments Inc)

14:30

61

Monday, May 12

15:40

15:00 1512

GaN-Based Light-Emitting Diodes with Graphene Electrodes – J Kim and B J Kim (Korea University)

14:40 1571

Ballistic Hot Electron Effects in Nanosilicon Dots and Their Photonic Applications – N Koshida (Tokyo University of Agriculture and Technology), N Ikegami (Tokyo University of Agriculture and Technology), A Kojima, R Mentek, R Suda, M Yagi, J Shirakashi (Tokyo University of Agriculture & Technology), B Gelloz (Nagoya Univ), and N Mori (Osaka Univ)

15:20 1572

Bright and Stable Quantum Dot Structures and Their Application to Display – E Jang (Samsung Electronics (SAIT))

16:00 1573

White-Light Emission from Amorphous ZrHfO Thin Film Dielectrics with and without Embedded Nanocrystalline CdSe Dots – C C Lin and Y Kuo (Texas A&M University)

15:30 Break

Monday, May 12

15:40 1513

16:10

R1

1514

Sapphire Substrate Geometrical Effects on III-N Blue LED Material Properties – E A Armour (Veeco Instruments, Inc), M Hu (Veeco Instruments Taiwan Techology Center), D P Byrnes (Veeco Instruments, Inc), K Sun (Veeco Instruments Taiwan Technology Center), G D Papasouliotis (Veeco Instruments, Inc.), L B Maiocco (Saint Gobain Ceramics & Plastics, Inc), M A Brosnan, and C J Gasdaska (Saint-Gobain Ceramics & Plastics, Inc) Vertical-Geometry GaN-Based Light-Emitting Diodes: How to Improve Current Injection Efficiency – T Y Seong (Korea University)

Nanoscale Luminescent Materials 3

Dielectric Science and Technology / Luminescence and Display Materials Lake, Ground Level, Hilton Orlando Bonnet Creek

Semiconductor Nanowires – 08:00 – 09:30 Co-Chairs: David J. Lockwood and Peter Mascher 08:00

Welcoming Remarks

08:10 1564

Novel Luminescent Materials Based on Semiconductor Nanowires – R R LaPierre (McMaster University), A Gustafsson (Lund University), P Kuyanov, and C Haapamaki (McMaster University)

08:50 1565

High Power Phosphor-Free InGaN/GaN/AlGaN Core-Shell Nanowire White Light Emitting Diodes on Si – Z Mi, H Nguyen, S Zhang, A Connie, S Sadaf, Q Wang, S Zhao, and I Shih (McGill University)

Compound Semiconductor Systems – 10:00 – 12:00 Co-Chairs: Artur Podhorodecki and Fabrice Gourbilleau 10:00 1566

GaAs-Based Nanostructured Emitters for Monitoring Surface Immobilized Molecules – J J Dubowski (Université de Sherbrooke)

10:40 1567

Point Defect Characterization of Group-III Nitrides By Using Monoenergetic Positron Beams – A Uedono (University of Tsukuba), S Ishibashi (AIST), N Oshima, R Suzuki (AIST), and M Sumiya (NIMS)

11:20 1568

Optically Allowed Photoluminescence from a Direct-Gap Si-Ge Superstructure on Si04Ge06 – D J Lockwood, N L Rowell (National Research Council Canada), A Gouyé, L Favre, A Ronda, and I Berbezier (Institut Matériaux Microélectronique Nanosciences de Provence)

11:40 1569

Zinc Oxide/Samaria Nanowires with Intense Photoluminescence – I Enculescu, E Matei, C Florica, M Enculescu, A Costas, and A Evanghelidis (National Institute of Materials Physics)

Quantum Dots - Electronic and Photonic Properties – 14:00 – 16:20 Co-Chairs: Jan J. Dubowski and Ray R. LaPierre 14:00 1570

62

Effects of Dopants on the Band Structure of Quantum Dots – R W Meulenberg (University of Maine)

Meeting Program l May 11-15, 2014 l Orlando, FL

A1

14:00

40

Solid Polymer Electrolytes Based on Poly(vinylidene fluoride-trifluoroethylene) and the [N1 1 1 2(OH)][NTf 2] Ionic Liquid for Energy Storage Applications – R Leones (Universidade Nova de Lisboa, Portugal, Universidade do Minho, Portugal), C M Costa (Universidade do Minho, Portugal), A V Machado (Universidade do Minho, Portugal), J M S S Esperança (Universidade Nova de Lisboa), M M Silva (Universidade do Minho, Portugal), and S Lanceros-Méndez (Universidade do Minho, Portugal)

14:20

41

Thermal Stability and Fire Safety of Ionic LiquidBased Electrolytes for Lithium-Ion Batteries – L Chancelier (University of Lyon 1, CNRS-UMR 5265, C2P2, CEA, LITEN), A O Diallo (INERIS, UTC-ESCOM, EA 4297), C C Santini (University of Lyon 1, CNRS-UMR 5265, C2P2), G Marlair (INERIS), T Gutel, S Mailley (CEA, LITEN), and C Len (UTC-ESCOM, EA 4297)

14:40

42

Investigations on Electrochemical Performance As Well As Thermal Stability of Two New Lithium Electrolyte Salts Compared to LiPF6 – P Murmann (University of Münster), P Niehoff (University of Münster), S Nowak (University of Münster), R W Schmitz (Lanxess), P Sartori (Universität Duisburg-Essen former Universität Duisburg), M Winter (University of Münster), and I Cekic-Laskovic (University of Münster)

15:00

43

Systematic Characterization of Ionic Liquid Electrolyte Systems for Lithium Ion Batteries – R A DiLeo, K J Takeuchi, A C Marschilok (Stony Brook University), and E S Takeuchi (Brookhaven National Laboratory, Stony Brook University)

15:20

44

Ionic Liquid Electrolytes for Alkali Metal Electrochemical Devices: Low Melting Chloroaluminate Binary Solutions and the Alkali Trapping Problem – T G Tucker and C A Angell (Arizona State University)

15:40

45

Ionic Conduction in CNFs Reinforced PMMA Based Nanocomposite Gel Polymer Electrolytes for Li-Ion Batteries – R Sharma, A Sil, and S Ray (Indian Institute of Technology Roorkee)

16:00

46

Tuned Imidazolium Ionic Liquids for Li-Ion Batteries: Compatibility with Li4TiO12/LiFePO4 and Cgr/LiFePO4 at Elevated Temperature – H Srour (1) CEA-Liten, LMB lab 2) University of Lyon 1, CNRS-UMR 5265, C2P2; 3) University of Lyon 1, CNRS-UMR 5182, Ecole Normale Superieure de Lyon), E Bolimowska (1) CEA Grenoble - DRT/LITEN/DEHT/SCGE/LGI; 2) University of Lyon 1, CNRS-UMR 5265, C2P2), H Rouault (1) CEA Grenoble - DRT/LITEN/ DEHT/SCGE/LGI), and C C Santini (University of Lyon 1, CNRS-UMR 5265, C2P2)

Batteries and Energy Technology Joint General Session Battery / Energy Technology Bonnet Creek Ballroom I, Lobby Level, Hilton Orlando Bonnet Creek

Li-Ion Battery III - Electrolyte – 08:00 – 12:00 Co-Chair: Vito Di Noto 08:00

29

SEI Formation on Single Crystal Si Electrodes in Organic Carbonate Electrolytes – A Jarry, R Knitsch, S F Lux, and R Kostecki (Lawrence Berkeley National Laboratory)

08:20

30

Study of Solid Electrolyte Interface (SEI) Formation Mechanism in Lithium-Ion Battery and New Idea on Electrolyte Additive Design – Y Zhu, I A Shkrob, and D P Abraham (Argonne National Laboratory)

08:40

31

Direct Observation of SEI Formation and Li Electrodeposition on Au By in Situ Ec-TEM – R L Sacci, N J Dudney, K L More, and R R Unocic (Oak Ridge National Laboratory)

09:00

32

Phase Field Modeling of SEI layer morphology in Li-Ion Batteries – X Lin (University of Michigan), L Liu, and P Guan (University of Kansas)

09:20

33

Electrochemical Impedance Spectroscopy Simulation of Li-Ion Batteries Coupled with SEI Layer Growth and Thermal Effect – L Liu and P Shripathi (University of Kansas)

09:40 10:00

34

Break The Development of Electrolytes with Flame Retardant Additives for Multiple LithiumIon Chemistries – F C Krause (Jet Propulsion Laboratory, California Institute of Technology), J P Jones, J Soler, C Hwang, R V Bugga (Jet Propulsion Laboratory, California Institute of Technology), G K S Prakash (University of Southern California), and M C Smart (Jet Propulsion Laboratory, California Institute of Technology)

10:20

35

Electrolyte Optimization of a Doped-LiCoPO4 Cathode – J L Allen, J L Allen, S A Delp, and T R Jow (US Army Research Laboratory)

10:40

36

Modular Electrolyte Additives: Decoupling Uniform Deposition and Stability – G Cheng, S S Kaye, and B Li (Wildcat Discovery Technologies)

11:00

37

Fluoroethylene Carbonate As an Promising Additive for γ-Butyrolactone based Electrolytes – J Kasnatscheew, R Wagner, and M Winter (University of Münster)

11:20

38

Fluorinated Electrolytes for 5 V Li-Ion Chemistry – Z Zhang, L Hu, Z Xue (Argonne National Laboratory), and N Azimi (University of Illinois at Chicago)

11:40

39

Investigation into the Solvation of Lithium Anions and the Search for a Connection with Electrode Passivation Behavior – A V W Cresce, K Xu, S M Russell (US Army Research Laboratory), N Urban (US Army Research Laboratory), and E Wikner (Wake Forest University)

Meeting Program l May 11-15, 2014 l Orlando, FL

16:20 Break 16:40

47

Is Li4Ti5O12 a Solid-Electrolyte-Interphase-Free Electrode Material in Li-Ion Batteries? Reactivity Between Li4Ti5O12 Electrode and Electrolyte – M S Song, J K Shon, R H Kim, J M Choi (Samsung Advanced Institute of Technology, Samsung Electronics), K Park (University of Texas), and A Benayad (Samsung Advanced Institute of Technology, Samsung Electronics) 63

Tuesday, May 13

Tuesday, May 13

Li-Ion Battery IV - Electrolyte – 14:00 – 18:00 Co-Chair: Vito Di Noto

17:00

48

Understanding the Li Disorder and Migration in Cubic Garnet Ionic Conductors through Diffraction Techniques and Computer Modeling – Y Wang, M Klenk, and W Lai (Michigan State University)

11:20

187

Precisely Controlled Atomic Layer Deposition of Nanostructured Li2s for High-Performance Lithium-Sulfur Batteries – X Meng, T Fister, P Fenter, and J W Elam (Argonne National Laboratory)

17:20

49

Theoretical Insights into Li Ion Diffusion in β—Li3PS4 solid Electrolyte – G K P Dathar, P R Kent, A J Rondinone, and P Ganesh (Oak Ridge National Laboratory)

11:40

188

Porous Fe2O3 Doped Cathodes for LithiumSulfur Batteries – C Shen, C C Zhao, and W Han (Ningbo Institute of Materials Technology & Engineering, Chinese Academy of Sciences)

17:40

50

Dendrite Growth in Lithium Metal Batteries – Stability Analysis of Electrodeposition Across Tethered Anion Electrolytes – M D Tikekar, L A Archer, and D L Koch (Cornell University)

A2

Material and Electrode Designs for Energy Storage and Conversion

Battery / Energy Technology / Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom III, Lobby Level, Hilton Orlando Bonnet Creek

Materials Synthesis – 14:00 – 18:20 Co-Chairs: James J. Wu and Guozhong Cao 14:00

189

Electrode Materials Away from Equilibrium for Lithium-Ion Intercalation – G Cao (University of Washington)

14:40

190

Novel Conducting Polymer Hydrogels for Electrochemical Energy Storage Devices – G Yu (University of Texas)

15:20

191

Synthetic Strategies Impacting Voltage, Capacity, and Current Capability of Energy Storage Materials – K J Takeuchi, A C Marschilok (Stony Brook University), and E S Takeuchi (Brookhaven National Laboratory)

15:40

192

Free Standing Hierarchically-Structured Electrodes for Energy Storage Devices – V Kalra (Drexel University)

16:00

193

Structure and Electrochemistry of Cation Substituted “Layered-Layered Composite” Cathode Materials for Li-Ion Batteries – E Lee, B R Long, J R Croy, M Balasubramanian, B Key, V A Maroni, M M Thackeray, and C Johnson (Argonne National Laboratory)

Tuesday, May 13

Lithium Sulfur Batteries – 07:50 – 12:00 Co-Chairs: Jie Xiao and Arumugam Manthiram 07:50

179

High-Energy, High-Power Lithium-Sulfur Batteries – A Manthiram (University of Texas)

08:30

180

Harvesting High Loading Electrode with Nanosized Particles for Rechargeable Lithium Batteries – D Lv, T Lozano, Y Shao, W D Bennett, J G Zhang, J Liu, and J Xiao (Pacific Northwest National Laboratory)

08:50

09:10

181

182

09:30 10:00

183

Solution-Based Preparation of Graphene-Li2s Composite Cathodes for Lithium/Sulfur and Lithium-Ion Batteries – F Wu (Georgia Institute of Technology, Central South University), J T Lee, A Magasinski (Georgia Institute of Technology), H Kim (Georgia Institute of Technology, Sila Nanotechnologies, Inc), and G Yushin (Georgia Institute of Technology) Nitrogen-Doped Mesoporous Carbon Promoted Chemical Adsorption of Sulfur and Fabrication of High-Areal-Capacity Sulfur Cathode with Exceptional Cycling Stability for Lithium-Sulfur Batteries – J Song, T Xu, M L Gordin, and D Wang (The Pennsylvania State University) Break Pre-Lithiated Si Micro Wire Array Anodes Vs Binder Free S8 Cathodes for Next Generation High Energy Storage – M Hagen (Fraunhofer ICT), E Q González (CAU Kiel), S Dörfler (TU Dresden), B Schumm (Fraunhofer IWS), J Tübke (Fraunhofer ICT), H Althues (Fraunhofer Institute for Material and Beam Technology (IWS)), S Kaskel (Fraunhofer IWS), and H Föll (CAU Kiel)

10:20

184

Insight into the Electrode Mechanism in Li-S Batteries with Microporous Carbon Confined Sulfur As Cathode – Z Li, L Yuan, and Y Huang (Huazhong University of Science and Technology)

10:40

185

Vertically-Aligned Carbon Nanotube Electrodes for Lithium-Sulfur Batteries – S Liatard, C Barchasz, A Fournier, and J Dijon (CEA, LITEN, Grenoble, France)

11:00

186

Development of Lithium Sulfur Batteries with Improved Cycle Life and High-Power Properties – J Yan, X Liu, and B Li (West Virginia University)

64

16:20 Break 16:40

194

Aqueous Processing of LiNi05Mn03Co02O2 Composite Cathodes for Lithium-Ion Batteries – J Li, D Mohanty, C Daniel, and D L Wood III (Oak Ridge National Laboratory)

17:00

195

Synthesis and Understanding of Layered Li-Rich Nickel Manganese Oxides for High Voltage Lithium Ion Batteries – A Boulineau, L Simonin, J F Colin, D Peralta, P Feydi, F Fabre, M Chapuis-Rey, L Daniel, S Martinet, and S Patoux (CEA-LITEN)

17:20

196

Study of Prelithiated Silicon As Anode in Lithium-Ion Cells – J J Wu (NASA Glenn Resesarch Center)

17:40

197

Optimization and Constant Capacity Cycling of the Core-Shell Carbon Silicon Composite Anode for Lithium Ion Batteries – H Wen, R Soltis, and M Karulkar (Ford Motor Company)

18:00

198

Silicon Nanowires and Nanotrees Electrodes for Pseudocapacitors – S Sadki, F Thissandier, D Aradilla, N Berton (UMR SPrAM (CEA, CNRS, UJF)), P Gentile (CEA Grenoble/INAC, SiNaPS Lab- SP2M, UMR-E CEA/UJF), G Bidan (INAC Dir, CEA de Grenoble), and T Brousse (Institut des Matériaux Jean Rouxel, CNRS UMR)

Meeting Program l May 11-15, 2014 l Orlando, FL

15:00

340

Ultra High Resolution Soft X-Ray Microscopy Studies of Intercalation Mechanism in LiFePO4 Cathodes – M Farmand, S David (Advanced Light Source, Lawrence Berkeley National Laboratory), Y S Yu (Lawrence Berkeley National Laboratory, University of California at San Diego), J Cabana (University of Illinois at Chicago), T Tyliszczak, R Celestre, D Kilcoyne (Advanced Light Source, Lawrence Berkeley National Laboratory), F Maia (Uppsala University), S Marchesini, T Warwick, L L Yang, H Padmore (Advanced Light Source, Lawrence Berkeley National Laboratory), and S Meng (University of California at San Diego)

15:20

341

Multifunctional Surface Coating As Artificial Solid Electrolyte Interphase for Lithium Ion Batteries – X Xiao (General Motors R&D Center)

15:40

342

Property Evolution of ALD-Al2O3 Coated and Uncoated Si Electrodes – S Y Kim and Y Qi (Michigan State University)

High Temperature Materials / Battery / Energy Technology Bonnet Creek Ballroom IV, Lobby Level, Hilton Orlando Bonnet Creek

Mechano-Electro-Chemical Coupling Impacts on Battery Aging – 08:00 – 11:40 Co-Chairs: Ting Zhu and Craig B. Arnold 08:00

329

Invited Presentation: Electrochemically Induced Stresses in Energy Related Materials – B W Sheldon (Brown University)

08:40

330

Mechanism Study of Crack Formation at Si Thin Film Anodes with Different Crystalline during Lithiation/Delithation – C Jung, H Jung, D S Ko, H Kim, S Byun, E S Moon, and W S Jeon (Samsung Advanced Institute of Technology)

09:00

09:20

331

332

09:40 10:00

10:20

10:40

11:00

11:20

333

334

335

336

337

In Operando Neutron Reflectometry Measurements Demonstrate Structural Stability in Thin Film Silicon Anodes for Lithium Ion Batteries – S C DeCaluwe (Colorado School of Mines, Center for Neutron Research, NIST), B M Dhar (Massachusetts Institute of Technology, Center for Neutron Research, NIST), J Dura (Center for Neutron Research, NIST), and H Wang (State University of New York, Binghamton, Center for Neutron Research, NIST)

16:00 Break 16:20

343

Invited Presentation: Theory and Simulation of Multiscale Interplays Between Mechanical and Electrochemical Mechanisms in Fuel Cells and Rechargeable Lithium Batteries – A A Franco, M Quiroga, T K Nguyen, and K H Xue (Laboratoire de Réactivité et de Chimie des Solides - Université de Picardie Jules Verne & CNRS UMR 7314, Réseau sur le Stockage Electrochimique de l’Energie (RS2E), FR CNRS 3459)

17:00

344

Ice Formation and Mechanical Stress in the PEFC during Cold Start – S Ge and C Y Wang (The Pennsylvania State University)

Characterization of Mechanical Degradation in Lithium Ion Battery Electrodes – P Barai and P P Mukherjee (Texas A&M University) Coffee Break The Effect of Battery Potential and Charge Rate on the Decomposition Reaction on the Anode Electrode of Lithium Ion Polymer Battery – V Agubra, J W Fergus, R Fu, and S Y Choe (Auburn University) Coupling Between Stack Stress and Chemical Degradation in Lithium-Ion Pouch Cells – J Cannarella and C B Arnold (Princeton University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek A3 Mechano-Electro-Chemical Coupling Poster Session – 18:00 – 20:00 •

345

Diffusion Mechanisms in the Solid Electrolyte Interphase in Li-Ion Batteries from First Principle Calculation – Z Liu, H W Zhang (The Pennsylvania State University), Y Qi (Michigan State University), S J Harris (Lawrence Berkeley Lab), P Lu (General Motors R&D Center), and L Q Chen (The Pennsylvania State University)

Electrochemical Strain Microscopy of Nanostructured Lithium Iron Phosphate – Q N Chen (University of Washington), N Balke, S Jesse, S V Kalinin (Oak Ridge National Laboratory), and J Li (University of Washington)

•

346

Prediction of Lithium Ion Cell Cycle Life By Coupled Chemical and Mechanical Degradation Modeling – M Hasan, P Barai, and P P Mukherjee (Texas A&M University)

Effect of Lattice Strain on Surface Chemistry, Oxygen Non-Stoichiometry and Oxygen Reduction Reactivity of Nd 2NiO4+δ Thin Films – Q Lu, N Tsvetkov, Y Chen, M Dinh, and B Yildiz (Massachusetts Institute of Technology)

•

347

Reversible Chemical and Electrochemical Dehydrogenation/Hydrogenation of Primary Alcohols Catalyzed By Iridium Complexes – P Bonitatibus Jr, M Doherty, M Rainka, A Peters, O Siclovan, D Simone, and G Soloveichik (GE Global Research)

•

348

Comparison of Density Functional Theory Predictions with Experimentally Measured Lanthanum Strontium Ferrite Thin Film Oxygen Surface Exchange Coefficients – T Das, Y Qi, and J D Nicholas (Michigan State University)

Deep TEM Study of Ageing Mechanisms of Li-Ion Batteries Associated with Renewable Energies – M BEN Hassine (LRCS CNRS-UMR 7314, Université de Picardie Jules Vernes)

Stress and Diffusion in Batteries and Polymer Electrolyte Membrane Fuel Cells – 14:00 – 17:20 Co-Chair: Brian W. Sheldon 14:00

338

Invited Presentation: Probing Local Ionic Dynamics in Functional Oxides: From Nanometer to Atomic Scales – S V Kalinin (Oak Ridge National Laboratory)

14:40

339

Effects of Stress and State-of-Charge on Lithium Transport Behavior in Silicon Electrodes – J Pan, Y T Cheng, and M J Beck (University of Kentucky)

Meeting Program l May 11-15, 2014 l Orlando, FL

65

Tuesday, May 13

A3

Mechanical-Electrochemical Coupling in Energy Related Materials and Devices

•

Numerical Simulation of Electrolyte-Supported Planar Button Solid Oxide Fuel Cells with Layered Electrolytes – A Aman, R Gentile (University of Central Florida), Y Chen (Oak Ridge National Laboratory, University of Central Florida), M Lugovy (Institute for Problems of Materials Science, Kyiv, Ukraine), Y Xu (University of Central Florida), X Huang (University of South Carolina), and N Orlovskaya (University of Central Florida)

•

350

Synthesis of the Materials Used in All-Solid-State Lithium Secondary Batteries – T Matsumoto (Shibaura Institute of Technology)

•

351

Curvature Relaxation Measurements of the Oxygen Surface Exchange Coefficient of Thin Film Gadolinium-Doped Cerium Oxide – V Sharikov-Bass, Q Yang, R R Lunt, and J D Nicholas (Michigan State University)

A4 Tuesday, May 13

349

08:20

Energy Technology / Battery / Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom V, Lobby Level, Hilton Orlando Bonnet Creek

383

384

Developmental Update on Vanadium Redox Flow Battery Stacks at Pacific Northwest National Laboratory – V Sprenkle, E Thomsen, W Wang, Z Nie, D Reed, B Li, X Wei, B J Koeppel, and B Chen (Pacific Northwest National Laboratory) Hybrid Energy Storage System for Stationary Applications – A Z Zhuk, K K Denshchikov, V E Fortov, and A E Sheindlin (Russian Academy of Science)

08:40

385

Two Dimensional Electrokinetic Modeling of Porous Rotating Graphite Felt Electrodes for Flow Batteries – M Ramanathan, S De, D Rife (Washington University in St Louis), B K Suthar, T Soundappan (Washington University in St Louis), V R Subramanian (Washington University in St Louis), K L Hawthorne, J Wainright, R F Savinell (Case Western Reserve University), and V K Ramani (Illinois Institute of Technology)

09:00

386

A Cyclable Laminar Flow Battery for Large Scale Energy Storage – M Suss, W Braff, C R Buie, and M Z Bazant (Massachusetts Institute of Technology)

09:20

387

Towards Real-Time Simulation of Flow Battery Models – D Rife, S De, B Suthar, P W C Northrop, M Ramanathan, and V R Subramanian (Washington University in St Louis)

09:40 Break 10:00

10:20

66

390

Tandem Measurement of Ion and Water Transport Properties for Vanadium Redox Flow Batteries – J S Lawton, A Jones (University of Tennessee), Z Tang (University of Tennessee), and T A Zawodzinski (Oak Ridge National Laboratory)

11:00

391

A Novel Safe and Ultrahigh-Energy-Density Aqueous Redox Flow Battery System – B Li, Z Nie, M Vijayakumar, W Wang, V Sprenkle, and J Liu (Pacific Northwest National Laboratory)

Aqueous /Non-aqueous Organic Flow Batteries – 14:00 – 16:40 Co-Chairs: Trung Van Nguyen and A. Manivannan 14:00

392

Predicting the Solubility of Organic Redox Molecules in Non-Aqueous Flow Battery Electrolytes – V Murugesan, W Wang, X Wei, L Cosimbescu, W Xu, V Sprenkle, and J Liu (Pacific Northwest National Laboratory)

14:20

393

Understanding the Performance of Aqueous Organic Redox Flow Batteries – B Yang and L Hoober-Burkhardt (University of Southern California)

14:40

394

Organic Redox Active Molecular Engineer for NRF – L Zhang (Argonne National Laboratory), J Huang, J T Vaughey, and A K Burrell (Argonne National Laboratory)

15:00

395

A Quinone-Based Flow Battery for Large-Scale Electrochemical Energy Storage – B Huskinson, M P Marshak, M R Gerhardt, and M J Aziz (Harvard University)

15:20

396

Hybrid Organic and Inorganic Redox Active Components for Non-Aqueous Redox Flow Batteries – T Liu, W Wang, X Wei, B Li, Z Nie, B Chen, and V Sprenkle (Pacific Northwest National Laboratory)

15:40

397

The Chemistry behind Quinone Flow Batteries – M P Marshak, B Huskinson, M R Gerhardt, R G Gordon, and M J Aziz (Harvard University)

16:00

398

A Radical Approach to Development of a Non-Aqueous Redox Flow Battery – D Aaron (University of Tennessee), F Delnick (Sandia National Laboratory), C N Sun (Oak Ridge National Laboratory), J Nanda (Oak Ridge National Laboratory), and T A Zawodzinski (University of Tennessee)

16:20

399

Development of Non-Aqueous Redox Flow Batteries at Pacific Northwest National Laboratory – X Wei, W Wang, L Cosimbescu, W Xu, M Vijayakumar, T Liu, Y Shao, J Liu, and V Sprenkle (Pacific Northwest National Laboratory)

Stationary and Large Scale Electrical Energy Storage Systems 4

Vanadium Flow Batteries- Performance and Modeling – 08:00 – 11:20 Co-Chairs: D. Noel Buckley and Paul W. C. Northrop 08:00

10:40

388

389

Study of Transient Behavior of Vanadium Redox Flow Battery at Varying Flow Rates and States of Charge – A Poudyal (Ilmenau University of Technology, Aalto University), E Denisov (Kazan National Research Technical University), and A Bund (Ilmenau University of Technology) Coulombic Efficiency of Negative and Positive Half-Cells in a Vanadium Redox Flow Cell – N Quill, R P Lynch (University of Limerick, Ireland), X Gao (University of Kentucky), and D N Buckley (University of Limerick, Ireland)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek A4 Large Scale Energy Storage Poster Session – 18:00 – 20:00 •

B1

400

Fundamental Properties of Organic Redox Couples for Aqueous Flow Batteries – L HooberBurkhardt, B Yang, G K S Prakash, and S R Narayanan (University of Southern California)

Sensors, Actuators, and Microsystems General Session (Chemical and Biological Sensors) Sensor Sarasota, Ground Level, Hilton Orlando Bonnet Creek

Invited Speech on Sensors – 08:05 – 09:30 Co-Chair: Nick Wu 08:05

Introductory Remarks

08:10

ECS Vittorio de Nora Award Introduction Meeting Program l May 11-15, 2014 l Orlando, FL

09:00

401

Society Award Lecture - Vittorio de Nora Award Address: On-Wire Lithography: An Electrochemical Approach to Controlling Nanoscale Architecture – C Mirkin (Northwestern University)

402 Direct in-Situ Nitridation of Nanostructured Metal Oxide Deposited Semiconductor Interfaces, the Formation of Reversibly Interacting Basic Sites – W Laminack, C Baker, and J L Gole (Georgia Institute of Technology)

Biosensors and Chemical Sensors – 16:00 – 18:00 Co-Chairs: Aleksandr Simonian and Zoraida Aguilar 16:00

414

Plant Volatile Sensor: Enzymatic Transducer for Selective and Sensitive Determination of Methyl Salicyalte – Y Fang (Nano Electrochemistry Lab, College of Engineering, The University of Georgia, Athens, GA - 30602, USA), Y Umasankar, and R P Ramasamy (University of Georgia)

16:20

415

Respiratory Burst Evaluation of THP-1 Cell Chip Using a Scanning Electrochemical Microscopy – S Kasai, H Kikuchi, M Suzuki (Tohoku Institute of Technology), M Nakano (Tohoku University), K Y Inoue (Tohoku University), T Honmo, M Tada (Tohoku Institute of Technology), S Aoyagi (Hokuto Denko Corporation), M Kobayashi (Tohoku Institute of Technology), and T Matsue (Tohoku University)

16:40

416

CMOS Time-Domain Imager for Functional Brain Imaging Using Gated Near-Infrared Spectroscopy – H Alhemsi and M J Deen (McMaster University)

17:00

417

Enantioanalysis of S-Ketoprofen Using Potentiometric and SPR Sensors – R I Stefanvan Staden, J F VAN Staden (Laboratory of Electrochemistry and PATLAB Bucharest, National Institute of Research for Electrochemistry and Condensed Matter), R G Bokretsion (University of Illinois at Chicago), and H Y Aboul-Enein (The Pharmaceutical and Drug Industries Research Division, National Research Centre)

17:20

418

Characterization of Various Types of Zeolite Acting As a Concentrator of Skin-Emitted Acetone Toward Self-Monitoring of Fat Metabolisms – Y Yamada, S Hiyama, T Toyooka (Research Laboratories, NTT DOCOMO, Inc), S Takeuchi (The University of Tokyo), K Itabashi, and T Okubo (Department of Chemical System Engineering)

17:40

419

Large Sensitivity Enhancement: Incorporation of Ultra-Fine Metal Nanoparticles into Organic Field Effect Transistor and Single Electron Transistor Based Sensors – H Zheng (University of Missouri), M Asbabhi (Institute of Materials Research and Engineering, Agency for Science, Technology and Research, Singapore), B Ramalingam (University of Missouri), J K W Yang (Institute of Materials Research and Engineering, Agency for Science, Technology and Research, Singapore), and S Gangopadhyay (University of Missouri)

Biosensors for Pathogen and Human Health Monitoring – 10:00 – 12:00 Co-Chairs: Nick Wu and L. A. Nagahara 10:00

403

Salmonella Typhimurium Detection on Fresh Food Surfaces Using a Surface-Scanning Coil Detector and Magnetoelastic Sensors – Y Chai, S Horikawa, H C Wikle III, R Zhao, and B A Chin (Auburn University)

10:20

404

Optical Biosensor for Detection of Listeria monocytogenes – D Sarkar and S Mitra (University of Alberta)

10:40

405

Quantum Dot Based Sensing Platform for Selective Detection of Volatile Organic Compounds and Biomarkers – P Sarswat and M L Free (University of Utah)

11:00

406

Surface-Enhanced Raman Scattering Biosenor for Detection of Hepatitis B Virus DNA – N Wu (West Virginia University)

11:20

407

A Nitrogen Doped Graphene Oxide-Immobilized Glassy Carbon Electrode for the Simultaneous Detection of Dopamine, Uric Acid and Ascorbic Acid – Y K Chih, Y Y Hsieh, and M C Yang (Department of Chemical Engineering)

11:40

408

Graphene Oxide and Metalloid Polymer Hybrids Composites based Au Electrodes for Durable Glucose Sensing – M H Lee and H Y Kim (Korea Electronics Technology Institute)

Biosensors Based on Novel Materials – 14:00 – 15:40 Co-Chairs: L. A. Nagahara and Nick Wu 14:00

409

Self-Propelled Magnetoelastic Biosentinels for the Detection of Pathogenic Bacteria in a Stagnant Liquid – S Horikawa, Y Chai, R Zhao, H C Wikle III, and B A Chin (Auburn University)

14:20

410

Interdigitated Nanoelectrode Arrays for Enhanced Sensitivity – J F Rohan, M Moore, S Barry, A Wahl, and A O’ Riordan (Tyndall National Institute)

14:40

411

Use of New Thiolated Amphiphiles for Enhancement of Specificity and Selectivity of Electrochemical Peptide-Based Sensors – A J Zaitouna, J Joyce, P H Dussault, and R Y Lai (University of Nebraska)

15:00 15:20

412 413

Co-Doped ZnO Nanomaterials As a Novel Platform for Hydrogen Peroxide Biosensing – W Zhang and Y Chang (Xi’an Jiaotong University) Combined Dot Sensors in the Domain of Food, Pharmaceutical and Biological Areas – J F VAN Staden and R I Stefan-van Staden (Laboratory of Electrochemistry and PATLAB Bucharest, National Institute of Research for Electrochemistry and Condensed Matter)

Meeting Program l May 11-15, 2014 l Orlando, FL

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek B1 Sensors, Actuators, and Microsystems Poster Session – 18:00 – 20:00 •

420

A Prognostic Electrochemical Method for Predicting Treatment Outcomes in Transplant Patients – A K Evseev, M M Goldin, A A Stepanov, A V Pinchuk (NV Sklifosovsky Research Institute for Emergency Medicine, Russia), A D Davydov (AN Frumkin Institute of Physical Chemistry and Electrochemistry RAS, Russia), M Mirzaeian (University of the West of Scotland, UK), and M M Goldin (Liberty University)

67

Tuesday, May 13

08:20

•

421

Synthesis and H2 Gas-Sensing Property of ZnO Nanobelts – W Jiang, S Hao, Y Zhang (Hebei United University), and Y Ling (Tsinghua University)

•

422

Atomic Layer Deposition of Environmentally Benign Tin-Titanate for Ferroelectric Application – S K Selvaraj, S Chang, and C G Takoudis (University of Illinois at Chicago)

•

423

Selective Detection of Asbestos in Indoor Air – H Ahn, B Jung (Korea Institute of Construction Technology), D G Jang (University of Science and Technology), H Park (Auburn University), J C Joo (Korea Institute of Construction Technology), and D J Kim (Auburn University)

Tuesday, May 13

•

424

A Carbon Paste Composite Electrode with Mixture of Zirconium Dioxide and Titanium Dioxide to Detect Heavy Metals Studied By SEM and XPS – S K Lunsford and P K Q Nguyen (Wright State University)

•

425

Construction of Novel PVC-Based Membrane Electrodes for the Selective Determination of Fe3+ Ion – K R Bandi, A K Singh, and A Upadhyay (Indian Institute of Technology, Roorkee)

•

426

Citrus Limon Peel As a Component of Modified Carbon Paste Electrode for Electrochemical Stripping Analysis of Pb (II) – D S Rajawat (IIS University, Jaipur) and S P Satsangee (USIC, Dayalbagh Educational Institute, Agra)

•

427

Determination of Er3+ Ion at Nano Level Based on Newly Synthesized Schiff Base As a Neutral Carrier By Coated Graphite Electrode – A Upadhyay, A K Singh, K R Bandi, A K Jain (IIT Roorkee)

•

428

Electrochemical Determination of Perchlorate Ion By Polymeric Membrane and Coated Graphite Electrodes Based on Zinc Complexes of Macrocyclic Ligands – A K Singh, P Singh, and A Upadhyay (IIT Roorkee)

•

•

•

•

•

68

429

430

431

432

433

Voltammetry Behavior of Carbon Paste Electrodes with Native and Chemical Modified Porphyrans – H E Cavalcanti, D Lima, J Inaba, C A Pessoa, and A G Viana (Universidade Estadual de Ponta Grossa)

•

434

Proliferation Monitoring of Immunocytes Using Low Frequency Impedance Measurement – S Kasai, Y Suzuki, R Ishii, M Tada, Z Kato, Y Maruo, and M Kobayashi (Tohoku Institute of Technology)

•

435

Surface Engineered Pyrolyzed Carbon Electrode Arrays for Bio-Sensing – Y Song and C P Wang (Florida International University)

•

436

Detecting Inflamatory Markers from Macrophages Using Micropatterned Electrochemical Biosensors – B P Crulhas and V A Pedrosa (Sao Paulo State University)

•

437

Universal Electrochemical Probe for Genotyping – K Tran, G Borchardt, P Calvo-Marzal, and K Y Chumbimuni-Torres (University of Central Florida)

•

438

Anti-Biofouling Nanoporous Gold Electrodes for Biochemical Sensor Applications – S Saraf (University of Central Florida), C J Neal (University of Central Florida), A Kumar (University of Central Florida), S Das (NanoScience Technology Center), S Park (University of Central Florida), S Seal (NanoScience Technology Center), and H J Cho (University of Central Florida)

•

439

Novel Carbon Based Electrochemical C-Reactive Protein Biosensor – H Papa and J Chatterjee (Florida State University)

•

440

Cyclic Voltammetric Sensing of Ethanol Oxidation Using Palladium Nanoparticles with Organic Thiol-Ligand – I Feliciano (University of Puerto Rico), L Arroyo (University of Pennsylvania), L Cunci, D C Diaz, and C R Cabrera (University of Puerto Rico)

D1

Electrodeposition for Micro- and NanoBattery Materials

Electrodeposition / Battery / Energy Technology Orange, Ground Level, Hilton Orlando Bonnet Creek

Electrodeposition for Lithium-based Anodes – 08:00 – 11:20 Co-Chairs: James F. Rohan and K. M. Abraham 08:00

500

Low Power Consumption CO2 Gas Sensor Using Ionic Liquid – M Honda (NMEMS Technology Research Organization), T Itoh, and R Maeda (National Institute of Advanced Industrial Science and Technology)

Exploring Different Avenues of Microbattery Fabrication through Electrodeposition – D Rehnlund, H D Asfaw, B Sun, S Böhme, M Valvo, W Wei, G Oltean, D Brandell, K Edström, and L Nyholm (Uppsala University)

08:40

501

Effect of the Receptor Size on the Sensitivity of Field Effect Transistor Biosensor for Label-Free Detection of Cancer Biomarker – S Cheng, K Hotani, S Hideshima, S Kuroiwa, T Nakanishi, Y Mori, and T Osaka (Waseda University)

Three-Dimensionally Structured Conversion Compound Electrodes for High Energy Density Lithium Batteries – J Wang, P V Braun (University of Illinois), H Zhou, and J Nanda (Oak Ridge National Laboratory)

09:00

502

Simultaneous Detection of Trace Heavy Metal Ions Using a Chemically Activated Graphene / Bi Nanocomposites Electrode By Differential Pulse Anodic Stripping Voltammetry – S Lee (Seoul National University) and Y Piao (Graduate School of Convergence Science and Technology)

Pulse Electrodeposition of Amorphous Si Film Anodes for Li-Ion Battery – B Gattu (University of Pittsburgh), R Epur (University of Pittsburgh), M K Datta (University of Pittsburgh), A Manivannan (US Department of Energy), and P N Kumta (University of Pittsburgh)

09:20

503

Metal Oxide Coated Porous Silicon electrode fabricated By Anodized Liquid Phase Deposition – M Mizuhata, A Katayama, and H Maki (Kobe University)

Acetylcholinesterase Biosensor Based on Paman Self-Assembled Monolayer-Modified Gold Electrode – C S Santos, V Pawlak, S T Fujiwara, and C A Pessoa (Universidade Estadual de Ponta Grossa)

09:40

Coffee Break

Meeting Program l May 11-15, 2014 l Orlando, FL

504

Chemistry Design for Suppressing Dendritic Growth during Metal Electrodeposition – Applications in Energy Storage Devices – R Akolkar and S J Banik (Case Western Reserve University)

10:40

505

An Effective Electrolyte Additive Achieving Dendrite-Free Lithium during Electrochemical Deposition – J Qian (Pacific Northwest National Laboratory, Wuhan University), W Xu, E Nasybulin, R Cao, X Chen, and J G Zhang (Pacific Northwest National Laboratory)

11:00

506

Investigation of Lithium Dendrite Necking and Formation of Dead Lithium Crystals – A Aryanfar, M Hoffmann, and A Colussi (California Institute of Technology)

Electrochemical Processing for Lithium-based Cathodes – 14:00 – 16:00 Co-Chair: John Owen 14:00

507

Layered 2D Electrode Architecture for HighPower Lithium Ion Microbatteries – A Shah, S Kotz, K M Abraham, S Somu, and A Busnaina (Northeastern University)

14:40

508

Electrochemical Deposition of Manganese Oxides on Carbon Nano-Sheets – A Radisic, D J Cott (imec, Leuven, Belgium), S Deheryan (imec, Leuven, Belgium), A S Etman, Y Zargouni (imec, Leuven Belgium), and P M Vereecken (imec, Leuven, Belgium, Centre for Surface Chemistry and Catalysis, Leuven, Belgium)

15:00

509

Electrodeposition and Characterization of Manganese Dioxide Thin Films on Silicon Pillar Arrays for 3D Thin-Film Lithium-Ion Batteries – Y Zargouni (KACST- CENA, Riyadh, Saudi Arabia, Tunis El-Manar University), S Deheryan (imec, Leuven, Belgium, Centre for Surface Chemistry and Catalysis, Belgium), A Radisic (imec, Leuven, Belgium), A S Etman (KACSTCENA, Riyadh, Saudi Arabia, Alexandria University, Alexandria, Egypt), D J Cott (imec, Leuven, Belgium), K Alouani (Tunis El-Manar University), C Huyghebaert (imec, Leuven, Belgium), and P M Vereecken (imec, Leuven, Belgium, Centre for Surface Chemistry and Catalysis, Belgium)

17:00

514

Effect of Processing Parameters on Electrophoretically Deposited ZnO Nanoparticles on Conductive Fabrics – Y Chung, H Park (Auburn University), S B Cho (Agency for Defense Development), Y S Yoon (Gachon University), and D J KIM (Auburn University)

17:20

515

Fabrication and Characterization of Thin-Film Nickel Hydroxide Electrodes for Micro-Power Applications – H Falahati, E Kim, D P J Barz (Queen’s University, Kingston, Queen’s-RMC Fuel Cell Research Centre, Kingston)

D2

Electroless Plating: Principles and Applications 3 Electrodeposition Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

D2 Electroless Deposition: Principles and Applications 3 - Part III Poster Session – 18:00 – 20:00 Co-Chairs: Stojan S. Djokic, Nikolay Dimitrov, John Lewellen Stickney, and Luca Magagnin •

531

Direct Cu Electrodeposition on the Ni Alloy Barrier Layer Prepared By Electroless Deposition on SiO2 – K H Kim, T Lim, K J Park, M J Kim, S Choe, and J J Kim (Seoul National University)

•

532

Controlled Fabrication of Pt Nanocauliflowers on PEDOT Support and Their Superior Electrocatalytic Activity of Methanol Oxidation Reaction – K Suganya, S Arulmani, G Balagi (CSIR-Central Electrochemical Research Institute), and C Sivakumar (CSIR-Central Electrochemical Research Institute)

•

533

Comparison of Aqueous and Non-Aqueous Deposition of Cobalt Via Electroplating Method – T M Abdel-Fattah, C Huff, and T Dushatinski (Christopher Newport University)

E1

Industrial Electrochemistry and Electrochemical Engineering General Session

Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom II, Lobby Level, Hilton Orlando Bonnet Creek

Industrial Electrochemistry and Electrochemical Engineering General Session – 08:25 – 18:00 Co-Chairs: Gerardine G. Botte, John W. Weidner, and E. J. Taylor 08:25

Welcoming Remarks

534

ECS HH Dow Student Achievement Award of the IEEE Division High Performance Electrospun Nanofiber Electrodes for Hydrogen/Air Fuel Cells – M Brodt, R Wycisk, and P N Pintauro (Vanderbilt University)

15:20

510

Electrodeposition Based Synthesis of Metal-Air Battery Cathodes – A C Marschilok (Stony Brook University), E S Takeuchi (Brookhaven National Laboratory), and K J Takeuchi (Stony Brook University)

08:30

15:40

511

Microelectrode Studies of Lithium Battery Materials – T Clancy and J F Rohan (Tyndall National Institute)

08:50

535

Electrochemical Cell Design with Controlled Hydrodynamics for Uniform Processing – H Garich, S Snyder, E J Taylor (Faraday Technology, Inc), C Davidson, and R Kumar (Viasystems Group, Inc)

09:10

536

Evolutionary Development for Electrokinetic Dewatering of Phosphate Mine Tailings – R Kong, M E Orazem, Y Huang, D Yu, H Lai, S Moghaddam, and D Bloomquist (University of Florida)

Electrochemical Deposition of Energy Materials – 16:20 – 17:40 Co-Chair: Sanjeev Mukerjee 16:20

512

A New Technique of Electro-Synthesis of Polypyrrole Nanoparticles – S Basumallick (UCF) and I N Basumallick (Visva-Bharati University)

16:40

513

Study on the Interface Instability of CopperNickel Multi-Layer with Nano-Thickenss Formed

By Pulse Reverse Plating – M Kim, J Y Lee (Korea Institute of Materials Science), Y Choi (Dankook University), E J Shin, B S Seong, and Y S Han (Korea Atomic Energy Research Institute)

Meeting Program l May 11-15, 2014 l Orlando, FL

09:30 Break 10:00

537

Electropolishing of Kovar Alloy for Vacuum Applications – Y Dündar (Gazi University, Middle East Technical University), I Karakaya (Middle East Technical University), G Demirci (Aselsan Inc), M Erdogan (Yildirim Beyazit University), and M S Aras (Middle East Technical University) 69

Tuesday, May 13

10:00

10:20

538

Growth of Oxide Nanotube Arrays on Ti-Ni Alloy – M S Kim, H Tsuchiya, and S Fujimoto (Osaka University)

10:40

539

Electrochemical Palladium Deposition on Titanium Nitride, Ruthenium and Palladium Substrates for Nanoscale Device Fabrication – A Sahin, J M Cotte, Q Huang, and B Baker-O’Neal (IBM)

Tuesday, May 13

11:00

540

Bismuth Doped TiO2 Functionalized HeteroJunction Semiconductor Anode with an Enhanced Reactive Chlorine Generation for Use in Electrochemical Wastewater Treatment – K Cho (Korea Institute of Science and Technology, California Institute of Technology) and M R Hoffmann (California Institute of Technology)

11:20

541

Membrane Assisted Capacitive Deionization with Binder-Free Carbon Xerogel Electrodes – A Omosebi (University of Kentucky)

11:40

542

Electrodeposition in Ionic Liquids for Fission Product Recovery – E J Biddinger, S Shrestha, E Gjoka and T K Shillingford (City College of New York)

12:00 Break 14:00

543

ECS Student Achievement Award of the IEEE Division Electrochemical Oxidation of Urea on Nickel Catalyst in Alkaline Medium: Investigation of the Reaction Mechanism – V Vedharathinam and G G Botte (Ohio University)

14:20

544

14:40

545 H 2-Br2 Fuel Cell Performance with High Surface Area Bromine Electrode Materials – V Yarlagadda and T V Nguyen (University of Kansas)

15:00

546

Kinetic Model for Anode of a Direct Carbon Fuel Cell – F Peng, Y Li, S J Parulekar, and J R Selman (Illinois Institute of Technology)

The Effect of SnO2-Sb Interlayer on the Physicochemical Properties of Electrodeposited Ti/PbO2 Electrodes – H Bi, C Yu, and P Cao (University of Auckland)

15:20

547

XPS Investigation of Loss of Antimony in the Thermal Preparation of the Ti/SnO2-Sb2O5 Anode – Q Ni, D W Kirk, and S J Thorpe (University of Toronto)

15:40

548

Examination of Niw Induced Codeposition By Intensity Modulated Photocurrent Spectroscopy (IMPS) – S Sun and E J Podlaha-Murphy (Northeastern University)

17:20

552

Gravitational Effects on the Initial Stage of Cu Electrodeposition – H Inari, Y Konishi (Kyoto University), R Alkire (University of Illinois), T Homma (Waseda University), and Y Fukunaka (Waseda University, CREST, JST and JAXA)

17:40

553

Effect of Copper Particle Size on the Product Distribution of the Electrochemical Reduction of CO2 – J Ethier (Florida State University) and E E Kalu (Florida A&M University, Florida State University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek E1 Industrial Electrochemistry and Electrochemical Engineering General Session Poster – 18:00 – 20:00 •

E2

554

Characterization of Porous Materials 6

Industrial Electrochemistry and Electrochemical Engineering / Battery / Energy Technology / Physical and Analytical Electrochemistry Nassau, Ground Level, Hilton Orlando Bonnet Creek

Characterization of Porous Materials 6 – 13:40 – 18:00 Co-Chair: John Staser 13:40

555

Analytical Modeling of PEM Fuel Cell Gas Diffusion Layers Deformation Under Compression: Part 1 - Linear Behaviour Region – V Norouzifard and M Bahrami (Simon Fraser University)

14:00

556

Analytical Modeling of PEM Fuel Cell Gas Diffusion Layers Deformation Under Compression: Part 2 - Nonlinear Behaviour Region – V Norouzifard and M Bahrami (Simon Fraser University)

14:20

557

Comparison of Porous Gas Diffusion Electrodes Obtained By Different Support Morphologies Using FIB-SEM Tomography – B Peter (Technical University Darmstadt), C Kübel, T Scherer (Karlsruhe Institute of Technology), and C Roth (Freie Universität Berlin)

14:40

558

On the Electrochemical Deposition Mechanism of Metal-Organic Frameworks – N Campagnol (KU Leuven), T Van Assche, J F M Denayer (Vrije Universiteit Brussel), K Binnemans, D E De Vos, and J Fransaer (KU Leuven)

15:00

559

Effect of Co3O4 and CeO2 Infiltration on the Activity of a LSM15/GDC10 Highly Porous Electrochemical Reactor – D Ippolito and K K Hansen (Danish Technical University)

15:20

560

A New Water Saturation Jump Model at Gdl/ MPL/CL Interfaces of a PEM Fuel Cell – L Hao and C Y Wang (The Pennsylvania State University)

16:00 Intermission 16:20

16:40

17:00

70

549

550

551

ECS Student Achievement Award of the IEEE Division Integration of a 2+1D Kinetic Monte Carlo Algorithm with Continuum Models for SEI Layer Analysis of Lithium-Ion Batteries – P W C Northrop, V R Subramanian (Washington University in St Louis), and R D Braatz (Massachusetts Institute of Technology) Modeling and Validation of Electrodeposition in Copper Plating and Electrowinning – M Robison, M L Free (University of Utah), and A Shukla (Intel) A Study of Photo Resist Compatibility to Copper Bath during Applied Current – U H Lee, H N Park (Samsung Electronics), Y Morishima, T Hatsukade, T Takahashi (Adeka), J Choi, and J Won (Samsung Electronics)

Bottom-up through Silicon Via Filling Using Galvanostatic Cu Electrodeposition with ThreeAdditive Chemistry – H C Kim, M J Kim, S Choe (Seoul National University), J Y Cho, D Lee, I Jung, W S Cho (Samsung Fine Chemicals Co, Ltd), and J J Kim (Seoul National University)

15:40 Break 16:00

561

Flexible Nanowire Devices Fabricated Using Template Controlled Electrodeposition of Nanowires with High Density and Aspect-Ratio – C Xu, J Liu, Y Zhao, and S Chen (University of Florida)

Meeting Program l May 11-15, 2014 l Orlando, FL

562

Modeling of Water Sorption and Swelling in Polymer Electrolyte Membranes – M Safiollah, P A Melchy, and M Eikerling (Simon Fraser University)

16:40

563

Time Resolved Study on Fabrication of Porous Alumina for Further Use to Generate Metallic Nano Catalyst – T Hussain, A T Shah, A Mujahid, Z U Nisa, and K Shehzad (University of the Punjab)

17:00

564

Effects of Barrier Layer Thinning and Pore Opening on Nanowire Growth in Nanoporous Aluminum Oxide Templates – J C Wong, E Bryan, and K J Ziegler (University of Florida)

17:20

565

Characterization of the Porous Transport Layer (PTL) – R K Phillips, S M Rezaei Niya, and M Hoorfar (University of British Columbia)

17:40

566

Characterization of Micro-Porous Layer of Gas Diffusion Layer of a PEM Fuel Cell Via X-Ray Tomographic Microscopy – S Odaya, R Philips, A Phillion, and M Hoorfar (University of British Columbia)

•

593

Investigation of Borohydride Oxidation on Graphene Supported Gold-Copper Nanocomposites – E Norkus, A Baronaite, I Stankeviciene, J Vaiciuniene, R Kondrotas, R Juskenas, and L Tamasauskaite-Tamasiunaite (Center for Physical Sciences and Technology)

•

594

Tailoring Structure of Fe/N/C Catalysts By Brief Calcination of Hemin for Efficient Oxygen Reduction Reaction – G Tei (Panasonic Corporation), R Kamai (Eco Solutions Company, Panasonic Corporation), M Aizawa, T Hayashi, and H Gyoten (Panasonic Corporation)

•

595

Synthesis of Ordered Mesoporous Carbon As Support for Pt-Co Alloys: Evaluation As an Alcohol-Tolerant ORR Catalyst for Direct Oxidation Fuel Cells – D Morales-Acosta and F J Rodriguez-Varela (Cinvestav Unidad Saltillo)

•

596

Zinc-Cobalt Alloy Deposited on the Titanium Surface As Electrocatalysts for Borohydride Oxidation – L Tamasauskaite-Tamasiunaite, S Lichusina, A Balciunaite, A Zabielaite, D Simkunaite, J Vaiciuniene, A Selskis, and E Norkus (Center for Physical Sciences and Technology)

•

597

Nanostructured Gold-Nickel/Titania Nanotubes Electrocatalysts for Hydrazine Oxidation – L Tamasauskaite-Tamasiunaite (Center for Physical Sciences and Technology), J Rakauskas (Vilnius University), A Balciunaite, A Zabielaite, J Vaiciuniene, A Selskis, and E Norkus (Center for Physical Sciences and Technology)

•

598

Graphene Supported Platinum-Cobalt Nanocomposites As Electrocatalysts for Borohydride Oxidation – L TamasauskaiteTamasiunaite, A Radomskis, K Antanaviciute, J Jablonskiene, A Balciunaite, A Zieliene, L Naruskevicius, J Vaiciuniene, R Kondrotas, E Norkus, and A Jagminiene (Center for Physical Sciences and Technology)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek E2 Characterization of Porous Materials 6 Poster Session – 18:00 – 20:00 •

567

Research on a Crystalline Oxide Film on Ti-Ta Alloy By Anodic Oxidation and Hydrothermal Treatment – S F Ou (National Kaohsiung University of Applied Science) and K L Ou (Taipei Medical University)

•

568

Effect of Bias-Voltage in H 2/N2 plasma Treatment on Porous Low Dielectric Constant Materials – Y L Cheng, B H Lin, and T C Bo (National Chi-Nan University)

•

569

Electrochemistry Characteristics of Carbon Nanofibers Grown on the Catalytic Gasified Activated Carbon – S H Lee, D H Peck, B Lee, and D H Jung (Korea Institute of Energy Research)

•

570

Preparation of Porous Yttria-Stabilized Zirconia Ceramics By Thermal Removal of Potassium Iodide – R Muccillo and S M Carvalho (Energy and Nuclear Research Institute)

•

571

Corrosion Study of Fe-C Porous Materials in Coking Wastewater – S Hao, W Jiang, Y Zhang (Hebei United University), and Y Ling (Tsinghua University)

E5

Materials for Low Temperature Electrochemical Systems

Industrial Electrochemistry and Electrochemical Engineering / Battery / Energy Technology / Physical and Analytical Electrochemistry

F1

Characterization of Interfaces and Interphases

Energy Technology / Battery / Industrial Electrochemistry and Electrochemical Engineering / Physical and Analytical Electrochemistry Hamilton, Ground Level, Hilton Orlando Bonnet Creek

Catalysts and Catalyst/Electrolyte Interfaces and Interphases I – 08:20 – 12:00 Co-Chairs: Robert Kostecki and Feng-Yuan Zhang 08:20

620

In Situ Surface Enhanced Raman Spectroscopic Studies on Iridium Oxide – Z M Pavlovic and C Ranjan (Max Planck Institute for Chemical Energy Conversion)

08:40

621

In Situ Raman Diagnostics of Intercalation Batteries – C Hess and T Gross (Technical University Darmstadt)

09:00

622

Alcohol Oxidation on Porous PtCu Catalyst – H Choi, E Coleman, and A C Co (The Ohio State University)

09:20

623

Evaluation of “Intrinsic” Oxygen Reduction Reaction Selectivity on Carbon-Supported Hafnium Oxynitride Catalysts – M Chisaka (Hirosaki University) and H Muramoto (Toyohashi University of Technology)

E5 Poster Session – 18:00 – 20:00 •

•

591

592

Highly Active Pt-Sn/C Catalysts for Ethanol Electro-Oxidation Prepared By a Polyol-Alcohol Reduction Process – D Gonzalez-Quijano, W J Pech-Rodríguez, J I Escalante-Garcia, G VargasGutierrez, and F J Rodriguez-Varela (Cinvestav Unidad Saltillo) Electrochemical Characterization of Pt Nanocatalysts Supported on Functionalized Vulcan Xc-72 for the EOR – W J Pech-Rodríguez, D Gonzalez-Quijano, G Vargas-Gutierrez, J I Escalante-Garcia, and F J Rodriguez-Varela (Cinvestav Unidad Saltillo)

Meeting Program l May 11-15, 2014 l Orlando, FL

09:40

Break

71

Tuesday, May 13

16:20

Tuesday, May 13

10:00

624

Elucidating Sulfur Tolerance Mechanisms of a Composite Fuel Cell Anode By Characterizing Interfaces with Quantitative Microscopy and in Situ x-Ray Absorption Spectroscopy – S Y Lai, M Gong, M Liu, M Liu, and F M Alamgir (Georgia Institute of Technology)

10:20

625

Characterisation of Anion Exchnage Membrane Fuel Cells – G T Smith and A R J Kucernak (Imperial College London)

10:40

626

Palladium Nanodendrites for Electrocatalytic Applications – R Chetty, K K Maniam, and V Muthukumar (Indian Institute of Technology Madras)

11:00

627

Enhanced Catalytic Activity of Platinum Nanowires on Carbon for the Oxygen Reduction Reaction – R J Wainright, Y Umasankar, and R P Ramasamy (University of Georgia)

11:20

628

Electrochemical Studies on High Durable Carbon Supported Fuel Cell Catalysts – S Sribollepalli (Sainergy Tech Inc), G Velayutham, and P Kalingamuthu (Sainergy Fuel Cell India Pvt Ltd)

11:40

629

Evaluating Perfluorinated Acid Electrolytes for High-Temperature Proton Exchange Membrane Fuel Cell – E Heider, F Mack (Karlsruhe Institute of Technology), L Jörissen (Zentrum für Sonnenenergie- und Wasserstoff-Forschung Baden-Württemberg), and R Zeis (Karlsruhe Institute of Technology)

Catalysts and Catalyst/Electrolyte Interfaces and Interphases II – 14:00 – 17:20 Co-Chairs: Feng-Yuan Zhang and Trung Van Nguyen 14:00

14:20

630

631

Hydrogen Oxidation and Oxygen Reduction Reaction at the Platinum-Alkaline Ionomer Interfaces – S D Yim (Los Alamos National Laboratory, Fuel Cell Research Center, Korea Institute of Energy Research), J Chlistunoff, H Chung (Los Alamos National Laboratory), Y K Choe (FC-Cubic, National Insititue of Advanced Industrial Science & Technology), T H Yang (Fuel Cell Research Center, Korea Institute of Energy Research), and Y S Kim (Los Alamos National Laboratory) Resolving Anisotropic Interfacial Phenomena Using, In Situ, Grazing Transmission UltraSmall Angle X-Ray Scattering Together with Electrochemical Impedance Spectroscopy – J Hammons (Advanced Photon Source, Argonne National Laboratory)

14:40

632

An In Situ TEM Liquid Cell for Imaging Electrode/Electrolyte Interactions – A J Leenheer, C T Harris, K L Jungjohann, J P Sullivan, and K R Zavadil (Sandia National Laboratories)

15:00

633

Investigating the Effect of Channel Width and Surface Wettability on Liquid Water Content in PEMFCs Using Synchrotron Radiography – R Yip, P Antonacci, J Lee, N Ge (University of Toronto), T Kotaka, Y Tabuchi (Nissan Motor Co, Ltd) , and A Bazylak (University of Toronto)

15:20

634

Choice of the Ionomer for Phosphoric AcidDoped High Temperature Proton Exchange Membrane Fuel Cells (PEMFC) – H Yu, S Kim, D Kwak, H R Kunz, J M Roller, and R Maric (University of Connecticut)

15:40 Break

72

16:00

635

Surface Fermi Energy and Activity of Atomically Layered Pt/Ru Catalyst – Q Takmeel and S Moghaddam (University of Florida)

16:20

636

In Situ STEM Observation of Pt Nanoparticles on Carbon Surface in the Air Condition – A Hayashi, X Zhao, and K Sasaki (Kyushu University)

16:40

637

Study of through Plane Cation Contamination in Polymer Electrolyte Fuel Cell – M A Uddin, J Qi, X Wang, M O Ozdemir, N Khajeh Hosseini Dalasm, L J Bonville, U Pasaogullari, and T Molter (University of Connecticut)

17:00

638

Distributed PEFC Performance during Cationic Contamination – M A Uddin, X Wang, M O Ozdemir, J Qi, L J Bonville, U Pasaogullari, and T Molter (University of Connecticut)

F2

Computational Studies on Battery and Fuel Cell Materials

Energy Technology / Battery / High Temperature Materials / Physical and Analytical Electrochemistry Indian River, Ground Level, Hilton Orlando Bonnet Creek

Computational Studies on Battery and Fuel Cell Materials SOFC I – 08:00 – 09:20 Co-Chairs: Donald A. Tryk and Juan A. Santana 08:00

676

Surface Transport Mechanism and Bi-Pathway ORR Kinetics for Solid Oxide Fuel Cell Cathode – H Zhang, M Gong (West Virginia University), K Gerdes (US Department of Energy), and X Liu (West Virginia University)

08:20

677

Effects of Particle Size and Size Distribution on the Percolation Behavior of Composite Proton Conducting Solid Oxide Fuel Cells Cathode – M LI, M NI, and G Q Shen (The Hong Kong Polytechnic University)

08:40

678

Evaluation of SOFC Anode Performance and Degradation Considering Carbon Formation: Modeling and Simulation Study – V Yurkiv (German Aerospace Center (DLR), Institute of Technical Thermodynamics, Institute of Thermodynamics and Thermal Engineering (ITW), University of Stuttgart) and W G Bessler (Institute of Thermodynamics and Thermal Engineering (ITW), University of Stuttgart, Institute of Energy System Technology (INES), Offenburg University of Applied Sciences, Offenburg, Germany)

09:00

679

Validation of Various Oxidation and Reduction Models for SOFC Electrodes – T Yang (West Virginia University), I B Celik (US Department of Energy, West Virginia University), S R Pakalapati (West Virginia University, Department of Energy), H O Finklea (West Virginia University), and K Gerdes (US Department of Energy)

Computational Studies on Battery and Fuel Cell Materials SOFC II – 10:00 – 12:00 Co-Chairs: Donald A. Tryk and Joshua Patrick McClure 10:00

680

Analysis of Polarization and Impedance Under Phosphine Induced Anode Degradation in a Planer SOFC – H Sezer (West Virginia University), I B Celik (US Department of Energy), T Yang, and S R Pakalapati (West Virginia University)

Meeting Program l May 11-15, 2014 l Orlando, FL

681

A Density-Functional Theory Study of the Water−Gas Shift Mechanism on Pt/Ceria(111) – R T Kinch (University of Puerto Rico)

10:40

682

Modeling of Transport Mechanisms in SOFCs with Microstructure Reconstruction of Porous Electrodes – T Yang (West Virginia University), I B Celik, S R Pakalapati (West Virginia University, Department of Energy), and K Gerdes (Department of Energy)

11:00

11:20

11:40

683

684

685

Sensitivity Analysis of a One-Dimensional SOFC Contaminant Degradation Model Using Dual Numbers Automatic Differentiation – H Sezer, I B Celik, and S R Pakalapati (West Virginia University) Comparison between Kinetic Model and Equilibrium Model in Methane Fed SOFCs with Internal Reforming Reaction – S Qiong and M Ni (Hong Kong Polytechnic University) Modeling of Solid Oxide Fuel Cells with Linear and Nonlinear Functionally Graded Electrodes – L Liu (University of Kansas)

16:40

F4

693

Ionic and Mixed Conducting Ceramics 9

High Temperature Materials / Energy Technology Jackson, Ground Level, Hilton Orlando Bonnet Creek

Electrodes I – 08:00 – 12:00 Co-Chairs: Ellen Ivers-Tiffée and Sean R. Bishop 08:00

710

Invited Talk: In Situ Electronic Structure Measurements and Correlations to Reactivity on Hetero-Structures for Solid Oxide Fuel Cells – B Yildiz, Y Chen, W Ma, J J Kim, and H L Tuller (Massachusetts Institute of Technology)

08:40

711

Invited Talk: Impact of Surface Chemistry on the Electrochemical Performance of Perovskite Cathodes – M Backhaus-Ricoult (Corning Incorporated)

09:20

712

Nano-Scaled Mixed Conductors for High Performance SOFCs at ≤ 600°C – D Klotz, J Hayd, J Szász (Institut für Werkstoffe der Elektrotechnik (IWE), Karlsruhe Institute of Technology (KIT)), N H Menzler (Forschungszentrum Jülich GmbH), and E IversTiffée (Institut für Werkstoffe der Elektrotechnik (IWE), Karlsruhe Institute of Technology (KIT))

Computational Studies on Battery and Fuel Cell Materials Fuel Oxidation – 14:00 – 17:00 Co-Chairs: Yui Whei Chen-Yang and D. Chu 14:00

686

A Combined First-Principles Molecular Dynamics/Density-Functional Theory Study of Ammonia Electrooxidation on Pt(1 0 0) Electrode – D Skachkov, V R Chitturi, and Y Ishikawa (University of Puerto Rico)

14:20

687

Density Functional Theory Studies of Formic Acid Oxidation on Pd (111), (100) and (110) Facet – S Huang and C Hu (Nanjing University of Science and Technology)

14:40

688

Development of Novel High Efficiency SingleLayer Gas Diffusion Layers for Proton Exchange Membrane Fuel Cell – H F Lee and Y W ChenYang (Chung Yuan Christian University)

15:00

689

Electrochemical Double Layers in Electrochemical Energy Storage and Conversion: A Multiscale Simulation Study – A A Franco, T K Nguyen, K H Xue, M Quiroga, and H Huang (Laboratoire de Réactivité et de Chimie des Solides - Université de Picardie Jules Verne & CNRS UMR 7314, Réseau sur le Stockage Electrochimique de l’Energie (RS2E), FR CNRS 3459)

09:40

16:00

16:20

690

691

692

DFT Vibrational Spectra of Surface Bound Species and Their Applications in Heterogeneous and Electrocatalysis – I Matanovic (University of New Mexico), P Atanassov (University of New Mexico), F H Garzon, N J Henson (Los Alamos National Laboratory), B Kiefer (New Mexico State University), and M Sykora (Los Alamos National Laboratory) Oxygen Bubble Nucleation Modeling in a PEM Electrolyzer Electrode – F Arbabi, H Montazeri (University of Toronto), R Abouatallah, R Wang (Hydrogenics Corporation), and A Bazylak (University of Toronto) Local Proton Conductance in the Proton Exchange Membranes: A Density Functional Study – R K Singh, T Tsuneda, K Miyatake, and M Watanabe (University of Yamanashi)

Meeting Program l May 11-15, 2014 l Orlando, FL

Break

10:00

713

Mass and Charge Transport Properties of Al Doped La2NiO4+δ – S Y Jeon, H N Im, and S J Song (School of Materials Science and Engineering)

10:20

714

Invited Talk: Impact of Size Scale on ElectroChemo-Mechanical Coupling Properties in Miecs: Bulk and Thin Film (Pr,Ce)O2-δ – S R Bishop (Kyushu University, Massachusetts Institute of Technology), D Marrocchelli (Massachusetts Institute of Technology), J J Kim (Massachusetts Institute of Technology), D Chen (Massachusetts Institute of Technology), L Zhao (Kyushu University), J Sheth (Brown University), H L Tuller (Massachusetts Institute of Technology, Kyushu University), B W Sheldon (Brown University), and S Misture (Alfred University)

11:00

715

Influence of Surface/Interface on the Performance of Miec Cathode for SOFC – H Sato, K Yashiro, S I Hashimoto, T Nakamura, K Amezawa, and T Kawada (Tohoku University)

11:20

716

Invited Talk: Towards a Fundamental Understanding of Cathode Degradation Mechanisms – E D Wachsman, Y L Huang, C Pellegrinelli, J A Taillon, and L G SalamancaRiba (University of Maryland)

15:20 Break 15:40

In Silico Based Rank Order Determination of Electrolytes for Sodium Ion Battery Applications – G Kamath (University of Missouri), R Cutler, R Parrish, H Xiong (Boise State University), and S Sankaranarayanan (Argonne National Laboratory)

Note: Please refer to the A3 symposium for related papers.

Electrodes II – 14:00 – 17:20 Co-Chairs: Eric D. Wachsman and Robert A. Walker 14:00

717

Invited Talk: Electrolyte Dependence on Ni/YSZ Anode Carbon Tolerance Using In Situ Raman Spectroscopy – R A Walker, K W Reeping, M D McIntyre, D M Halat, and J D Kirtley (Montana State University)

73

Tuesday, May 13

10:20

14:40

718

New Electrode of La075Sr 025Mn05Cr 05-XCuxO3-δ (x=0, 005, 010, 020) for Symmetric Solid Oxide Fuel Cell – J Lu, J Yin, L Sun, W Lv, Y Yin, and Z F Ma (Shanghai Jiao Tong University)

15:00

719

Electrochemically Enhanced Metal-Support Interaction of Highly Dispersed Ru Nanoparticles with a CeO2 Support – H A E Dole, L F Safady, S Ntais (University of Ottawa), M Couillard (National Research Council), and E Baranova (University of Ottawa)

15:20

720

Performance Determining Reactions and Transport Pathways in Syngas Fueled Ni/YSZ SOFC Anodes: Experiments and Modeling – A Kromp, H Geisler, A Weber, and E Ivers-Tiffée (Institut für Werkstoffe der Elektrotechnik (IWE), Karlsruhe Institute of Technology (KIT))

•

729

Oxygen Reduction Properties of La01Sr 09Co08Fe02O3-δ Cathode for SOFC Using Electrochemical Method – H N Im (School of Materials Science and Engineering), M B Choi (Korea Institute of Science and Technology), S Y Jeon, and S J Song (School of Materials Science and Engineering)

•

730

Proton-Conducting Ce1-XMn xP2O7 (x=005-015) Composite Electrolytes for Low Temperature Ceramic Electrolyte Fuel Cells – B Singh, J H Kim, S Y Jeon, and S J Song (School of Materials Science and Engineering)

•

731

Effect of Sintering Atmosphere and Particle Size on the Ionic Conductivity of Gadolinia-Doped Ceria – E N D S Muccillo (Energy and Nuclear Research Institute - IPEN), R M Batista (Energy and Nuclear Research Institute), and A M D C Ferreira (Institute of Chemistry, University of S Paulo)

15:40 Break 16:00

Tuesday, May 13

16:20

16:40

17:00

721

722

723

724

Tailoring Mixed Ionic and Electronic Conducting Nano-Particle Size through Desiccation and/ or Sequential Infiltration – T Burye and J D Nicholas (Michigan State University) A Model for Extracting Fundamental Kinetic Rates of SOFC Cathode Materials from Oxygen Isotope Exchange Experiments – Y L Huang, C Pellegrinelli, and E D Wachsman (University of Maryland) Mechanism and Kinetics of Oxygen Reduction in Porous Nd 2NiO4+δ Electrodes – A MontenegroHernández (CONICET), K J Yakal-Kremski (Northwestern University), L V Mogni (CONICET-CNEA), A Caneiro (Centro Atómico Bariloche, CNEA), and S A Barnett (Northwestern University) Three Dimensional Microstructural Characterization of Cathode Degradation in SOFCs Using Focused Ion Beam – J A Taillon, C Pellegrinelli, Y Huang, E D Wachsman, and L G Salamanca-Riba (University of Maryland)

Note: Please refer to the A3 symposium for related papers.

Note: Please refer to the A3 symposium for related papers.

F5

Solar Fuels and Photocatalysts 3

Energy Technology / Industrial Electrochemistry and Electrochemical Engineering / Physical and Analytical Electrochemistry Nassau, Ground Level, Hilton Orlando Bonnet Creek

Photocatalysts and Photoelectrochemical Cells – 08:20 – 11:00 Co-Chairs: Pawel Kulesza and James M. Fenton 08:20

775

Photoelectrochemical Water Splitting on Hydrogen Modified Titanium Oxide (HM-n-TiO2) Thin Film Electrode – M Frites and S U M Khan (Duquesne University)

08:40

776

Thermal Activiation of Sr3Fe2O7-δ Electrocatalysts for Water Oxidation at Neutral pH – T Takashima, K Ishikawa, and H Irie (JST/CREST, University of Yamanashi)

09:00

777

Enhancing the Rate of Organic Material Decomposition Photo Catalyzed By High Performance Visible Light Activated Tungsten Oxide – D Fukushi, A Sato, T Kusaka, Y Kataoka, and K Kobayashi (Toshiba Materials Co, LTD)

09:20

778

Improved Solar Energy Extraction Using a Combined Photo-Electrochemical / Thermal System for Domestic Applications – K Ronaszegi, E S Fraga and D J L Brett (University College London)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek F4 Ionic and Mixed Conductor-based Devices Poster Session – 18:00 – 20:00 •

725

Investigation of Electrochemical Carbon Conversion in Hybrid Direct Carbon Fuel Cells – J W Lee, J Y Lee, S B Lee, T H Lim, S J Park, and R H Song (Korea Institute of Energy Research)

•

726

Carbon Ceramic Electrodes Modified with Alpha-Nickel Hydroxide Applied to the ElectroOxidation of Methanol in Alkaline Medium – S T Fujiwara (Universidade Estadual de Ponta Grossa), M L Módolo, M Danczuk, F J Anaissi (Universidade Estadual do Centro-Oeste), and K Araki (Universidade de São Paulo)

•

•

74

727

728

The Role of Nonstoichiometry on the Electrocatalytic Properties of TiO2-X Towards the Electrochemical Activation of Carbon Dioxide – P P Sharma (University of South Carolina), F S Ke (Wuhan University), and X D Zhou (University of South Carolina)

09:40 Break 10:00

779

Low-Voltage Electroreduction of CO2: A Lesson from Geoelectrochemistry in the Seabed – R Nakamura (RIKEN Center for Sustainable Resource Science)

10:20

780

The Effect of Sulfurization on the CuIn(Se,S)2 Photovoltaic Cell Synthesized By Electrodeposition – Y Kwon and B Yoo (Hanyang University)

10:40

781

Crystalline Mesoporous Films of Titanium Oxides with Various Degree of Substoichiometry for Fuel Cells – K Bienkowski and P Kulesza (University of Warsaw)

Ionic Conductivity of Zirconia-Scandia-Dysprosia Solid Electrolyte – R L Grosso and E N D S Muccillo (Energy and Nuclear Research Institute - IPEN) Meeting Program l May 11-15, 2014 l Orlando, FL

F5 Photocatalysts and Solar Cells Poster Session – 18:00 – 20:00 Co-Chairs: Nick Wu and Heli Wang •

782

Degradation Behavior of PTB7/PC71bm and P3HT/PC71bm Organic Solar Cells with a TiOx Interlayer – T M Abdel-Fattah (Christopher Newport University), E M Younes (Damanhour University), G Namkoong (Old Dominion University), M El-Maghraby (Damanhour University), A Elsayed, and A H Abo Elazm (Alexandria University)

•

783

Visible Light Driven Decomposition of Organic Compounds By Two Different Cocatalysts – A J Jeevagan, T Tsuda (Kanagawa University), G Saravanan (CSIR-National Environmental Engineering Research Institute (CSIR-NEERI)), T Gunji, M Hashimoto (Kanagawa University), S Kaneko (Kanagawa University), M Miyauchi (Tokyo Institute of Technology), and F Matsumoto (Kanagawa University)

•

784

Nanocomposite Dye Sensitized Solar Cell Based on Titanium Oxide/Tungsten Oxide Nanorods Photoelectrode and Polyaniline-Carbon Nanotube Counter Electrode – T M AbdelFattah (Christopher Newport University), L Saad, M Soliman, M Y Fetteha, and S Ebrahim (Alexandria University)

F6

14:00

790

Durability of Low-Temperature Fuel Cell Electrocatalysts – D Myers (Argonne National Laboratory), J Gilbert (University of Wisconsin), N Kariuki, X Wang, and J Kropf (Argonne National Laboratory)

14:40

791

State of the Art First Principles Computational Evaluation of Electrochemical Stability of a Nano-Scale Catalyst – B Han (DGIST)

15:20

792

Catalyst Durability in Low Temperature Polymer Electrolyte Fuel Cells – M Stevenson, F van Schalkwyk (HySA/Catalysis Centre of Competence, MINTEK), P Levecque (HySA/ Catalysis Centre of Competence - Centre for Catalysis Research - University of Cape Town), G Pattrick (HySA/Catalysis Centre of Competence, MINTEK), and O Conrad (HySA/Catalysis Centre of Competence - Centre for Catalysis Research - University of Cape Town)

16:00

793

Modeling Degradation of Polymer Electrolyte Fuel Cells – R Ahluwalia, S Arisetty (Argonne National Laboratory), J D Fairweather, R Mukundan, and R L Borup (Los Alamos National Laboratory)

16:40

794

Durability of PEM Fuel Cells and the Relevance of Accelerated Stress Tests – R Mukundan (Los Alamos National Laboratory), P Beattie (Ballard Power Systems), J R Davey, D A Langlois, D Spernjak (Los Alamos National Laboratory, Los Alamos, NM), J D Fairweather (Los Alamos National Laboratory), D Torraco (Los Alamos National Laboratory), F H Garzon (Los Alamos National Laboratory), A Z Weber (Lawrence Berkeley National Laboratory), K L More (Oak Ridge National Laboratory), and R L Borup (Los Alamos National Laboratory)

17:20

795

Multiscale Modeling and Numerical Simulation of Materials Degradation Mechanisms in PEM Fuel Cells: Theory and Practice – A A Franco (Laboratoire de Réactivité et de Chimie des Solides - Université de Picardie Jules Verne & CNRS UMR 7314, Réseau sur le Stockage Electrochimique de l’Energie (RS2E), FR CNRS 3459)

18:00

796

PEMFC Contamination - Fundamentals and Outlook – J St-Pierre, M Angelo, K Bethune, J Ge, S Higgins, T V Reshetenko, M B V Virji, and Y Zhai (Hawaii Natural Energy Institute, University of Hawaii)

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells

Energy Technology / Industrial Electrochemistry and Electrochemical Engineering / Physical and Analytical Electrochemistry Palm Beach, Ground Level, Hilton Orlando Bonnet Creek

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells I – 08:10 – 12:00 Co-Chair: Thomas A. Zawodzinski 08:10

Introductory Remarks

08:20

785

Development of Residential Fuel Cell System of Panasonic and Approaches to Enhance Durability – H Ishikawa, Y Sugawara, and Y Tsuji (Panasonic Corporation)

09:00

786

PEM Fuel Cell Bus Stack Durability:Improvements and Current Research – S Wessel, S Knights, M Lauritzen, and M Watson (Ballard Power Systems)

09:40

Break

10:00

787

Gas Cross-over and Durability of Membrane Electrode Assemblies – F N Büchi and S Kreitmeier (Paul Scherrer Institut)

10:40

788

PEM Fuel Cell MEA Structure Degradation – R L Borup, R Mukundan, D Spernjak, Y S Kim, D A Langlois (Los Alamos National Laboratory), K L More (Oak Ridge National Laboratory), R Ahluwalia, S Arisetty (Argonne National Laboratory), G Maranzana, O Lottin, and J Dillet (LEMTA, Université de Lorraine, Vandoeuvrelès-Nancy)

11:20

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells II – 14:00 – 18:40 Co-Chairs: Rod L. Borup and Thomas J. Schmidt

789

Catalyst Layer Durability: The Known Knowns and the Known Unkowns – J G Pharoah (Queen’s University), D Harvey (Ballard Power Systems), K Karan (University of Calgary), and A Bellemare-Davis (Ballard Power Systems)

Meeting Program l May 11-15, 2014 l Orlando, FL

G2

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 Organic and Biological Electrochemistry Floridian Ballroom D, Lobby Level, Hilton Orlando Bonnet Creek

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 Part III – 08:20 – 12:00 08:20

831 Electrochemical Reaction of Diphenylacetaldehyde in the Presence of Alcohols: Successive Reactions at the Anode and Cathode – A J Fry, R Merzel, B Sheludko, E Baum, L Temes, E Tsui, and E Garvin (Wesleyan University)

75

Tuesday, May 13

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

08:40

832

09:00

833

Synthesis of Polyfluorobenzoic Acids By Regioselective Electrochemical Carboxylation of Polyfluoroarenes – H Senboku, K Yoneda, and S Hara (Hokkaido University)

09:20

834

The Addition of ArSSAr to Alkenes: The Implications of a Cationic Chain Mechanism Initiated by Electrogenerated ArS(ArSSAr)+ – K Matsumoto, T Sanada, H Shimazaki, K Shimada, S Hagiwara (Kinki University), S Fujie, Y Ashikari (Kyoto University), S Suga (Okayama University), S Kashimura (Kinki University), and J I Yoshida (Kyoto University)

09:40 10:00

Tuesday, May 13

Optimizing Electron Transfer Mediators Based on Arylimidazoles by Ring Fusion: Synthesis, Electrochemistry and Computational Analysis of [9,10-D]Phenantroimidazoles – R Francke and R D Little (University of California, Santa Barbara)

835

Break Development of Fullerene Based Molecules as an Acceptor Partner with P3HT for Opv Devices in a Thin Layer Organic Solar Cell – T Itoh (Tottori University), K Yoshimura (Sumitomo Chemical Co Ltd), K Sugawara, S Sakumichi, K Matsumoto (Tottori University), Y Uetani (Sumitomo Chemical Co Ltd), S Hayase, and T Nokami (Tottori University)

10:20

836

Studies of Adiponitrile As a Solvent for Ketone Electrochemistry – G T Cheek (United States Naval Academy)

10:40

837

Reaction Integration Using Electrochemically Generated Cationic Reactive Intermediates – R Hayashi, Y Ashikari, A Shimizu, T Nokami, and J I Yoshida (Kyoto University)

11:00

838

Understanding the Reactivity of Enol Ether Radical Cation: Investigation of Electrochemical [2 + 2] Cycloaddition Reactions – Y Yamaguchi, Y Okada, and K Chiba (Tokyo University of Agriculture and Technology)

11:20

839

Site-Selective Sequential Coupling Reactions Controlled By “Electrochemical Reaction Site Switching”: A Straightforward Approach to 1,4-Bis(diaryl)Buta-1,3-Diynes – N Kamimoto, N Nakamura, K Mitsudo, and S Suga (Okayama University)

11:40

840

Synthesis of 1,4-Bis(diaryl)-1,3-Butadiynes Bearing Two Amino Moieties by Electrochemical Reaction Site Switching and Their Solvatochromic Fluorescence – K Mitsudo, N Kamimoto, N Nakamura, and S Suga (Okayama University)

Manuel Baizer Memorial Award Symposium in Organic Electrochemistry 11 Part IV – 14:00 – 18:20 14:00

841

Steric Effects in the Reaction of Electrogenerated Ligand-Reduced Nickel Salen with Organic Halides – M A N Nguyen, M E Tomasso, and C Ji (Texas State University)

14:20

842

Electrochemical Synthesis of Azanucleoside Derivatives Using a Lithium PerchlorateNitromethane System – T Shoji, S Kim, Y Kitano, and K Chiba (Tokyo University of Agriculture and Technology)

14:40

843

Thermoresponsive Polymer Grafting from the Electrochemically Surface-Modified Graphite – M Ishifune (Kinki University)

76

15:00

844

Electrochemical Oxidation of Organic Amides – J Y Becker and T Golub (Ben-Gurion University of the Negev)

15:20

845

The Study of Indirect Electroreductive Cyclisation of Propargyl Derivatives Using [Ni(tmc)]Br2 As Catalyst in Ionic Liquids – M J Medeiros, M J Neto (University of Minho), J M S S Esperança (Universidade Nova de Lisboa), A P Esteves and M M Silva (Universidade do Minho)

15:40

846

Preparation of Water-Insoluble Monomer Nanoemulsion Using Tandem Acoustic Emulsification and Its Application to Templated Electropolymerization – K Nakabayashi and M Atobe (Yokohama National University)

16:00 Break 16:20

847

Isomerization of Oxygen-Containing Radical Cations – R Akaba (Nagasaki University)

16:40

848

Electrolysis of Trichlomethylated Compound Under Aerobic Condition Catalyzed by B12 Model Complex – H Shimakoshi, T Inaba, and Y Hisaeda (Kyushu University)

17:00

849

Electrochemical and Chemical Reduction of Phosphine Oxides to the Corresponding Phosphines – M Kuroboshi, T Kita, T Akagi, A Aono, and H Tanaka (Okayama University)

17:20

850

Photocatalytic Syntheis of L-Pipecolinic Acid from L-Lysine by Hollow Core-Shell Titania Particles – B Ohtani and S Chandren (Hokkaido University)

17:40

851

Synthesis and Characterization of Imidazolium Chiral Ionic Liquids Prepared from Low-Cost Chiral Amines for Its Use in Asymmetric Organic Electrosynthesis – B A Frontana-Uribe (Universidad Nacional Autónoma de México) and E Rodríguez-Cárdenas (Centro Conjunto de Investigación en Química Sustentable UAEMUNAM)

18:00

852

Redox Behavior and Reactions of Cobalt Porphycene Derivatives – Y Hisaeda, K Hashimoto, T Saeki, and H Shimakoshi (Kyushu University)

H1

Physical and Analytical Electrochemistry General Session

Physical and Analytical Electrochemistry Floridian Ballroom E, Lobby Level, Hilton Orlando Bonnet Creek

Physical and Analytical Electrochemistry General Session IV – 10:00 – 12:00 Co-Chairs: Jerzy Chlistunoff and Gautam Gupta 10:00

868

Electrocatalysis of Oxygen Reduction Reaction

By Transition Metal Corroles – B J McNicholas, L K Rubin, H L Buckley (University of California at Berkeley), D Gryko (Institute of Organic Chemistry Polish Academy of Sciences), J Arnold (University of California at Berkeley), and J Chlistunoff (Los Alamos National Laboratory)

10:40

869

Graphene-Oxide-Based Electrocatalysts for Oxygen Reduction Reaction – U Martinez, G M Purdy, M Misra, N Mack (Los Alamos National Laboratory), D A Cullen (Oak Ridge National Laboratory), H Chung (Los Alamos National Laboratory), K L More (Oak Ridge National Laboratory), A M Dattelbaum, A Mohite, P Zelenay, and G Gupta (Los Alamos National Laboratory) Meeting Program l May 11-15, 2014 l Orlando, FL

870

Advances in the Use of Carbon Anodes for Pyrochemical Electroreduction of Used Nuclear Fuel – P Motsegood, J L Willit, and M A Williamson (Argonne National Laboratory)

11:40

871

Electrocatalytic Activity and Electroanalytical Performance of Nanodiamond-Derived Carbon Nano-Onions – D Y Kim and J Yang (University of Kentucky)

Physical and Analytical Electrochemistry General Session V – 14:00 – 16:00 Co-Chairs: Pawel Kulesza, Krysti L. Knoche, and Alice H. Suroviec 14:00

872

Study of Magnetic Effects on Lanthanide Electrochemistry – K L Knoche and J Leddy (University of Iowa)

14:20

873

Electrochemically Modulated Extraction of Neodymium – E E Kalu (Florida A&M University, Florida State University), S Anderson (Florida A&M University), and M Nilsson (University of California, Irvine)

14:40

15:00

874

875

Uranium Electrodeposition Using Direct Potential Technique in Less Acidic Aqueous Media – A M Saliba-Silva, E T D Oliveira, and M Durazzo (IPEN/CNEN-SP) Tailoring of Lattice Parameter in Palladium

By Alloying with Inert-Gases and Its Impact on Pd-H System – P Polczynski (University of Warsaw), G Dercz (University of Silesia), and R R Jurczakowski (University of Warsaw)

15:20

876

Studies of Metal Electrodeposition in Adiponitrile – G T Cheek (United States Naval Academy)

15:40

877

Electrochemical Nucleation and Growth of Actinides on Tungsten Electrode from Molten Salts – M M Tylka (IIT), J L Willit (Argonne National Laboratory), J Prakash (Illinois Institute of Technology), and M A Williamson (Argonne National Laboratory)

•

882

Characterization of Nanocomposite Based on Carbon Nanotubes and Conducting Polymers with Different Dopants for Obtaining of Modified Electrodes – F Branzoi (Institute of Physical Chemistry), V Branzoi (University Politehnica of Bucharest), and Z Pahom (University Politehnica of Bucharest,)

•

883

Pt Based Alloy Nanoparticles for Oxygen Reduction Prepared By a Solvothermal Method – C Gumeci, A Marathe, R L Behrens, J Chaudhuri, and C Korzeniewski (Texas Tech University)

•

884

Rapid Voltammetric Determination of Traces of Zn2+ in 105 Excess of Ni2 – R Zlatev, M Stoytcheva, P A R Medina, A L Reyes, and B Valdes (Universidad Autonoma de Baja California, Instituto de Ingenieria)

H2

Symposium in Honor of Andrzej Wieckowski

Physical and Analytical Electrochemistry Floridian Ballroom F, Lobby Level, Hilton Orlando Bonnet Creek

Model Systems in Electrocatalysis – 08:00 – 12:00 Co-Chairs: Junji Inukai and Juan Feliu 08:00

900

The Role of Well-Defined Surfaces in Electrocatalysis – N M Markovic and V R Stamenkovic (Argonne National Laboratory)

08:40

901

Universal Activity Volcano for 2e- and 4eReduction of Oxygen on Metal Surfaces – V Viswanathan (SUNCAT Center for Interface Science and Catalysis, Carnegie Mellon University), H Hansen (Stanford University), and J Nørskov (SUNCAT Center for Interface Science and Catalysis, Stanford University)

09:00

902

Understanding the Oxygen Reduction Reaction on a Y/Pt(111) Single Crystal – E T Ulrikkeholm, T P Johansson (Technical University of Denmark), P Malacrida (Technical University of Denmark), U G Vej-Hansen, P HernandezFernandez (Technical University of Denmark), D Friebel, A Nilsson (Lawrence Berkeley National Laboratory), J Rossmeisl (Technical University of Denmark), I E L Stephens, and I Chorkendorff (Technical University of Denmark)

09:20

903

Potential Dependent Structures at Pt(111) Single Crystal Electrode/Electrolyte Interfaces Studied By Surface X-ray Scattering – T Kondo (Ochanomizu University), T Masuda (National Institute for Materials Science), N Aoki (Ochanomizu University), and K Uosaki (National Institute for Materials Science)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek H1 Physical and Analytical Electrochemistry Poster Session – 18:00 – 20:00 Co-Chairs: Pawel Kulesza and Alice H. Suroviec •

878

Anodic Stripping Voltammetry Using Nanoelectrodes – N J Freeman, N J Kay, R Sultana, C Hick (NanoFlex Limited), C Boxall, and M Ferrer-Huerta (Lancaster University)

•

879

Practical Implementation of NanoElectrochemistry – N J Freeman, N J Kay, R Sultana, and C Hick (NanoFlex Limited)

•

880

Ag Ion Irradiation of Multi-Walled Carbon Nanotubes Modified ITO Induces Electrocatalytic Effects – R N Goyal and B Agrawal (IIT Roorkee)

•

881

Dissolved Hydrogen Voltammetric Probe and Its Application for Photosynthetic Bacterial Hydrogen Production Rate Evaluation – R Zlatev, M Stoytcheva, P A R Medina, A L Reyes (Universidad Autonoma de Baja California, Instituto de Ingenieria), and J P Magnin (LEPMI Grenoble, France)

Meeting Program l May 11-15, 2014 l Orlando, FL

09:40 Break 10:00

904

Direct STM Studies of CO Adsorption and Oxidation on Pt(111) Electrodes: (1) Electrochemical Measurements and STM Observations – J Inukai, D A Tryk, M Wakisaka, H Uchida, and M Watanabe (University of Yamanashi)

10:20

905

Direct STM Studies of CO Adsorption and Oxidation on Pt(111) Electrodes: (2) Density Functional Theory – D A Tryk, J Inukai, M Wakisaka, H Uchida, and M Watanabe (University of Yamanashi)

77

Tuesday, May 13

11:20

10:40

11:00

Tuesday, May 13

11:20

11:40

906

907

908

909

Vibrational Analysis of (bi)Sulfate Adsorption on Pt (111) Surface in Aqueous Solution from the First Principles Molecular Dynamics Simulation – Y Qian (Fuel Cell Cutting-Edge Center Technology Research Association), M Otani (National Institute of Advanced Industrial Science and Technology), and T Ikeshoji (Fuel Cell Cutting-Edge Center Technology Research Association, National Institute of Advanced Industrial Science and Technology) Oxygen Evolution on Model Well-Characterised Mass-Selected Nanoparticles of RuOx – E A Paoli, F Masini, R Frydendal, D Deiana, C Schlaup, S Horch, I E L Stephens, and I Chorkendorff (Technical University of Denmark) Dynamic Behaviour of Pt Microelectrode Arrays during the Galvanostatic Oxidation of CO – A Bonnefont (Institut de Chimie, UMR 7177, CNRS/Université de Strasbourg), A Crespo-Yapur (Technische Universität München), S Bozdech (ICPEES, UMR 7515, CNRS/Université de Strasbourg), R Schuster (Karlsruhe Institute of Technology), K Krischer (Technische Universität München), and E R Savinova (ICPEES, UMR 7515-CNRS-Univeristy of Strasbourg) Oxygen Reduction at Model Pt Single Crystal Surfaces – A M Gomez-Marin, R Rizo, E Herrero, and J Feliu (Universidad de Alicante)

Theory, Modeling, and Mechanisms of Oxygen Reduction Reaction Electrocatalysis – 14:00 – 15:20 Co-Chairs: Andrzej Lewenstam and Andrew Gewirth 14:00

910

Electrocatalysis from First Principles: Mechanistic Insights into the Oxygen Reduction Reaction – M Neurock (University of Virginia)

14:40

911

Density Functional Theory Study of Oxygen Reduction Reaction Mechanism on Pt Alloy Catalysts – S Kattel, G Wang, and Z Duan (University of Pittsburgh)

15:00

912

Oxygen Reduction for Fuel Cells: Mechanistic Studies and the Design of New Catalysts – A Gewirth, C Barile, E Tse, and T Hoang (University of Illinois)

17:20

918

Modified Surfaces in RedoxMagnetohydrodynamics – C K Nash, B J Jones, V Sahore, and I Fritsch (University of Arkansas)

17:40

919

Silicon Oxides as a Competitive Material for Photoanodes – M Szklarczyk, A KrywkoCendrowska, and M Strawski (University of Warsaw)

H3

Biofuel Cells 6

Physical and Analytical Electrochemistry / Energy Technology / Organic and Biological Electrochemistry Floridian Ballroom G, Lobby Level, Hilton Orlando Bonnet Creek

Bioelectrocatalysis I – 08:00 – 12:20 Co-Chairs: Gautam Gupta and Shelley D. Minteer 08:00

970

Controlling Local Substrate Concentrations in Multi-Enzyme Complexes – I Wheeldon, Y Gao, and J L Lin (University of California, Riverside)

08:40

971

Immobilization of Glucose Oxidase on 4-(pyrrole-1-yl) Benzoic Acid Functionalized Carbon Nanotubes for Direct Electrochemistry and Glucose Sensing – B Kowalewska and K Jakubow (University of Warsaw)

09:00

972

Mechanistic Aspects of Multistep Bioelectrocatalytic Oxidation of Fuels – S Calabrese Barton (Michigan State University)

09:20

973

Investigating the Role of Orientation of PQQDependent Dehydrogenases on Electrochemical Performance of a Bioanode – S D Minteer and S Xu (University of Utah)

09:40 10:00

974

Polymers Based on Sulfonated Polyanillines for Direct Electron Transfer with (PQQ)GDH and Application in Carbon Nanostructure-Based Biofuel Cells – F Lisdat, D Sarauli, V Scherbahn, G Göbel, M Putze (Wildau Technical University of Applied Sciences, Biosystems Technology), T Heinlein, and J J Schneider (Technische Universität Darmstadt, Fachbereich Chemie, Anorganische Chemie)

10:20

975

Enhanced Enzyme-Electrode Interface Interactions in Bioanodes Based on PQQDependent Enzymes – S Babanova, I Matanovic, R Tufaro, and P Atanassov (University of New Mexico)

10:40

976

Electron Transfer Reactions and Stability of BioAnodes with PQQ-Dependent Dehydrogenases – R J Lopez, S Babanova, and P Atanassov (University of New Mexico)

11:00

977

Layered Protein Assemblies on Electrodes Exploiting Multistep Electron Transfer Chains for Dual Analyte Detection – S Feifel, A Kapp (Wildau Technical University of Applied Sciences, Biosystems Technology), R Ludwig (University of Natural Resources and Life Science), and F Lisdat (Wildau Technical University of Applied Sciences, Biosystems Technology)

11:20

978

Rational Design of Redox Mediators for Application to Enzymatic Fuel Cells – P Kavanagh (National University of Ireland, Galway)

11:40

979

Glycerol Oxidation By NAD+-Dependent Enzymatic Systems – C W Narváez Villarrubia and P Atanassov (University of New Mexico)

Emerging Topics in Electron Transfer – 15:40 – 18:00 Co-Chairs: Andrzej Lewenstam and Andrew Gewirth 15:40

913

Surface Effects in Measurements of Blood Electrolytes By Ion-Sensors – A Lewenstam (Abo Akademi University, AGH University of Science and Technology, Krakow, Poland)

16:00

914

Electron Transfer in One- and Zero-Dimensional Nanooptofluidic Devices – P W Bohn, C Ma, L P Zaino III, W Wichert, and N M Contento (University of Notre Dame)

16:20

915

Thin Layer Sonoelectrochemistry – C G Duda, E M Null, and J Leddy (University of Iowa)

16:40

916

Sonoelectrochemistry: Modeling Acoustic Energy in a Thin Layer System – J K Landgren, E M Null, C G Duda, G Strohmer, and J Leddy (University of Iowa)

17:00

78

917

Enhanced Transport and Electrocatalysis in External Magnetic Field – A M Nowicka, A Kowalczyk, M Donten, and Z J Stojek (University of Warsaw)

Break

Meeting Program l May 11-15, 2014 l Orlando, FL

980

Vertically Aligned Carbon Nanosheets As Immobilization Supports for Enzyme BioElectrocatalysis – Y Umasankar (University of Georgia), D B Brooks, B Brown, Z Zhou (Luna Innovations Inc), and R P Ramasamy (University of Georgia)

18:20

H4

Bioelectrocatalysis II – 14:00 – 18:40 Co-Chairs: Plamen Atanassov and Scott Calabrese Barton 14:00 14:40

15:00

15:20

981

Silica By Chemical Vapor Deposition (CVD): Towards Functional and Durable Bio-Interfaces – G Gupta (Los Alamos National Laboratory)

982 H2 Production from Biomass for H2/O2 Biofuel Cells – E Lojou, A de Poulpiquet, D Ranava (CNRS-AMU), N Mano (CRPP-CNRS), M T Giudici-Orticoni (CNRS-AMU), and R Gadiou (IS2M-CNRS) 983

984

Glucose Oxidase Affects Laccase and Bilirubin Oxidase Direct Bioelectrocatalytic Cathodes – R D Milton (University of Surrey, University of Utah), F Giroud (University of Utah), A E Thumser (University of Surrey), S D Minteer (University of Utah), and R C Slade (University of Surrey) Improved Interfacial Electron Transfer in Modified Bilirubin Oxidase Bio-Cathodes – S Babanova, R J Lopez (University of New Mexico), Y Ulyanova, S Singhal (CFD Research Corporation), and P Atanassov (University of New Mexico)

15:40

985

Functional Interfaces for Biomimetic Energy Harvesting: CNT-DNA Matrix for Enzyme Assembly – R M Hjelm (University of New Mexico), K Garcia (Columbia University), S Babanova, K Artyushkova (University of New Mexico), S Banta (Columbia University), and P Atanassov (University of New Mexico)

16:00

986

Investigating the Redox Abilities of DNA Aptamers Bound to Redox Cofactors for Possible Application in Biofuel Cells – I Emahi, P R Gruenke, L Freitag, and D A Baum (Saint Louis University)

16:20 Break 16:40

987

Enzymatic Gas-Diffusion Cathodes with Increased Performance and Stability – S O Garcia, C N Villarrubia, S Babanova, and P Atanassov (University of New Mexico)

17:00

988

Enzyme-Modified Buckypaper for Direct Bioelectrocatalysis – G M Strack (AFCEC), S Babanova (University of New Mexico), K E Farrington (AFCEC), P Atanassov (University of New Mexico), H Luckarift, and G Johnson (AFCEC)

17:20

989

Biobattery with Enzymatic Cathode and Zinc Anode for Powering Neurotransmitter Sensor – R Bilewicz (University of Warsaw)

17:40

990

Heterogeneous Proton Transfer As an Explanation for the Unusually Thick Cyclic Voltammograms and Unusually Small Second Redox Wave of Para-Quinones in Aprotic Solvents – P A Staley (University of California, San Diego) and D K Smith (San Diego State University)

18:00

991

Enzyme-Metal Oxide Composite As Catalysts for Enzymatic Oxygen Reduction – Y Zhou and R P Ramasamy (University of Georgia)

Meeting Program l May 11-15, 2014 l Orlando, FL

992

Microelectrode Analysis of Cell Plasma Membrane Cholesterol – J Burgess, X Yu, and M Moreno (Case)

Charge Transfer: Electrons, Protons, and Other Ions 2 Physical and Analytical Electrochemistry / High Temperature Materials Floridian Ballroom H, Lobby Level, Hilton Orlando Bonnet Creek

Electrolytes for High Temperature Fuel Cell Systems – 08:00 – 09:40 08:00 1016

Understanding the Mechanisms of Proton Transport in Hydrogen Bonded Media from FirstPrinciple Molecular Dynamics – M Tuckerman (New York University)

1017

Nanocomposite Membranes Based on PBI and ZrO2 for H T-P E M F C s – V Di Noto (University of Padova), J Rivetti (University of Padova), F Bertasi (University of Padova), E Negro (University of Padova), K Vezzù (Veneto Nanotech SCpa), and S Lavina (University of Padova)

09:20 1018

Structural and Transport Properties of Confined Water and Aqueous Triflic Acid: An Ab Initio Study – J Clark II and S Paddison (University of Tennessee)

08:40

Electrolytes for Alternative MEA-based Energy Conversion Devices – 10:00 – 11:00 10:00 1019

Chloride Enhances Fluoride Transport in Anion Exchange Membranes – Y L S Tse (University of Chicago), H N Sarode (Colorado School of Mines), G E Lindberg (University of Chicago), T Witten (University of Chicago), Y Yang (Colorado School of Mines), A M Herring (Colorado School of Mines), and G Voth (University of Chicago)

10:40 1020

Solvation of Vanadium Cations in Sulfuric and Perfluorosulfonic Acids and Their Effect on the Morphology of PFSA Membranes – F Sepehr and S J Paddison (University of Tennessee)

Proton Transport Studies I – 14:00 – 15:20 14:00 1021

PBI-Based Membranes for High Temperature Pemfcs: Proton Transport and Functional Properties – P Mustarelli (University of Pavia)

14:40 1022

High Performance Porous Platinum Counter Electrodes for Co(II/III) Based Dye-Sensitized Solar Cells – Y Hu (Swiss Federal Laboratories for Materials Science and Technology), A Yella (Laboratory of Photonics and Interfaces, Ecole Polytechnique Federale de Lausanne), A Braun (Swiss Federal Laboratories for Materials Science and Technology), M Graetzel (Laboratory of Photonics and Interfaces, Ecole Polytechnique Federale de Lausanne), and M Stefik (University of South Carolina)

15:00 1023

Trapped State Sensitive Kinetics in LaTiO2N Solid Photocatalyst: With and without Cocatalyst Loading – R B Singh, A Furube, H Matsuzaki (National Institute of Advanced Industrial Science and Technology, Tsukuba, Japan), Y Suzuki (National Institute of Advanced Industrial Science and Technology, Tsukuba, Japan, University of Tokyo), K Seki (National Institute of Advanced Industrial Science and Technology, Tsukuba, Japan), T Minegishi, T Hisatomi (University of Tokyo), and K Domen (University of Tokyo) 79

Tuesday, May 13

12:00

Ionic Liquid Electrolytes I – 15:40 – 17:20

09:40

Break

15:40 1024

Charge Transport and Transfer in Ionic Liquids for Advanced Electrochemical Devices – M Watanabe (Yokohama National University)

10:00 1054

16:20 1025

Charge Transport and Structural Dynamics in Ionic Liquids – J Sangoro (University of Tennessee)

Strategies to Improve the Performance of Ionic Liquid-Based Electrolytes – A Balducci, R S Kühnel, T Vogl, and S Menne (Universität Münster)

10:20 1055

17:00 1026

Sub-1 V Electrolyte-Gated Polymer Transistors with Ionic Liquid Electrolyte and HighSurface Area Carbon Gate Electrode – F Soavi (University of Bologna), J Sayago (Ecole Polytechnique Montreal), F Cicoira (École Polytechnique de Montréal, and C Santato (Ecole Polytechnique Montreal)

Effect of Cation on Proton Conductivity of a Non‑fluorinated Ionic Liquid – S Ketabi, B Decker, and K Lian (University of Toronto)

10:40 1056

Imaging Supported Interfacial Layers – Factors that Influence Interface Organization and Dynamics – G J Blanchard and I Setiawan (Michigan State University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek H4 Poster Session – 18:00 – 20:00

Tuesday, May 13

•

•

•

H5

1027

1028

1029

Nature of Proton Transport in Membranes for Fuel Cell Applications – Y K Choe (National Insititue of Advanced Industrial Science & Technology, FC-Cubic) Study of Electron Injection Efficiency of N719/ TiO2 System in Different Room Temperature Ionic Liquid (IL) Environments By Using Femtosecond Transient Absorption Spectroscopy: Effect of Varying Viscosity – S Mahanta, A Furube, H Matsuzaki, T Murakami (National Institute of Advanced Industrial Science and Technology, Tsukuba, Japan), H Matsumoto (National Institute of Advanced Industrial Science and Technology), and R Katoh (Nihon University, Fukusima, Japan) Ab Initio Study and Vibrational Spectroscopy of Imidazolium Based Ionic Liquids with Dissolved δ-MgCl2 – F Sepehr (University of Tennessee), F Bertasi (University of Padova), V Di Noto (University of Padova), and S J Paddison (University of Tennessee)

14:00 1057

Characterisation of Novel Organic Sodium Salts – A Bitner, L Niedzicki, A Plewa-Marczewska, M Marcinek, M Dranka, G Z Zukowska, and W Wieczorek (Warsaw University of Technology)

14:40 1058

New Conducting Salts for Non-Aqueous HighVoltage Supercapacitors – S J Pohlmann and A Balducci (University of Münster)

15:20 1059

The Physical Properties of Room Temperature Ionic Liquids Near Electrified Surfaces: A Simulation Study – Z Hu, J Vatamanu, and D Bedrov (The University of Utah)

15:40 1060

The Effect of the Enantiomeric Organization of the Solid Polymeric Electrolyte on the Ion Transport Properties Thereof – M J Kalita, M Piszcz, M Poterala, P Jankowski, and A Gajewska (Warsaw Technical University)

16:00 Break 16:20 1061

16:40

1062

Physical Chemistry of Electrolytes

Physical and Analytical Electrochemistry / Battery Floridian Ballroom J, Lobby Level, Hilton Orlando Bonnet Creek

Physical Chemistry of Electrolytes III – 08:00 – 11:00 Co-Chairs: Elzbieta Frackowiak, Mark Kobrak, Andrea Balducci, and Gary J. Blanchard 08:00 1051

08:40 1052

09:20 1053

80

Physical Chemistry of Electrolytes IV – 14:00 – 17:20 Co-Chairs: Wladyslaw Wieczorek, Sebastian Jonas Pohlmann, Robert Kostecki, and Francesca Soavi

The Carbon/Iodide Interface in Protic Ionic Liquid Medium for Application in Supercapacitors – F Béguin, P Skowron (Poznan University of Technology), M Anouti (Université de Tours), and E Frackowiak (Poznan University of Technology) The Thermodynamics of Mesoporous Electrodes: Links Between Surface Morphology, Electrolyte Composition and Capacitance – M Kobrak (Brooklyn College of the City University of New York) Nonaqueous Protonic Electrolytes Based on Methacrylic Monomers and Their Application in Supercapacitors – A A Latoszynska (Warsaw University of Technology, University Paul Sabatier), I A Rutkowska (University of Warsaw), G Z Zukowska (Warsaw Technical University), P Simon (Université Paul Sabatier), P Kulesza (University of Warsaw), and W Wieczorek (Warsaw University of Technology)

17:00 1063

A Study on the Oxygen Redox Reduction in Ionic Liquid-Based Electrolytes for Li/O2 Battery Application – F Soavi, S Monaco, C Arbizzani, and M Mastragostino (University of Bologna) Fundamental Studies of Interfacial Phenomena at LiNi05Mn15O4/Graphite Electrodes in Organic Carbonate Electrolytes – A Jarry, S F Lux, and R Kostecki (Lawrence Berkeley National Laboratory) Probes Based on Silica Sol-Gels for Voltammetry in the Absence of Electrolyte in the Sample Phase – J A Cox (Miami University), K Miecznikowski (University of Warsaw), W H Steinecker (Miami University), and G E Pacey (University of Dayton Research Institute)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek H5 Physical Chemistry of Electrolytes V Poster Session – 18:00 – 20:00 Co-Chairs: Pawel Kulesza, Paul C. Trulove, and Iwona Agnieszka Rutkowska •

1064

The Regularities of the Electrolytic Dissociation of 1,3-Cyclohexanedicarboxylic Acids – E Kvaratskhelia, R Kvaratskhelia, and R Kurtanidze (Ivjavakhishvili Tbilisi State University)

•

1065

High Pressure NMR Investigation of 3M Fuel Cell Ionomers – K Pilar (Hunter College of CUNY), J Farrington (Hunter College of CUNY), A Rua (Hunter College of CUNA), D Cuffari (Brooklyn College of CUNY), E Ostrovskiy (Hunter College of CUNY), S Suarez (Brooklyn College of CUNY), P Stallworth, and S Greenbaum (Hunter College of CUNY) Meeting Program l May 11-15, 2014 l Orlando, FL

H8

1066

Dielectric Properties of Hydrated Perfluorosulfonic Acid Membranes – A Minutolo, C Wang, S Paddison, and J Sangoro (University of Tennessee)

15:40 1089

Photocurrent Measurements at Quantum Dot Electrodes for Bioanalytical Applications – M Riedel, J Tanne, G Göbel (Wildau Technical University of Applied Sciences), W Parak (Philipps University Marburg), and F Lisdat (Wildau Technical University of Applied Sciences)

16:00 1090

In Situ UV-Vis Reflectance Spectroscopy Study of Bromide Oxidation on a Platinum Rotating Disk Electrode in Aqueous Solutions – J Xu, N S Georgescu, and D Scherson (Case Western Reserve University)

Spectroelectrochemistry 2

Physical and Analytical Electrochemistry Floridian Ballroom K, Lobby Level, Hilton Orlando Bonnet Creek

Spectroelectrochemistry 2 – 08:00 – 18:20 Co-Chairs: Sanjeev Mukerjee, Pawel Kulesza, Peter Strasser, Claude Lamy, Vito Di Noto, Juan Feliu, Thomas A. Zawodzinski, and Enn Lust 08:00 1080

Electrocatalysts for Electrochemical Energy Storage and Conversion Studied By Advanced Characterization Methods – P Strasser (Technical University Berlin)

08:40 1081

Spectroelectrochemical Behaviour of p-Aminobenzenethiol (p-ABT) on Platinum Group Metals – F J Vidal-Iglesias, J Solla-Gullón, J M Pérez, and J Feliu (Universidad de Alicante)

09:20 Break 10:00 1082

Simultaneous Electrochemical EPR in Probing the Oxygen Reduction Mechanism of NonPrecious Electrocatalysts for PEMFC – C Zhang, J S Lawton, S Foister, G A Goenaga, and T A Zawodzinski (University of Tennessee)

10:20 1083

Interfacial Electronic Structure of CO Absorbed on a Platinum Electrode in Electrochemical Environment Probed by Double Resonance Sum Frequency Generation Spectroscopy – H Noguchi, S Yang, and K Uosaki (Hokkaido University)

16:20 Break 16:40

1091

Spectroscopy of Metal/Electrolyte Interfaces – K R Wandelt (University of Bonn)

17:20 1092

From Molecular to Nanostructured Carbon Systems By Spectroelectrochemistry – M Iurlo, G Valenti, S Rapino, F Paolucci, and M Marcaccio (Università di Bologna)

18:00 1093

Observation of Photoexcited Carrier Transfer in MnOx/SrTiO3 Photoelectrode by In Situ X-ray Absorption Fine Structure – M Yoshida, T Yomogida, T Mineo (Keio University), K Nitta, K Kato (JASRI), T Masuda (National Institute for Materials Science), H Nitani, H Abe (KEK), S Takakusagi (Hokkaido University), T Uruga (JASRI), K Asakura (Hokkaido University), K Uosaki (National Institute for Materials Science), and H Kondoh (Keio University)

H9

Symposium in Honor of Richard Buck

Physical and Analytical Electrochemistry Floridian Ballroom L, Lobby Level, Hilton Orlando Bonnet Creek

10:40 1084

Development and Characterization of Nanostructured Hybrid Materials for Oxidation of Ethanol in Fuel Cells and Biofuel Cells – P Kulesza (University of Warsaw)

Symposium in Honor of Richard Buck III – 08:00 – 12:00 Co-Chairs: Robert Hillman and Andrzej Lewenstam

11:20 1085

Determination of the Mechanisms of Electrocatalytic Reactions by Combining Electrochemical Methods and In Situ Spectroscopy – C Lamy (IEM/CNRS), S Baranton, and C Coutanceau (Université de Poitiers, IC2MP, UMR CNRS 7285)

08:00 1106

Polyaniline/Gold Composites for Electrochemical and Optical Biosensing – R West and S Semancik (National Institute of Standards and Technology)

08:30 1107

Electrochemical Sensors for Measurement of Glucose in Tiny Volumes of Tear Fluid – M E Meyerhoff, K H Cha, Y Qin (University of Michigan), B C Cohan (EyeLab Group, LLC), A Balijepalli, and G C Jensen (University of Michigan)

09:00 1108

Mechanism of Potential Development for Potentiometric Sensors, Based on Modeling of Interaction Between Electrochemically Active Compounds from the Membrane and Analyte – R I Stefan-van Staden (Laboratory of Electrochemistry and PATLAB Bucharest)

09:30

Break

10:00 1109

Redox-Driven Ion Exchange of Poly(3,4,ethylenedioxythiophene) Films in Deep Eutectic Solvents – R Hillman, C Zaleski, C Fullarton, and K Ryder (University of Leicester)

12:00 Lunch 14:00 1086

In Situ Fourier Transform Infrared Spectroscopy (FTIR) Studies on Pt-Rh-Sn Nanoparticle Electrocatalysts for Ethanol Oxidation in Direct Liquid Fuel Cells – N Hundertmark, R Loukrakpam (Technical University Berlin), R Yang (Soochow University), Y Huang (Huazhong University of Science and Technology), and P Strasser (Technical University Berlin)

14:20 1087

In Situ XPS Studies of Electrochemically Polarized Molybdenum Carbide Derived Carbon Electrode – E Lust, A Tõnisoo (Institute of Physics, J Kruusma, R Pärna, A Kikas, and E Nõmmiste (University of Tartu)

15:00 1088

In Situ Infrared Studies at the Semiconductor/ Electrolyte Interface and Application to LithiumIon Batteries – D Alves Dalla Corte, M Rosso, J N Chazalviel (CNRS/Ecole Polytechnique), C Jordy, G Caillon (SAFT), and F Ozanam (CNRS/ Ecole Polytechnique)

Meeting Program l May 11-15, 2014 l Orlando, FL

10:30

1110

Spectroscopic and Electrochemical Studies of Reduction Reactions for Remediation and Batteries – A Gewirth (University of Illinois)

11:00

1111

Impedance Studies of Symmetrical Solid Oxide Cells with LSM Electrodes and YSZ Electrolyte – H O Finklea and K De Silva (West Virginia University)

11:30

1112

Modeling and Simulation of Electrochemical Impedance Spectra in Li-Air Batteries – M Mehta (Florida State University) and P Andrei (Florida State University) 81

Tuesday, May 13

•

Symposium in Honor of Richard Buck IV – 14:00 – 17:40 Co-Chairs: Petr Vanýsek and Pawel Kulesza 14:00 1113

Metal Deposition on Graphene Layers and Electrochemical Measurements at Liquid/ Liquid Interface: Preparation of Graphene-Based Metal Nanostructures – P S Toth and R A Dryfe (University of Manchester)

Nanowire/Nanostructure Technology – 10:00 – 10:50 10:00 1124

Suspended Carbon Nanowire-Based Structures for Sensor Platforms – H Shin, Y Lim, and J I Heo (Ulsan National Institute of Science and Technology)

10:30 1125

Nanostructure-Driven Ion Transport in PCBMBased Polymer Electrolytes – C N Sun (Oak Ridge National Laboratory), T A Zawodzinski (University of Tennessee, Oak Ridge National Laboratory), F Ren (Temple University), J K Keum, and J Chen (Oak Ridge National Laboratory)

14:30

1114

Coated Tubular Ion-Selective Electrode Units in Process Systems – J F VAN Staden (Laboratory of Electrochemistry and PATLAB Bucharest)

15:00

1115

Electrocatalytic Enhancement Effects at Platinized Nanoporous Substrates: Oxidation of Ethanol at PtRu Nanoparticles Dispersed over Rh-Containing ZrO2 Support – P Kulesza, I A Rutkowska (University of Warsaw), E Zagubien (University of Warsaw), and G J Blanchard (Michigan State University)

C-MEMS/NEMS – 14:00 – 16:50 14:00 1126

Graded Density Ion Exchange Polymer Films on Electrodes: Impacts on Structure and Transport – K L Knoche and J Leddy (University of Iowa)

Photoresist Derived Carbon Films As High Capacity Anodes for Lithium Ion Battery – C S Sharma and M Kakunuri (Indian Institute of Technology Hyderabad)

14:30 1127

Fabrication of Resorcinol-Formaldehyde Xerogel Based High Aspect Ratio 3-D Hierarchical C-MEMS Structures – C S Sharma (Indian Institute of Technology Hyderabad), H Katepalli, A Sharma (Indian Institute of Technology Kanpur), G T Teixidor, and M Madou (University of California - Irvine)

15:00 1128

C-MEMS Based Microsupercapacitors – C P Wang (Florida Intl University)

15:30 1129

Selective Detection of Dopamine against Ascorbic Acid Interference using 3D Carbon Interdigitated Electrode Arrays – R Kamath and M Madou (University of California - Irvine)

16:00 1130

Carbon Nems for Gas Sensing – S Sharma and M Madou (University of California - Irvine)

16:30

Concluding Remarks

15:30

1116

Tuesday, May 13

15:55 Break 16:10

1117

Cobalt Polypyridyl Mediators in Dye-Sensitized Solar Cells (DSCs) – C M Elliott and L Ashbrook (CSU)

16:40

1118

Oxygen Reduction and Oxygen Evolution Reactions in Non-Aqueous Electrolyte As Studies

By Dems – H Baltruschat, A E A A E S Abd-ElLatif, C Molls, M Khodayari, P Hegemann, and C Bondü (University of Bonn)

17:10

1119

Role of Conducting Polymers on Potentiometric and Floating Gate Field Effect Transistor (FGFET) Array-Based Immunoassays – K Levon (NYU/Poly)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek H9 Symposium in Honor of Richard Buck Poster Session – 18:00 – 20:00 Co-Chairs: Petr Vanýsek and Andrzej Lewenstam •

1120

Development of a Stable, Multi-Use Creatinine Biosensor with Extended Use Life – C X Xu, O Beeks, L Boone, H Chuang, and H Visnick (Instrumentation Laboratory)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek M1 Carbon Electronics: Interfaces to Metals, Dielectrics, and Electrolytes Poster Session – 18:00 – 20:00 •

1131

Electrochemical Properties of Boron-Doped Diamond Thin Film Synthesized By Mpcvd on a Titanium Substrate to Use As an Ozone Generator – Y Park, D Kim, J Kim (Pusan National University), T Kim (Pusan National University), H J Cho (University of Central Florida), H Cho, and J Kim (Pusan National University)

•

1132

Surface Treatment of the Activated Carbon on Capacitive Deionization – J Kim, D H Peck, B Lee, and D H Jung (Korea Institute of Energy Research)

Carbon Electronics: Interfaces to Metals, Dielectrics,

M1 and Electrolytes

Dielectric Science and Technology / Battery / Electronics and Photonics / Nanocarbons / Sensor Bonnet Creek Ballroom VIII, Lobby Level, Hilton Orlando Bonnet Creek

Graphene Devices – 08:10 – 08:40 08:10

Introductory Remarks

08:20 1121

Synthesis of High Quality Few Layer Graphene from the Exfoliation of Graphite – J Bai, D R Soden, and L Dong (Missouri State University)

Carbon Nanostructures for Energy Conversion

/ Energy Technology M2 Nanocarbons Bonnet Creek Ballroom IX, Lobby Level, Hilton Orlando Bonnet Creek

Novel Dielectric Applications – 08:40 – 09:10

Catalysis/Fuel Cells II – 08:00 – 08:40 Co-Chair: Jeff Blackburn

08:40 1122

08:00 1154

Carbon-Electrode Dielectrophoresis for Bioparticle Manipulation – R Martinez-Duarte (Clemson University)

Characterization – 09:10 – 09:30 09:10 1123

82

Multinuclear NMR and EPR Studies on Si-Doped Diamond-like Carbon – J Peng, A Sergienko, P E Stallworth, and S Greenbaum (Hunter College of CUNY)

Highly Efficient Synthesis of Strongly Coupled Reduced Graphene Oxide/Nafion Nanocomposites with Enhanced Mixed Proton and Electron Conduction – B A Aragaw (National Taiwan University of Science and Technology), W N Su (Graduate Institute of Applied Science and Technology), J Rick (National Taiwan University of Science and Technology), and B J Hwang (National Taiwan University of Science and Technology) Meeting Program l May 11-15, 2014 l Orlando, FL

Phosphorus-Doped Carbon as Efficient Electrocatalysts for Oxygen Reduction Reaction – Z Yang, J Wu, X Gong (Soochow University), P Strasser (Technical University Berlin), and R Yang (Soochow University)

Optical Characterization and Applications II – 14:00 – 15:40 Co-Chairs: R. Bruce Weisman and Stefan Strauf 14:00

1178

Invited Presentation: Optical Properties of Carbon Nanotube/Chromophores Assemblies – F Vialla (Université Pierre et Marie Curie, Université Paris Diderot), G Delport (Université Paris Sud), B Langlois (Université Pierre et Marie Curie, Université Paris Diderot), A Filoramo (CEA Saclay, IRAMIS, Service de Physique de l’Etat Condensé), E Deleporte (Université Paris Sud), S Campidelli (CEA Saclay, IRAMIS, Service de Physique de l’Etat Condensé), C Voisin (Université Pierre et Marie Curie, Université Paris Diderot), and J S Lauret (Laboratoire Aimé Cotton, Université Paris Sud)

14:20

1179

Invited Presentation: Unifying the Low Temperature Luminescence Spectra of Carbon Nanotubes – F Vialla, Y Chassagneux (Université Pierre et Marie Curie, Université Paris Diderot), J S Lauret (Université Paris Sud), and C Voisin Université Pierre et Marie Curie, Université Paris Diderot)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek M2 Carbon Nanostructures for Energy Conversion Poster Session – 18:00 – 20:00 •

1156

Influence of Molybdenum Carbide Additive on the Oxygen Reduction Reaction Kinetics at Molybdenum Carbide Derived Carbon Electrode – P Valk, J Nerut, I Tallo, E Tee, T Romann, and E Lust (University of Tartu)

•

1157

Oxygen Reduction Reaction Activity of Aerosol Jet Printed Layers of Graphite and Graphene – E Farjami (NYC College of Technology, CUNY), M Rottmayer (Air Force Research Labs), and L J Deiner (NYC College of Technology, CUNY)

•

1158

Kinetics of Oxygen Reduction on a CarbonSupported Pt Electrode in 01M KOH Aqueous Solution – E Härk, R Jäger, and E Lust (University of Tartu)

•

1159

CNT/PAMAM LbL Films for the Electrogeneration of PtCo Electrocatalysts – L H D S Gasparotto (Universidade Federal do Rio Grande do Norte), A L B Castelhano (Universidade Federal do Triângulo Mineiro), A C A Silva, N O Dantas (Universidade Federal de Uberlândia), O N D Oliveira Jr (Instituto de Física de São Carlos - USP), and J R Siqueira Jr (Universidade Federal do Triângulo Mineiro)

Carbon Nanotubes - From Fundamentals to Devices

M4 Nanocarbons Bonnet Creek Ballroom XII, Lobby Level, Hilton Orlando Bonnet Creek Optical Characterization and Applications I – 10:20 – 12:00 Co-Chairs: Tobias Hertel and Alexander Högele 10:20

1173

Invited Presentation: One-Dimensional Plasmon Resonance in Single-Walled Carbon Nanotubes – T Okazaki (Nanotube Research Center, AIST)

10:40

1174

Spatial Fluctuation Fluorescence Spectroscopy: A New Method for Studying Single-Walled Carbon Nanotube Dispersions – J Streit, S Bachilo, and R B Weisman (Rice University)

11:00

1175

Invited Presentation: Strong Nonlinear Photoluminescence Properties of Trions and Localized Excitons in Single-Walled Carbon Nanotubes – K Matsuda and Y Miyauchi (Kyoto University)

11:20

1176

Invited Presentation: Photoluminescence Imaging Probes of Contrasting 1-D and 0-D Exciton Behavior in Doped Carbon Nanotubes – S K Doorn, H Yamaguchi, S Yalcin, X Ma, and H Htoon (Los Alamos National Laboratory)

11:40

1177

Invited Presentation: Optoelectronic and Thermal Transport Properties of Carbon Nanotubes and Related Materials – S B Cronin (University of Southern California)

Meeting Program l May 11-15, 2014 l Orlando, FL

14:40 1180

Giant Optical Nonlinearity from Carbon Nanotubes Filled with 1D Arrays of Dipolar Molecules – S Cambré, J Campo, C Beirnaert, C C Verlackt, and W Wenseleers (University of Antwerp, Belgium)

15:00 1181

Invited Presentation: Photoluminescence of Carbon Nanotubes at Room and Cryogenic Temperatures – M S Hofmann, J T Glückert, A Kneer, J Noe (Fakultät für Physik and Center for NanoScience), and A Högele (Nanosystems Initiative Munich, Fakultät für Physik and Center for NanoScience)

15:20 1182

Invited Presentation: Optical Detection of Individual Carbon Nanotubes: Nanotube Spectroscopy and Bioimaging – L Cognet (Univ Bordeaux)

Optical Characterization and Applications III – 16:00 – 17:20 Co-Chairs: Stephen K. Doorn and Stephen B. Cronin 16:00 1183

Engineering Intrinsic and Extrinsic Quantum Interference in Electronic States of Carbon Nanotubes Measured By Resonant Raman Scattering – E H Haroz (Los Alamos National Laboratory)

16:20 1184

Invited Presentation: Prolonged Spontaneous Emission and Dephasing of Excitons in AirBridged Swcnts – I Sarpkaya (Stevens Institute of Technology), Z Zhang (Columbia University), W Walden-Newman, J Hone (Stevens Institute of Technology), C W Wong (Columbia University), and S Strauf (Stevens Institute of Technology)

16:40

1185

Invited Presentation: Ensemble and Single Particle Spectroelectrochemistry of Semiconducting Single-Wall Carbon Nanotubes – T Hertel, H Hartleb, and N Ruehl (Institute of Physical and Theoretical Chemistry)

83

Tuesday, May 13

08:20 1155

17:00 1186

Invited Presentation: Direct Measurement of the Absolute Absorption Spectrum of Individual Carbon Nanotubes – J C Blancon (ILM - CNRS and Universite Lyon 1), M Paillet, H N Tran (LCC, CNRS and Universite Montpellier 2), X T Than (LCC, CNRS and Universite Montpellier 2 and VAST, Laboratory of Carbon Nanomaterials, Hanoi), S Aberra Guebrou, A Ayari, A San Miguel (ILM - CNRS and Universite Lyon 1), N M Phan (VAST, Laboratory of Carbon Nanomaterials, Hanoi), A A Zahab, J L Sauvajol (LCC, CNRS and Universite Montpellier 2), F Vallee, and N Del Fatti (ILM - CNRS and Universite Lyon 1)

09:00 1233

Synthesis, Structure, and Properties of C60 Pd Spherical Nanoparticles – K Winkler, E Brancewicz, and E Gradzka (University of Bialystok)

09:20 1234

Low-Bandgap Conjugated Polymers for Bulk Heterojunction Solar Cells – H Imahori (Kyoto University)

09:40 Break 10:00 1235

Endohedral Metallofullerenes – Filled Fullerene Derivatives Towards Multifunctional Reaction Center Mimics – D M Guldi (FriedrichAlexander-Universitat, Erlangen-Nurnberg)

10:20 1236

Exfoliated Graphene and Ensembles with Photoactive Electron Donors for Diverse Applications – N Tagmatarchis (National Hellenic Research Foundation)

10:40 1237

Solution-Processed Organic Photovoltaic Cells Fabricated Via the Precursor Approach Using α-Diketone Derivatives of Acenes – M Suzuki (Nara Institute of Science and Technology), Y Yamaguchi (Yamagata University), K Uchinaga, S Yamamoto (Nara Institute of Science and Technology), K I Nakayama (Yamagata University, JST-CREST), and H Yamada (Nara Institute of Science and Technology, JST-CREST)

11:00 1238

Synthesis and Photophysical and Photoelectrochemical Properties of Diazaporphyrin-Fullerene Linked Dyad – M Yamamoto (Kyoto University), Y Takano (Institute for Integrated Cell-Material Sciences (WPI-iCeMS), Kyoto University), Y Matano (Niigata University), K Stranius, N V Tkachenko, H Lemmetyinen (Tampere University of Technology), and H Imahori (Kyoto University)

11:20 1239

Photo-Physical Properties of Simple and Double Strand Multi-Porphyrinic Polypeptides – N Solladie (Laboratoire de Chimie de Coordination)

11:40 1240

Photophysical and Electrochemical Properties of Functionalized Benzo[ghi]perylene and Coronene Derivatives – T Hasobe (Keio University)

12:00

Lunch (on your own)

14:00 1241

Synthesis, Characterization and Photophysical Properties of a Novel Phthalocyanine-Based Cyclopenta[Hi]Aceanthrylene Derivative – B Ballesteros, V Pardo, J A Suanzes , and T Torres (Autonoma University of Madrid)

14:20 1242

High Potential Zinc Porphyrin-Fullerene Dyads: Formation and Electron Transfer Studies – F D’Souza, S K Das, B Song (University of North Texas), and O Ito (Tohoku University)

14:40 1243

A Supramolecular Photosynthetic Model Made of a Multi-Porphyrinic Array Constructed Around a C60 Core and a C60 -Imidazole Derivative – N Armaroli (Istituto per la Sintesi Organica e la Fotoreattività - Consiglio Nazionale Delle Ricerche, Italy), J F Nierengarten (Université de Strasbourg et CNRS), France), K Yoosaf (Istituto per la Sintesi Organica e la Fotoreattività Consiglio Nazionale Delle Ricerche, Italy, CSIRNational Institute for Interdisciplinary Science and Technology, India), J Iehl (Université de Strasbourg et CNRS, France), I Nierengarten, M Hmadeh, and A M Albrecht-Gary (Université de Strasbourg et CNRS, France)

Tuesday, May 13

Device Applications I – 17:20 – 18:00 Co-Chairs: Stephen B. Cronin and Stephen K. Doorn 17:20

1187

Invited Presentation: Carbon Nanotube Heterostructure Devices – M C Hersam (Northwestern University)

17:40

1188

Carbon Nanotube Computer: Transforming Scientific Discoveries into Working Systems – M Shulaker, G Hills, N Patil, H Wei, H Y Chen, H S P Wong, and S Mitra (Stanford University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek M4 Carbon Nanotubes - From Fundamentals to Devices Poster Session – 18:00 – 20:00 •

1189

Tunable Carbon Nanotube Mesh Fabricated Via Surfactant Assisted Direct Deposition for High Performance Transparent Electrodes – T M Abdel-Fattah and T Dushatinski (Christopher Newport University)

•

1190

Flexible Sheet Heater with Carbon Nanotube Networked Thin Graphite Flakes – Y K Hong, B R Kim, J K Shin (Korea Electronics Technology Institute), H K Park, Y H Choi, and C H Hong (Dayou Smart Aluminum)

Fullerenes - Chemical Functionalization, Electron

M6 Transfer, and Theory

Nanocarbons / Physical and Analytical Electrochemistry Bonnet Creek Ballroom XI, Lobby Level, Hilton Orlando Bonnet Creek

Fullerenes: Chemical Functionalization, Electron Transfer, and Theory - In Memory of Professor Lothar Dunsch – 08:00 – 15:20 Co-Chairs: F. D’Souza, Dirk M. Guldi, and S. Fukuzumi 08:00 1230

Synthesis, Characterization, and Unusual Behavior of a Perfluoroarylated Fullerene – L K San, J B Whitaker (Colorado State University), A A Popov (IFW Dresden), S H Strauss, and O V Boltalina (Colorado State University)

08:20 1231

A Complete Guide on the Influence of Metal Clusters in the Diels-Alder Regioselectivity of Ih -C80 Endohedral Metallofullerenes – M GarciaBorràs, S Osuna, J M Luis, M Swart, and M Solà (Universitat de Girona)

08:40 1232

Cyanation of Fullerene(CF3)n Does Not Always Increase Electron Affinity: Experimental and Theoretical Study – T T Clikeman (Colorado State University), S H M Deng (Pacific Northwest National Laboratory), S Avdoshenko (Purdue University), X B Wang (Pacific Northwest National Laboratory), A A Popov (IFW Dresden), S H Strauss, and O V Boltalina (Colorado State University)

84

Meeting Program l May 11-15, 2014 l Orlando, FL

Photophysics and Photochemistry of Trifluoromethylfullerene Fluorophores – K P Castro (Colorado State University), Y Jin, J J Rack (Ohio University), A Ferguson, J L Blackburn (National Renewable Energy Laboratory), S H Strauss, O V Boltalina (Colorado State University), and A A Popov (IFW Dresden)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

10:00 1271

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek M7 Poster Session – 18:00 – 20:00 •

1272

Electrochemical Synthesis of Graphene-Metal Oxide Heterostructure for Resistive Random Access Memory – M Park (Korea Advanced Institute of Science and Technology, Samsung Electronics Co, Ltd), K S Hong, S Ahn, and H Kwon (Korea Advanced Institute of Science and Technology)

•

1273

One-Pot Strategy for Controllable Growth of Cnts on Graphene as HighPerformance Supercapacitor Electrode Material – K Sun (Beijing Institute of Technology)

M6 Poster Session – 18:00 – 20:00 •

• •

1245

1246 1247

Development of the CNT Composite Conductive Resin Using Nano-Dispersion Process – K Yoshida, S Homma, S Kaneuchi, K Shimura, K Suzuki, T Ikuta, and T Konishi (Shibaura Institute of Technology) Photo-Addition of Amino Acid Methyl Esters to [60]Fullerene – F Moussa and M de Person (Université Paris Sud) Adsorption of Free Hemoglobin from Aqueous Solutions and from Blood Plasma on Electrochemically Modified Activated Carbons – M S Khubutiya, M M Goldin, G R Garaeva (NV Sklifosovsky Research Institute for Emergency Medicine, Russia), M Mirzaeian (University of the West of Scotland, UK), P J Hall (University of Sheffield, UK), and M M Goldin (Liberty University)

Nanostructures for Energy Conversion

/ Battery / Energy Technology M8 Nanocarbons Bonnet Creek Ballroom IX, Lobby Level, Hilton Orlando Bonnet Creek Nanostructured Solar Cells – 08:40 – 12:00 Co-Chairs: Prashant V. Kamat and Eric Wei-Guang Diau 08:40 1274

Hierarchical Construction of ZnO Nanorods on Nanofibers for Hybrid Solar Cells – T Sagawa (Kyoto University)

09:00 1275

Size- and Composition-Dependent Photoelectrochemical Properties of Cu-Zn-Sn-S Multinary Semiconductor Nanoparticles – T Torimoto, H Nishi, T Nagano, T Kameyama (Nagoya University), and S Kuwabata (Osaka University)

09:20 1276

Semiconductor Nanomaterials for Dye-Sensitized Solar Cells – Z Lin, X Xin (Georgia Institute of Technology), M Ye (Xiamen University), M Wang (Georgia Institute of Technology), and C Lin (Xiamen University)

Graphene and Related Structures

M7 Nanocarbons Bonnet Creek Ballroom XII, Lobby Level, Hilton Orlando Bonnet Creek Characterization – 08:00 – 10:20 Co-Chair: H. Grebel 08:00 1266

08:20 1267

A Novel Hybrid Supercapacitor Electrode Utilizing Vertically Oriented Graphene Nanosheets Coated with Conformal Layer of Pseudocapacitive MnO2 Nanoparticles – S Raina (Vanderbilt University), Y Zhang (Sun Yat-Sen University), S H Hsu (Vanderbilt University), J Chen, S Z Deng, N S Xu (Sun Yat-Sen University), J H Huang (National Tsing Hua University), and W P Kang (Vanderbilt University) First Principles Study of the Role of Defects for Graphene Lithiation – H Yildirim, Z Zhao (Purdue University), M K Y Chan (Argonne National Laboratory), and J Greeley (Purdue University)

08:40 1268

Effect of Sub 2-Nm Pt Nanoparticle on the Conduction Properties of Graphene Based Field Effect Transistor – H Zheng, S Mukherjee, and S Gangopadhyay (University of Missouri)

09:00 1269

Effect of Oxidation Level on Methanol and Proton Transport Characteristics of Graphene Oxide (GO) Based Proton Exchange Membrane (PEM) – A Paneri and S Moghaddam (University of Florida)

09:20 1270

Oxygen Reduction Reaction on Graphene /TiO2 Composite Electrodes – H A Al-Kandari (Public Auhority of Applied Education and Training), A M Abdullah (Qatar University), S A Al-Kandari, and A M Mohammed (Kuwait University)

Layer-Dependent Electrical Properties of Graphene: An Atomic Force Microscopy (AFM) Study – J J Yu (Agilent Technologies, Inc)

Tuesday, May 13

15:00 1244

09:40

Intermission

10:00 1277

Nanostructured Films of Conjugated Polyelectrolytes: Fundamental Studies and Application in Hybrid Solar Cells – K Schanze, Z Pan (University of Florida), A Nepomnyashchii (University of Wyoming), X Zhu (University of Florida), B A Parkinson (University of Wyoming), and J Reynolds (Georgia Institute of Technology)

10:20 1278

How to Improve Performance of PorphyrinSensitized Solar Cells – H Imahori (Kyoto University)

10:40 1279

Design and Characterization of HighPerformance Electrodes for Dye-Sensitized Solar Cells – E W G Diau (National Chiao Tung University)

11:00 1280

Ultrafast Spectroscopy and Numerical Analysis of Inhomogeneous Electron Injection in DyeSensitized Solar Cells: Effect of Electrolyte – A Furube (National Institute of Advanced Industrial Science and Technology, Tsukuba, Japan, Univ of Tsukuba), K Sunahara (Univ of Tsukuba), S Mahanta, and H Matsuzaki (National Institute of Advanced Industrial Science and Technology, Tsukuba, Japan)

09:40 Break Meeting Program l May 11-15, 2014 l Orlando, FL

85

11:20 1281

11:40 1282

Nanowire Architectures for Iodide Free DyeSensitized Solar Cells – V K Vendra, T Q Nguyen, D Amos, T Druffel, and M K Sunkara (University of Louisville) Role of Hole Conductors in Quantum Dot and Organometal Perovskite Based Solid State Solar Cells – P V Kamat and J A Christians (University of Notre Dame)

Tuesday, May 13

Nanostructures I – 14:00 – 18:00 Co-Chairs: Hiroshi Imahori and Hiroaki Misawa 14:00 1283

Single Nanostructure Extinction Spectroscopy – M Kuno (University of Notre Dame)

14:20 1284

Photovoltaic Properties of Organic Heterojunctions with Ordered Nanostructures Prepared By Anodic Porous Alumina – H Masuda, T Kondo, T Yanagishita, and K Nishio (Tokyo Metropoliatn University)

14:40 1285

Multiple Exciton Generation in QuantumConfined Semiconductor Nanostructures – M C Beard (National Renewable Energy Laboratory)

15:00 1286

Plasmon-Induced Charge Separation (PICS) and Plasmonic Nanoantenna Effects: Similarities and Differences – T Tatsuma and H Nishi (University of Tokyo)

15:20 1287

Structure-Dependent Photo-Induced Charge Separation in Type-II Semiconductor Heterostructures – T Teranishi (Kyoto University)

15:40 Intermission 16:00 1288

Visible Plasmon-Enhanced Water Splitting – H Misawa (Hokkaido University)

16:20 1289

Influence of Morphology of Facetted Anatase Titania Particles on Their Photocatalytic Activity – B Ohtani (Hokkaido University), Z Yang, M Janczarek, M Takase, and E Kowalska (Hokkaido University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek M8 Nanostructures for Energy Conversion Poster Session – 18:00 – 20:00 Co-Chairs: Hiroshi Imahori and Kei Murakoshi •

1294

Preparation, Characterization and Application of Noble-Metal Colloids Stabilized By Chiral Molecules – M Takase, S Kimura, and B Ohtani (Hokkaido University)

•

1295

Design and Synthesis of Ternary Ferrite/Graphene/ polyaniline hierarchical nanocomposites for highperformance supercapacitors – P Xiong and Y Fan (Nanjing University of Science and Technology)

Porphyrins, Phthalocyanines and Supramolecular

M9 Assemblies

Nanocarbons / Physical and Analytical Electrochemistry Bonnet Creek Ballroom X, Lobby Level, Hilton Orlando Bonnet Creek

Porphyrins, Phthalocyanines and Supramolecular Assemblies II – 08:00 – 17:40 Co-Chairs: Karl M. Kadish, Eric Borguet, Devens Gust, Francis D’Souza, Roberto Paolesse, and Corrado Di Natale 08:00 1311

Temperature Dependence and Desorption Kinetics of Porphyrins at the Solid-Solution Interface – K W Hipps, U Mazur, B Chilukuri, and A Bhattarai (Washington State University)

08:20 1312

Phenolic Porphyrins Assembled at Surfaces: Hydrogen-Bonding and Binary Systems – J P Hill (WPI Center for Materials Nanoarchitectonics), Y Wakayama (National Institute for Materials Science), Y Xie (East China University of Science and Technology), Q Ji, and K Ariga (WPI Center for Materials Nanoarchitectonics)

08:40 1313

Synthesis and Photophysical Studies of Hydrophilic Zinc Phthalocyanine Dendrimers – F Setaro, T Torres, A de la Escosura (Autonoma University of Madrid), U Hahn (Autonoma University of Madrid, Université de Strasbourg et CNRS), S Nonell, and R Ruiz Gonzalez (Universitat Ramon Llull)

16:40 1290

Observation of Surface-Enhanced Raman Scattering from Strongly Coupled Molecules and Localized Surface Plasmons in Resonance – K Murakoshi, F Nagasawa, and M Takase (Hokkaido University)

17:00 1291

Tunable Optical Antenna Effect of PalladiumBased Dimeric Nanostructures – K Ikeda (JST-PRESTO), S Uchiyama, and K Murakoshi (Hokkaido University)

09:00 1314

17:20 1292

in Situ Observation of O-Metal Vibrations at Pt and Au Electrodes By Plasmonic CrystallineBased SERS – I Yagi (Hokkaido University, FC-Cubic TRA) and K Inokuma (FC-Cubic TRA)

Correlating Elastic Properties and Molecular Organization of an Ionic Binary Porphyrin Nanostructure – U Mazur, K W Hipps, and J R Eskelsen (Washington State University)

09:20 1315

Supramolecular Porphyrin Chemistry on Flatlands – D Bonifazi (Namur Research College, University of Namur)

17:40 1293

XAFS Study on the Structures of Catalysts for Photoelectrochemical Hydrogen Evolution and CO2 Reduction Prepared By the Incorporation of Metal Complexes within Viologen Multi-Layers Formed on Si(111) Surfaces – T Masuda (National Institute for Materials Science), Y Sun (National Institute for Materials Science, Hokkaido University), Y Morita (National Institute for Materials Science), H Fukumitsu (National Institute for Materials Science, Hokkaido University), H Uehara, S Takakusagi (Hokkaido University), W J Chun (International Christian University), T Kondo (Ochanomizu University), K Asakura (Hokkaido University), and K Uosaki (National Institute for Materials Science, Hokkaido University)

09:40

Coffee Break

10:00 1316

Recent Advances in Supramolecular Chirality Sensing and Enantiodifferentiating Heterogeneous Catalysis – V Borovkov (Osaka University, Metek Co, Ltd)

86

10:20

1317

10:40 1318

Polypeptides and Oligonucleotides with Pendant Porphyrins : From Host-Guest Recognition to Self-Organizing Strands – N Solladie (Laboratoire de Chimie de Coordination - CNRS) The Extended Receptive Field of Blends of Metalloporphyrins and pH Indicators – F Dini, R Paolesse (University of Rome Tor Vergata), I Lundstrom (University of Linkoping), and C Di Natale (University of Rome Tor Vergata)

Meeting Program l May 11-15, 2014 l Orlando, FL

11:20 1320

11:40

1321

Porphyrin Supramolecular Aggregates and Chemical Sensors: A Marriage for Smart Devices – R Paolesse, M Stefanelli, G Pomarico, S Nardis, R Capuano, A Catini, C Di Natale (University of Rome Tor Vergata), A D’Urso (University f Catania), M E Fragalà, and R Purrello (University of Catania) Single-Molecule Electronics Based on Porphyrin Molecules for Functionality Emergence – T Ogawa, H Tanaka, D Tanaka, T Inose, M Handayani, T Tamaki, and M Ojima (Osaka University) Electronic Transport Properties of Molecular Graphyne – E Borguet (Temple University)

N2

Dielectrics for Nanosystems 6: Materials Science, Processing, Reliability and Manufacturing

Dielectric Science and Technology / Electronics and Photonics Taylor, Ground Level, Hilton Orlando Bonnet Creek

Dielectric Characterization – 08:00 – 09:30 Co-Chairs: Yaw S. Obeng and Zhi David Chen 08:00 1365

Dielectric/Si Interface Quality Characterization Using Room Temperature Photoluminescence – W S Yoo (WaferMasters, Inc), B G Kim, S W Jin (SK Hynix, Inc), T Ishigaki, and K Kang (WaferMasters, Inc)

08:20 1366

Light Wavelength Effects on Charge Trapping and Detrapping of AlOx Embedded Zrhfo High-K Stack – X Liu (Ohio University), Y Kuo, S Zhang (Texas A&M University), and T Yuan (Ohio University)

08:40 1367

Temperature Dependence of Defect Evolution and Distribution in Thermally Cycled Cu-Tsvs – J B Marro (University of Central Florida, Clemson University), C A Okoro, Y S Obeng (NIST), and K A Richardson (University of Central Florida)

09:00 1368

Subsurface Imaging of Buried Conductors within Insulators and Buried Insulators within Conductors – J J Kopanski, L You, J J Ahn (NIST), E Hitz (University of Maryland), and Y S Obeng (NIST)

12:00 Lunch 14:00 1322

Structural Basis for the Molecular Mechanism of Dehydration Reaction Catalyzed By a Novel Heme Protein – S Aono (National Institutes of Natural Sciences)

14:20 1323

Reactive Oxygen Species Involved Cancer Cellular Specific 5-Aminolevulinic Acid Uptake – H Matsui and H Ito (University of Tsukuba)

14:40 1324

Preparation and Physicochemical Properties of Supramolecular Hemoprotein Assembly Via Heme-Heme Pocket Interaction – T Hayashi (Osaka University)

15:00 1325

Key Interactions for Electron Transfer from Cytochrome C to Cytochrome c Oxidase in Respiratory Chain: Thermodynamic Characterization of Complex Formation for Electron Transfer – K Ishimori (Hokkaido University)

15:20 1326

Ferrochelatase, the Cornerstone Sensor Between Porphyrin Synthesis and Iron Metabolism – G C Ferreira, M E Gillam, and G A Hunter (University of South Florida)

15:40 Break 16:00 1327

Allosteric Regulation of Redox Potential and Enzyme Activity of Tryptophan Dioxygenase – S R Yeh, A Lewis-Ballester, and S Karkashon (Albert Einstein College of Medicine)

16:20 1328

Diporphyrin and Dipyrene Nanocalipers for Discrimination of Diameter and Metallicity in Single-Walled Carbon Nanotubes – N Komatsu and G Liu (Shiga University of Medical Science)

16:40

1329

17:00 1330

17:20

1331

Electron-Deficient Porphyrin-Fullerene Cocrystallates: Effect of Fullerene on the Porphyrin Ring Conformation – B P (and K K (Indian Institute of Technology Madras) Photosynthetic Donor-Acceptor Mimicry Using Near-Infrared Photosensitizers – F D’Souza, V Bandi, B Heine (University of North Texas), M El-Khouly (Osaka University), V Nesterov (University of North Texas), K Ohkubo (Osaka University), M Zandler (Wichita State University), and S Fukuzumi (Osaka Prefecture University) Carbon Nanotubes As Electronic Connections Between Molecules and Substrates – J G Shapter, K Moore (Flinders University), J Yu (University of Adelaide), B Flavel (Karlsruhe Institute of Technology), A Abell (University of Adelaide), C Shearer, and A Ellis (Flinders University)

Meeting Program l May 11-15, 2014 l Orlando, FL

Advanced Devices and Integration – 10:00 – 12:00 Co-Chairs: Zhi David Chen and Minghwei Hong 10:00 1369 10:30

1370

11:00 1371

11:30

1372

Gate Stacks for Silicon, Silicon Germanium, and III-V Channel Mosfets – M M Frank (IBM) Replacement Metal Gate/High-k Last Technology for Aggressively Scaled Planar and Finfet-Based Devices – A Veloso, J W Lee, E R Simoen, L Ragnarsson, H Arimura, M J Cho, G Boccardi, A Thean, and N Horiguchi (Imec) Processing Challenges of CMOS Integration of Finfets with All-Last Gate Stacks – C Zhao, T Ye, H Zhu, H Yin, J Luo, H Yang, C Li, T Yang, H Cui, J Gao, G Wang, Q Xu, J Xiang, Y Zhang, Z Zhao, J Liu, P Hong, L Meng, T Li, J Li, X He, W Xiong, D Wang, Y Lu, J Li, H Zhong, H Yin, J Yan, and W Wang (Chinese Academy of Sciences) Modeling the Influence of Interface Traps on the Transfer Characteristics of InAs Tunnel-FETs and Mosfets – M Pala (IMEP-LAHC) and D Esseni (DIEGM - University of Udine)

Memory Devices and Technology – 14:00 – 17:20 Co-Chairs: Martin M. Frank and Anabela Veloso 14:00 1373 14:30

1374

Charge Trapping Type SOI-FinFET Flash Memory – Y Liu (National Institute of AIST) High-k Dielectrics and High Work Function Metals for Hybrid Floating Gate NAND Flash Applications – J G Lisoni, L Breuil, P Blomme, M B Zahid, J Meersschaut (IMEC, Belgium), A Bergmaier, G Dollinger (Universität der Bundeswehr, München, Germany), F De Stefano, V V Afanas’ev (KU Leuven, Belgium), G Van den Bosch, and J Van Houdt (IMEC, Belgium)

87

Tuesday, May 13

11:00 1319

15:00 1375

Characteristics of Charge Trap Flash Memory with Al2O3/(Ta/Nb)Ox /Al2O3 Multi-Layer – T Nabatame, A Ohi (National Institute for Materials Science), K Ito, M Takahashi (Osaka University), and T Chikyo (National Institute for Materials Science)

15:30 Break 1376

Photoelectron Spectroscopic Study on High-k Dielectrics Based Nanoionics-Type ReRAM Structure Under Bias Operation – T Nagata and Y Yamashita (International Center for Materials Nanoarchitectonics (WPI-MANA, National Institite for Materials Science), H Yoshikawa, K Kobayashi, and T Chikyow (National Institute for Materials Science)

16:20 1377

Temperature Impact on Reliablity and Manufacturing of Embedded Hfox-Based Rram – L Perniola and E Jalaguier (CEA/LETI Minatec Campus)

15:50

Tuesday, May 13

16:50 1378

N3

From Materials Science to Integrated 1T1R HfO2Based Rram Arrays – C Walczyk, M Sowinska, D Walczyk, P Calka, T Bertaud, and T Schroeder (IHP)

More-than-Moore

Dielectric Science and Technology / Electronics and Photonics / Sensor / Interdisciplinary Science and Technology Subcommittee Union, Ground Level, Hilton Orlando Bonnet Creek

More-Than-Moore Technology – 08:00 – 10:30 Co-Chairs: Yiyu Shi and F. Levent Degertekin 08:00 1407

08:40 1408

Integrated CMOS-MEMS Technology and Its Applications – K Machida (NTT Advanced Technology Corporation, Tokyo Institute of Technology), T Konishi (NTT Advanced Technology Corporation), D Yamane (Tokyo Institute of Technology), H Toshiyoshi (University of Tokyo), and K Masu (Tokyo Institute of Technology) Knitted Electrochemical Capacitors Via Natural Fiber Welded Electrode Yarns – D P Durkin (US Naval Academy), K Jost (AJ Drexel Nanotechnology Institute, Materials Science and Engineering Department, Drexel University), E K Brown (United States Naval Academy), L M Haverhals (Bradley University), G Dion (Shima Seiki Haute Technology Laboratory, Excite Center, Drexel University), H C De Long (US Air Force Office of Scientific Research), P C Trulove (US Naval Academy), and Y Gogotsi (AJ Drexel Nanotechnology Institute, Materials Science and Engineering Department, Drexel University)

09:20

Break

09:50 1409

3D Packaging Technologies and Applications, Latest Challenges and Supply Chain Activities – R Beica, T Buisson, and A Pizzagalli (Yole Developement)

More-Than-Moore Materials and Processing – 14:00 – 16:00 Co-Chairs: Sylvia Thomas and Yaw S. Obeng 14:00

88

1410

Engineering Chalcogenide Materials – from Optics to Microelectronics – K A Richardson (University of Central Florida) and T Mayer (The Pennsylvania State University)

14:40

1411

Effects of Annealing Process on Morphology, Crystal Structure, and Photoelectrical Properties of CZTS Thin Films – L Cao, J Sui, Q Zhang, Q Zhu, H Dong (Qingdao University of Science and Technology), and L Dong (Missouri State University)

15:20

1412

Development of Novel Three-Dimensional Structuring of Integrated Circuits by Using Low Temperature Direct Bonding for CMOS Image Sensors – M Goto, K Hagiwara, Y Iguchi, H Ohtake (NHK Science and Technology Research Laboratories), T Saraya, E Higurashi, H Toshiyoshi, and T Hiramoto (University of Tokyo)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek N3 More-Than-Moore Poster Session – 18:00 – 20:00 •

P1

1413

Effect of Using Ethanol As the Oxygen Source on the Growth and Dielectric Behavior of Atomic Layer Deposited Hafnium Oxide – S K Selvaraj, A Colon, J Shi, and C G Takoudis (University of Illinois at Chicago)

Chemical Mechanical Polishing 13

Dielectric Science and Technology Bonnet Creek Ballroom VII, Lobby Level, Hilton Orlando Bonnet Creek

CMP of Metals – 08:20 – 09:30 Co-Chair: Yaw S. Obeng 08:20

Introductory Remarks

08:30 1422

W CMP Initiation Mechanism Study Using in-Situ Metrologies – K Xu, T Y Liu, S H Shen, Y Wang, I Carlsson, B Swedek, T Kitajima, and W C Tu (Applied Materials)

08:50 1423

Effect of Various W Film and Barrier Material on the Corrosion during W CMP – M C Kang (SKhynix Semiconductor Inc)

09:10

1424

Chemically Impregnated Abrasives Provide High Planarization Efficiency Copper CMP Slurry – R Ihnfeldt (General Engineering & Research, LLC)

CMP of Dielectrics – 10:00 – 11:40 Co-Chair: Iqbal Ali 10:00 1425

Role of Surface Chemistry of Ceria Nanoparticles in CMP – J Seo (Hanyang University), J Moon (Hanyang University, Samsung Electronics), K Kim (Hanyang University), Y Kim, S Kim (Samsung Electronics), and U Paik (Hanyang University)

10:20 1426

A Cahn Hilliard Modeling of Metal Oxide Thin Films for Advanced CMP Applications – G B Basim, Y Sengul, and A Karagoz (Ozyegin University)

10:40

1427 TiO2 Abrasive for Dielectric CMP Application – H Cui, E B Seo, S Yun, J Park, and J G Park (Hanyang University)

11:00 1428

UV VIS Studies of Ce(III)/Ce(IV) Redox Reactions to Understand Abrasive and Work Surface Interactions during STI CMP – U TD and S Ramanathan (Indian Institute of Technology)

Meeting Program l May 11-15, 2014 l Orlando, FL

1429

The Effect of Amino Acids on Step Height Reduction in STI CMP – K Kim (Hanyang University), J Seo (Hanyang University), J Moon (Hanyang University, Samsung Electronics), Y Kim, S Kim (Samsung Electronics), and U Paik (Hanyang University)

CMP Integration and Control – 14:00 – 15:20 Co-Chair: Gautam Banerjee 14:00 1430

14:20

1431

Development of 3-D Chemical Mechanical Polishing Process for Nanostructuring of Bioimplant Surfaces – Z Ozdemir, O Orhan, O Bebek, and G B Basim (Ozyegin University) Effect of La Doping of Ceria Abrasives on STI CMP Selectivity – V S P Bulusu (Indian Institute of Technology), J G Park (Hanyang University), and S Ramanathan (Indian Institute of Technology)

1432

ALD W Metal Gate CMP – T Yang, Q Xu, Y Lu, Z Yue, J Xu, G Wang, H Cui, J Li, J Yan, and C Zhao (Chinese Academy of Sciences)

15:00 1433

Improving Selectivity on Ge CMP Applications – A Karagoz and G B Basim (Ozyegin University)

14:40

Current Topics in CMP – 15:40 – 16:50 Co-Chair: B. Basim 15:40

1434

16:00 1435

16:20 1436 16:40

Current Status of Slurries and Cleans for CMP of III-V Device Fabrications – a Critical Review – G Banerjee (Air Products and Chemicals Inc) Application of Fluorescence Correlation Spectroscopy in the Characterization of Particle Size Distributions of Colloidal Silica Abrasives Used in Chemical-Mechanical Planarization – E E Remsen (Bradley University), M Moinpour, A Rawat (Intel Corporation), D K Turner (Bradley University), L Jacobson (Bradley University, Bradley University), C T Carver, and A Tripahi (Intel Corporation) Development of Silicon Polish on 450mm CMP Tool – C A Lee, V Huang, E Cormican, F Ku, J Lin (G450C), G Sin, and R Lum (AMAT)

P2

Silicon Compatible Materials, Processes and Technologies for Advanced Integrated Circuits and Emerging Applications 4

Electronics and Photonics / Dielectric Science and Technology Flagler, Ground Level, Hilton Orlando Bonnet Creek Emerging Device Architectures-FINFETs/ETSOI/Nanowires – 09:00 – 12:00 Co-Chairs: Vijay Narayanan and Kuniyuki Kakushima 09:00 1449

09:40 Break 10:00 1450

Challenges in Contact Technologies for Planar/ Non-Planar Si Technologies – P Adusumilli, E Alptekin, and N Breil (IBM )

10:40 1451

Back Gate Bias Stressing on Extremely Thin SOI (ETSOI) with Gate Last Process Integration – Z Tang, B Tang, J Xu, Y Xu, H Wang, J Li, J Yan, C Zhao, G Wang, and D Wang (Chinese Academy of Sciences)

11:00

1452

Effect of SOI Substrate on CMOS Devices Reliability – X Federspiel, D Angot, W Arfaoui, F Monsieur, M Rafik, F Cacho, V Huard, D Roy, and P Mora (ST Microelectronics)

11:40

1453

Growth of the Manganese Silicide/Silicon Nanowire Heterostructures and Their Physical Properties – Y S Hsieh, C W Huang, C H Chiu, K C Lu, and W W Wu (National Chiao Tung University)

High Mobility Channels – 14:00 – 17:40 Co-Chairs: Evgeni Gousev and P. J. Timans 14:00 1454

Strained Germanium Nanowire MOSFET with Low-Parasitic Resistance Metal Source/Drain – K Ikeda, Y Kamimuta, Y Moriyama, M Ono, M Oda, T Irisawa, and T Tezuka (Collaborative Research Team Green Nanoelectronics Center , National Institute of Advanced Industrial Science and Technology)

14:40 1455

Significant Enhancement of High-Ns Electron Mobility in Ge n-Mosfets with Atomically Flat Ge/GeO2 Interface – C Lee, T Nishimura, C Lu, W Zhang (University of Tokyo, JST-CREST), K Nagashio (University of Tokyo), and A Toriumi (University of Tokyo, JST-CREST)

Concluding Remarks

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek P1 CMP Poster Session – 18:00 – 20:00 •

1437

Reduction of Metal Contaminants Level on the Silicon Wafer Surface Using Chemical Additive during Chemical Mechanical Polishing – H Cui, J G Park, J Park, S Yun, and E B Seo (Hanyang University)

•

1438

Research of New Concept Dishing-Less Tungsten CMP Slurry Using Using 25 Nm Crystal Zirconium Dioxide Abrasive – E B Seo, H Cui, S Yun, J Park, and J G Park (Hanyang University)

Meeting Program l May 11-15, 2014 l Orlando, FL

Material Engineering for 7nm Finfets – V Moroz, J Huang, M Choi, and L Smith (Synopsys)

15:20 Break 15:40 1456

Reducing EOT and Interface Trap Densities of High-k/III-V Gate Stacks – S Stemmer, V Chobpattana, T Mates, W Mitchell, and J Zhang (University of California, Santa Barbara)

16:20 1457

P-Type III-Sb Mosfet on a Metamorphic Substrate: Towards All III-V CMOS – S Oktyabrsky, V Tokranov, S Madisetti, A Greene, M Yakimov (SUNY CNSE), S Bentley, and A Jacob (Global Foundries)

17:00 1458

MOCVD of III-V Compounds on Silicon Substrate-Status and Challenges – M Heuken (Aixtron SE)

89

Tuesday, May 13

11:20

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

09:00 1486

P2 Poster Session – 18:00 – 20:00 •

•

•

Tuesday, May 13

•

•

1459

1460

1461

1462

1463

Raman Characterization of Poly-Si Channel Materials for 3D Flash Memory Device Applications – W S Yoo, T Ishigaki, T Ueda, K Kang (WaferMasters, Inc), D S Sheen, S S Kim, M S Ko, W S Shin, N Y Kwak, and B S Lee (SK Hynix, Inc) Novel Clean Concept of Advanced Patterning Film (Amorphous Carbon) for Beyond 2xnm Generation Self Align Double Patterning (SADP) Process – H Tai, Y M Liao, W T Liu, W C Peng, and T H Ying (Powerchip Technology Corporation) Novel Poly Gate Shaping By Wet Etch Process in 2xnm Flash Device – Y M Liao, H Tai, W T Liu, H M Chang, W C Peng, T H Ying (Powerchip Technology Corporation), C H Tang, and C C Yang (Avantor Performance Materials Taiwan) Formation of Large Grain Ge Single Crystal on Insulating Substrate By Liquid-Solid Coexisting Annealing of a-Ge(Sn) – R Matsumura, Y Kai, H Chikita, T Sadoh, and M Miyao (Kyushu University) Effect of Composition Ratio on Erbium Silicide Work Function on Different Morphology of Si(100) Surface Changed By Alkaline Etching – H Tanaka, T Suwa, A Teramoto (Tohoku University), T Motoya (Mitsubishi Electric Corporation), S Sugawa, and T Ohmi (Tohoku University)

•

1464

Single Crystalline Beta-FeSi2 Nanowires: Growth and Their Physical Properties – C Y Yang, W J Huang, and K C Lu (National Cheng Kung University)

•

1465

Process Parameters Effect on Deep Silicon Etching for High Density Capacitor Structure – L Meng, J Yan, C Li, J Li, P Hong, J Luo, J Li, and C Zhao (Chinese Academy of Sciences)

•

1466

Multilevel Resistive Memory Switching in Amorphous Ternary High K-Dielectric Oxide LaGdO3 Thin Films Grown By Pulsed Laser Deposition – P Misra, S P Pavunny, and R S Katiyar (University of Puerto Rico)

Q1

Fluorescence and Emerging Applications II – 10:00 – 11:40 Co-Chairs: El-Hang Lee and Emilio Palomares 10:00 1487

Instrumentation Design of a High-Speed Fluorescence Lifetime Imaging Microscope Tailored to High-Throughput Screening for Drug Discovery – A Tsikouras (McMaster University), Q Fang (Engineering Physics), and A Yeh (McMaster University)

10:20 1488

Measuring Fluoresence of Intralipid in Tissue Simulating Phantoms – V N D Le (McMaster University)

10:40 1489

Lensless Fluorescence Imaging System to Measure Surface Sample Flow – C D Salthouse and A Shanmugam (University of Massachusetts)

1490

Fano Resonance Photonic Crystal Membrane Lasers and Filters for Integrated Silicon Photonics – W Zhou (University of Texas at Arlington) and Z Ma (University of Wisconsin)

11:10

Environmental Applications I – 14:00 – 15:00 Co-Chairs: Christopher D. Salthouse and Ravi Selvaganapathy 14:00 1491

14:30

1492

90

Bacterial Diagnostic Chip By the Detection of Fluorescence from Legionella pneumophila in a Microbeads Suspension – R Hayashi, H Nakazawa (Toyohashi University of Technology), K Sawada (Electronics-Inspired Interdisciplinary Research Institute, Toyohashi University of Technology), M Ishida (Toyohashi University of Technology, Electronics-Inspired Interdisciplinary Research Institute, Toyohashi University of Technology), H Ishii (Toyohashi University of Technology), K Machida (Tokyo Institute of Technology, NTT Advanced Technology Corporation), C Wang, K I Iida, M Saito, and S I Yoshida (Kyushu University)

Applications of Optoelectronics Sensor Technology in Environmental and Personal Health Monitoring – Q Fang (McMaster University), M J Deen (Electrical and Computer Engineering), and R Selvaganapathy (Mechanical Engineering)

15:30

1493

Single Photon Avalanche Diode for a TimeGated Raman Spectrometer – Z Li (School of Biomedical Engineering), M J Deen (Electrical and Computer Engineering, School of Biomedical Engineering), R Selvaganapathy (Mechanical Engineering, School of Biomedical Engineering), and Q Fang (Engineering Physics, School of Biomedical Engineering)

15:50

1494

In-Line Monitoring of Bacteria in Drinking Water By Infrared Spectroscopy and Micro-Flow Cytometry – T Guo IV (McMaster University), M J Deen (Electrical and Computer Engineering), R Selvaganapathy (Mechanical Engineering), C Xu (McMaster University), and Q Fang (Engineering Physics)

16:10

1495

Development of a Miniaturized Dissolved Oxygen Sensor with Anti-Biofouling Coating for Water Monitoring – H Hsu, F Du, Q Fang (McMaster University), R Selvaganapathy (Mechanical Engineering), and C Q Xu (McMaster University)

Fluorescence and Emerging Applications I – 08:30 – 09:30 Co-Chairs: Hiromu Ishii and Boon S. Ooi 08:30 1485

Label-Free and Real-Time Photonic Sensors As Analytical Platforms for Environmental Monitoring of Pollutants and Medical Diagnosis – L F Marsal, M Alba, G Macias, P Formentin, J Ferre-Borrull, J Pallares (Universitat Rovira i Virgili), and A Santos (University of Adelaide)

Environmental Applications II – 15:30 – 16:30 Co-Chairs: Lluis F. Marsal and Weidong Zhou

Integrated Optoelectronics 7

Electronics and Photonics / Dielectric Science and Technology Gilchrist, Ground Level, Hilton Orlando Bonnet Creek

Low Light CMOS Contact Imager with Integrated Dual Band Emission Filters for Fluorescence Detection – S K Mahto and O Yadid-Pecht (University of Calgary)

Meeting Program l May 11-15, 2014 l Orlando, FL

14:00 1524

Effect of Annealing on Electronic Carrier Transport Properties of Gamma-Irradiated AlGaN/GaN High Electron Mobility Transistors – A Yadav, C Schwarz, M Shatkhin, L Wang, E Flitsiyan, L Chernyak (University of Central Florida), L Liu, Y H Hwang, F Ren, and S J Pearton (University of Florida)

14:30 1525

Effect of Proton Irradiation on DC Performance and Reliability of Circular-Shaped AlGaN/GaN High Electron Mobility Transistors – Y Y Xi, Y H Hwang, Y L Hsieh, S Li, F Ren, S J Pearton, E Patrick, and M E Law (University of Florida), G Yang (Korea University), H Y Kim, J Kim (Korea University), A G Baca, A A Allerman, and C Sanchez (Sandia National Laboratories)

14:50 1526

Enhanced Electrical and Nuclear Radiation Detection Performance in BiI3 Wide Bandgap Semiconductor Detectors – H Han, M Hong, S S Gokhale, S B Sinnott, J E Baciak, and J C Nino (University of Florida)

Electronics and Photonics / Sensor Manatee, Ground Level, Hilton Orlando Bonnet Creek

GaN-based Sensor and Electronics – 08:15 – 12:10 Co-Chairs: Albert G. Baca and Brent P. Gila 08:15

1515

Rapid C-Reactive Protein Detection with AlGaN/ GaN High Electron Mobility Transistors in Integrated Microfluidic System – Y W Kang, C L Lin, K W Chang, W H Chang, G B Lee, and Y L Wang (National Tsing Hua University)

08:45

1516

Large Area Semipolar GaN Grown on Foreign Substrates – F Scholz, M Caliebe, T Meisch, M Alimoradi, M Klein (Institute of Optoelectronics), M Hocker, B Neuschl, I Tischer, and K Thonke (Institute of Quantum Matter/Semiconductor Group)

09:15

1517

Carrier Dynamics and Photon Management for Improvement in Quantum Efficiencies of GaN-Based Visible Light-Emitting Diodes – J H Ryou (University of Houston), J Kim, S Choi, H J Kim, Z Lochner, M H Ji, M M Satter, T Detchprohm, P D Yoder, R D Dupuis (Georgia Institute of Technology), M Asadirad (University of Houston), J Liu (Suzhou Institute of Nanotech and Nano-bionics), J S Kim (Chonbuk National University), A Fischer, R Juday, F Ponce (Arizona State University), M K Kwon (Chosun University), D Yuan, R Guo, and S Das (Georgia Institute of Technology)

15:10 Break 15:25 1527

1528

AlGaN/GaN Hemt Reliability and Trap Detection Using Optical Pumping – D Cheney (University of Florida)

16:25 1529

Low Dose Gamma Irradiation Effect on DC Performance of Circular-Shaped AlGaN/GaN High Electron Mobility Transistors (c-HEMTs) – Y H Hwang, Y L Hsieh, S Li, F Ren, S J Pearton, A Yadav, C Schwarz, M Shatkhin, E Flitsiyan, and L Chernyak (University of Central Florida), and I I Kravchenko (Oak Ridge National Laboratory)

16:45

1530

Low Current Collapse and Low Leakage GaN MIS-Hemt Using AlN/Sin As Gate Dielectric and Passivation Layer – S C Liu, Y Y Wong, Y C Lin, and E Y Chang (National Chiao Tung University)

17:05

1531

Silicon Nitride Thickness Dependent Electrical Properties of InAlN/GaN Heterostructures – S P Singh, Y Liu, L M Kyaw, Y J Ngoo, M K Bera (National University of Singapore), S Tripathy (Institute of Materials Research and Engineering, A*STAR), and E F Chor (National University of Singapore)

15:55

09:45 Break 10:00 1518

Backside Proton Irradiation Effect on DC Performance and Reliability of AlGaN/GaN High Electron Mobility Transistors – S Li, Y H Hwang, Y L Hsieh, F Ren, S J Pearton, E Patrick, M E Law, and C Velez (University of Florida)

10:20 1519

High Temperature Wireless Smart Sensor Technology Based on Silicon Carbide Electronics – G W Hunter, M C Scardelletti, G E Ponchak, G M Beheim, J A Mackey, D J Spry, R D Meredith, F W Dynys, J L Jordan (NASA Glenn Research Center), L Y Chen (Ohio Aerospace Institute), and K Harsh (Sporian Microsystems)

10:50 1520 11:20

11:50

1521

1522

GaN Field Effect Transistor Biosensors: Toward Single Molecular Detection and Clinical Applications – W Lu (The Ohio State University) Stability and Performance of Peptide Functionalized AlGaN/GaN High Electron Mobility Transistor Biosensors – N Rohrbaugh, I Bryan, R Collazo, and A Ivanisevic (North Carolina State University) Investigation of Traps in AlGaN/GaN Hemts By Sub-Bandgap Optical Pumping Under DC and Gate-Lag Measurement – T S Kang, D Cheney, B P Gila, F Ren, and S J Pearton (University of Florida)

R1

Nanoscale Luminescent Materials 3

Dielectric Science and Technology / Luminescence and Display Materials Lake, Ground Level, Hilton Orlando Bonnet Creek

Quantum Dot LEDs – 08:10 – 09:30 Co-Chair: Richard Martel 08:10

1574

GaN-based High Electron Mobility Transistors – 13:30 – 17:25 Co-Chairs: Krishna Shenai and Jihyun Kim 13:30 1523

Review of Recent Studies into Failure Mechanisms of AlGaN/GaN Hemt Transistors – K S Jones, M R Holzworth (University of Florida), and P Whiting (Intel Corporation)

Meeting Program l May 11-15, 2014 l Orlando, FL

Fundamental Modeling of Radiation Effects in AlGaN/GaN Hemts – E Patrick, M E Law, S Li, Y H Hwang, F Ren, and S J Pearton (University of Florida)

08:50 1575

Narrow Linewidth, Highly Efficient, and Integrated Light Emitting Diodes Based on Ge Quantum Dots in Optical Microcavities – X Xu, T Maruizumi, and Y Shiraki (Tokyo City University) Improving the Performance of Quantum Dot Light-Emitting Diodes through Nanoscale Engineering – J M Pietryga (Los Alamos National Laboratory), W K Bae (Los Alamos National Laboratory, Korea Institute of Science and Technology), Y S Park, I Robel, and V I Klimov (Los Alamos National Laboratory) 91

Tuesday, May 13

Q2

Wide Bandgap Semiconductor Materials and Devices 15

Carbon-based Systems – 10:00 – 11:40 Co-Chair: Zetian Mi 10:00 1576

Carbon Nanotube Based Photonics – A Noury, X Le Roux (Institut d’Electronique Fondamentale), E Gaufrès (Univ Montréal), L Vivien, and N Izard (Institut d’Electronique Fondamentale)

10:40 1577

Recent Advances on Electrically Induced Light Emission from Carbon Nanotubes – R Martel (Université de Montréal)

11:20 1578

Structural and Optical Properties Studies of Luminescent Silicon Carbonitride Thin Films – Z Khatami, P R J Wilson, P Mascher, and J Wojcik (McMaster University)

Tuesday, May 13

Rare-Earth Doped Si Systems – 14:00 – 18:00 Co-Chairs: Nicolas Izard and Akira Uedono 14:00 1579

Rare Earth Luminescence in Nanostructured Amorphous Silicon Alloys – L R Tessler (IFGW Unicamp)

14:40 1580

Rare Earth-Doped Si-Based Thin Films – F Gourbilleau, A Fafin, P Benzo, L Dumont, J Cardin, C Labbe, and C Dufour (CNRS/CEA/ ENSICAEN/UCBN)

15:20 1581

Lanthanides Doped Nanocrystals for Bio-Medical Applications – Their Spectral and Temporal Properties – A Podhorodecki, M Banski, A Noculak, B Sojka, A Zelazo, and J Misiewicz (Wroclaw University of Technology)

•

1589

Theoretical Screening of Novel Host Oxide Materials Suitable for Eu 2+ Doped Yellow and Red Luminescence Phosphor – H Takaba and R Matsui (Kogakuin University)

•

1590

Quantitative Correlation of Surface Composition to Optical Properties of CdSe Nanocrystals – B Shakeri and R W Meulenberg (University of Maine)

Z1

General Student Poster Session All Divisions

Z1: General Student Poster Session – 18:00 – 20:00 •

1599

The Effect of Repeated Activation on ScreenPrinted Carbon Electrode Cards – C Martin and C Grgicak (Boston University School of Medicine)

•

1600

Electrically Driven Molecule Transport within Penta Block Copolymer and Improvement of Electrodialysis Process – D Wang (University of Connecticut)

•

1601

Spinel Oxide Catalysts for Oxygen Reduction in Microbial Fuel Cells – N Hanna, A Reilly, A Crawford, and C F Windisch Jr (University of Central Missouri)

•

1602

Finite Element Simulation of Fast Sweep Voltammetry at Ultramicroelectrode – M M P Machado, F W D S Lucas, E C Pereira (Universidade Federal de São Carlos, São CarlosSP), and M C Lopes (Universidade Estadual do Centro Oeste, Guarapuava, PR)

•

1603

Corrosion Inhibition Efficiency on X65 Steel of Single Surfactant and Mixtures of Alkyl Benzyl Dimethyl Ammonium Chlorides – Y Zhu (University of Utah)

•

1604

Delay-Time Effect on the Transistor Performance after Reactive Ion Etching – S Park (Sungkyunkwan University, Samsung Electronics Coltd), I Kim, Y Son, Y Park, J Choi (Samsung Electronics Coltd), and Y Roh (Sungkyunkwan University)

•

1605

Consolidated Vacuum Sublimation Module: a Purification Apparatus and Process for Solid-Phase Materials – M May (Techmetals Incorporated), E Paul (Urbana University), and V Katovic (Wright State University)

•

1606

Multifunctional CNT-Polymer Composites for Ultra-Tough Structural Supercapacitors and Desalination Devices – J Benson, S Boukhalfa, I Kovalenko (Georgia Institute of Technology), M Schauer (Nanocomp Technologies, Inc), and G Yushin (Georgia Institute of Technology)

•

1607

A Chemically Modified Sensor for the Electroanalytical Quantification of Clomiphene Citrate in Pharmaceuticals Formulation – R Jain, D Kumar, and V LAL (Jiwaji University)

•

1608

Plan to Vertical Milling Technique By Focused Ion Beam – S Lee (Samsung Electronics Co, Sungkyunkwan University), C W Yang (Sungkyunkwan University), T J Park (Samsung Electronics Co), J K Kim (Samsung Electronics Co, Sungkyunkwan University), J H Ahn, J Choi, and G Y Song (Samsung Electronics Co)

16:00 Break 16:20 1582 17:00 1583

Photon Management Using Si Nanocrystals and Er Ions – T Gregorkiewicz (University of Amsterdam) Hot Electron Engineering and Superlattices for Rare-Earth Doped Si-Based Light Emitters – B Garrido, J M Ramirez, Y Berencen, B Mundet, J López, and S Hernández (Universitat de Barcelona)

17:40 1584 Tb3+ Luminescence in a-SiNx:H – G F Bosco and L R Tessler (IFGW - Unicamp) Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek R1 Nanoscale Luminescent Materials 3 Poster Session – 18:00 – 20:00 Co-Chairs: Peter Mascher and David J. Lockwood •

1585

Green Emission of Terbium Doped Silicon Rich Silicon Oxide Films Obtained By Chemical Vapor Deposition – A Podhorodecki, G Zatryb, L W Golacki, J Misiewicz (Wroclaw University of Technology), J Wojcik, P R J Willson, P Masher (McMaster University), J Wang, and W Jadwisienczak (Ohio University)

•

1586

Red LaPO4:Eu Nanophosphor for Near UV LED and Field Emission Display Applications – S H Yang, C K Yang, and J H Yan (National Kaohsiung University of Applied Sciences)

•

1587

Flexible Thin Film Display Based on Optical Waveguide for Signage – B J Park, S T Park, K U Kyung, S R Yun, and S K Nam (Electronics and Telecommunications Research Institute)

•

1588

Phase Transition of Npb Molecule Under Vacuum – J T Kim, S Shim, and J Y Yun (Korea Research Institute of Standards and Science), and O Kwon (Samsung Electronics Co, Ltd)

92

Meeting Program l May 11-15, 2014 l Orlando, FL

1609

Al-Zn Alloy Formation from Non-Aqueous Solution By Electrochemical Technique – K Sano, N Tasugi, N Watanabe, and I Koiwa (Kanto Gakuin University)

•

1610

Al-Fe Alloy Formation from Non-Aqueous Solution By Electrochemical Technique – N Tasugi, K Sano, N Watanabe, and I Koiwa (Kanto Gakuin University)

•

1611

Effects of Nanotextured PDMS on Cell Culture and Growth – M Islam, A I Mahmood, Y T Kim, and S M Iqbal (University of Texas at Arlington)

•

1612

Fluorinated Graphene-Based High Performance Electrodes for Primary Lithium Batteries – D Damien (Indian Institute of Science Education and Research), P M Sudeep (Cochin University of Science and Technology), T Narayanan (CSIRCentral ElectroChemical Research Institute), M R Anantharaman (Cochin University of Science and Technology), P M Ajayan (Rice University), and M M Shaijumon (Indian Institute of Science Education and Research)

•

1613

Fabrication of Double Layered TiO2 Photoelectrodes Using Electrostatic Inkjet Printing – A Seki, Y Shimoyama, M Ogawa, S Umezu, and Y Kunugi (Tokai University)

•

1622

Nanoporous Li2S and MWCNT-Linked Li2S Powder Cathodes for Lithium-Ion Battery Chemistries – F Wu (Georgia Institute of Technology, Central South University), A Magasinski, and G Yushin (Georgia Institute of Technology)

•

1623

Electrochemical Performance of Lithium-Sulfur Cells in Various Organic Electrolyte Solutions – J Y Koh, E H Kim, S S Park, and Y Jung (KoreaTech)

•

1624

Synthesis of Ellipsoid TiO2 Nanoparticles and Their Application to Photoelectrodes of DyeSensitized Solar Cells – Y Shimoyama, M Furue, T Kikuchi, K Tomita, and Y Kunugi (Tokai University)

•

1625

Effect of Waveforms of Applied Voltage on CO2 Reforming of CH4 in an Atmospheric Plasma Reaction – D B Nguyen and W G Lee (Kangwon National University)

•

1626

Layer-By-Layer Construction of Flatly Adsorbed Porphyrin Monoayers on a Au(111) Surface – N Aoki, T Arisaka, B Zhang, and T Kondo (Ochanomizu University)

•

1627

Influence of Bound Metals on the Electrical Properties of Single Molecule Junction Porphyrin-Imides Linked to SWNTs – M Handayani, S Gohda, H Tanaka, D Tanaka, and T Ogawa (Osaka University)

•

1628

Single Crystal Nuclear Magnetic Resonance Studies of LiMn xFe1-XPO4 – L Cirrincione, T Nosach, P Stallworth, S Greenbaum (Hunter College of CUNY), Y Janssen (Stony Brook University), and P Khalifah (Brookhaven National Laboratory, Stony Brook University)

•

1614

Development of Amorphous Oxide Coated Anode for Electrowinning of Zinc and Copper – T Zhang, M Ueda, Y Yamada, and M Morimitsu (Doshisha University)

•

1615

Correlation Between CD Bias and Fwhm Bandwidth on Immersion Exposure Systems – J Jung (Samsung Electronics Co Ltd, Sungkyunkwan University) and Y Roh (Sungkyunkwan University)

•

1616

Electroless Displacement Deposition of Nanocrystalline Al on Mg Surface from AlCl3Emic Room Temperature Ionic Liquid – B Xu, M Zhang, D Xue, R Qu, and G Ling (Zhejiang University)

•

1629

Thin and Flexible Solid State Electrolytes for Ambient and Middle Temperature Storage Systems – K Ahlbrecht, C Hupbauer, J Tübke (Fraunhofer ICT), and M J Hoffmann (Karlsruhe Institute for Technology)

•

1617

Lifting Defect Improvement of Plasma Enhanced Nitride – H Yu (PSamsung Electronics Co, Ltd, Sungkyunkwan University), D S Shin, S Kang, M Park, N I Lee, J H Ku (Samsung Electronics Co, Ltd), and Y Roh (Sungkyunkwan University)

•

1630

Pdm/Rgo with Enhanced Catalytic Activity for Electrooxidation of Formic Acid – C Hu (Nanjing University of Science and Technology)

•

1631

Designing Hybrid Inorganic-Organic Materials

By Utilizing Sol-Gel Chemistry for Batteries and Energy Storage – F Huang (University of Connecticut) and C J Cornelius (University of Nebraska)

•

1632

Photocatalytic Activity of Pt3ti/WO3 Photocatalyst Under Visible-Light Irradiation – M Hashimoto, A J Jeevagan, T Tsuda (Kanagawa University), G Saravanan (CSIR-National Environmental Engineering Research Institute), T Gunji (Kanagawa University), S Kaneko (Kanagawa University), M Miyauchi (Tokyo Institute of Technology), and F Matsumoto (Kanagawa University)

•

1633

Biodegradation Evaluation of Magnesium Alloys Corrosion Via Hydrogen Evolution Measurements – A S Gomes and A Mahapatro (Wichita State University)

•

1634

The Evolution of 3-Fold Symmetry Hexagon in Si Nanowire As a Function of Oxidation Time – J M Bae (Yonsei University), W J Lee (Yonsei University, Electronics and Telecommunications Research Institute), J W Ma, J H Kim, M H Cho, S H Oh (Yonsei University), and C Kang (Gwangju Institute Science and Technology)

•

1618

Boosting Supercapacitor Performance of Carbon Fibres Using Electrochemically Reduced Graphene Oxide Additives – Y Cao (Tsinghua University)

•

1619

Revealing Morphotropic Phase Boundary and Phase Transition Behavior in Strained BiFeO3 Thin Films – C H Chiu, W I Liang, C W Huang, Y H Chu, and W W Wu (National Chiao Tung University)

•

1620

Erosion of Electrochemically Generated Metastable Metal Surfaces (MMS) on Gold and Platinum Electrodes – E Karthik and K L Phani Sr (Central Electrochemical Research Institute)

•

1621

A Molecular Dynamics Simulation Study of Electrical Double Layers Formed By an Organic Solvent/Ionic Liquid Mixture at Charged Surfaces – Z Hu, J Vatamanu, and D Bedrov (University of Utah)

Meeting Program l May 11-15, 2014 l Orlando, FL

93

Tuesday, May 13

•

Tuesday, May 13

•

1650

Multi-Electrode Configurations for Electrochemical Measurements – E N Moss Jr, R Nelson, P L Moss, and M H Weatherspoon (Florida A&M University, Florida State University)

•

1651

Photoelectrochemical Analysis of Nanostructured Titanium Oxide Conjugated to Organic Molecules for Hydrogen Evolution – M L Giraldo (University of Central Florida), C Shepard (Principia College), T S Sakthivel, S Saraf, A Gupta, M Leuenberger, and S Seal (University of Central Florida)

•

1652

Study of Memory Effect of Nickel Hydrogen Battery – T Iwai and T Yao (Kyoto University)

Electrochemical Characterization of an Electroactive Ureidopyrimidinone Derivative, a Four Hydrogen Bond Array Containing a Dimethylaminophenylurea – L A Clare and D K Smith (San Diego State University)

•

1653

Development in Phosphor Glass Ceramics Composites – C Yuan-Run, W Fan-Bean, C Chih-Kun, and L Jin-Hong (National United University)

Electrical Properties of Nano Aluminum-Polymer Composite – K D Grossman, D Reid, S Saraf, and S Seal (University of Central Florida)

•

1654

ZnO Gate Based Mosfets for Sensor Applications – A K Saikumar, G Skaria, and K B Sundaram (Univ of Central Florida)

•

1655

Quantifying the Active Sites on Single Redox Active Nanoparticle – S Seal (NanoScience Technology Center), J Ortiz and S Barkam (University of Central Florida), and S Das (NanoScience Technology Center, University of Central Florida)

•

1656

In Situ Surface Enhanced Raman Spectroscopic Studies on Manganese Oxide – Z M Pavlovic and C Ranjan (Max Planck Institute for Chemical Energy Conversion)

Reflectance Studies in Silicon Nanowires Grown

By Electroless Etching – V H Velez (University of Central Florida), R G Mertens (Morehead State University), and K B Sundaram (University of Central Florida)

•

1657

Growth and Transfer of Nanowires with High Density and Aspect-Ratio Onto Flexible Substrates – C Xu, Y Zhao, S Chen, and J Liu (University of Florida)

The Effect of Bimetallic Surface Composition for Methanol Oxidation – T Garrick, W Diao, J Tengco, J Monnier, and J W Weidner (University of South Carolina)

•

1658

Detection of H 2O2 Using Redox Active Nanoparticles Immobilized on Highly Ordered Polymer Nanopillars – S Seal (NanoScience Technology Center), S Saraf (University of Central Florida), J Thomas (NanoScience Technology Center), Z Yu, and S Barkam (University of Central Florida)

•

1659

Electrospinning of “Welded” Carbon Fiber Paper for Lithium Ion Battery Current Collectors – B H Rainwater (Georgia Institute of Technology), G H Waller (Georgia Institute of Technology), J P Lee (Ulsan National Institute of Science and Technology), and M Liu (Georgia Institute of Technology)

•

1660

Cerium Oxide Nanoparticles Decorated SAM Modified Gold Electrode for ROS Biosensing – C J Neal (Advanced Materials Processing and Analysis Center), S Saraf (University of Central Florida), S Park (Materials Science and Engineering), S Das (NanoScience Technology Center), H J Cho (Materials Science and Engineering), and S Seal (NanoScience Technology Center)

•

1661

Detection of TCE Using Electrochemical Testing: Analyzing the Purity of Water – S Saraf, T S Sakthivel, D Reid, and L Hench (University of Central Florida), and S Seal (NanoScience Technology Center)

•

1635

Regeneration of Enzymatic Layer on LayerBy-Layer Assembled Biosensor Interfaces – Y Zhang, M Arugula, and A Simonian (Auburn University)

•

1636

Mathematical Modeling of the Electrodeposition Process – S K Suggu and A Mahapatro (Wichita State University)

•

1637

Relaxation Stage Analysis of Li Inserted Graphite By Means of One-Dimensional Rietveld Method – T Kitamura, S Park, S Takai, and T Yao (Graduate School of Energy Science, Kyoto University)

•

1638

High Density ZnO Nanowire Arrays for DyeSensitized Solar Cells Fabrication – Y Zhao, C Xu, Y Zou, and K J Ziegler (University of Florida)

•

1639

•

1640

•

1641

The Impact of Pt-Nanocluster Deposition and Nafion® Content on ORR on Molybdenum Carbide Derived Carbon Synthesized at 1000°C – S Sepp, J Nerut, K Vaarmets, R Kanarbik, E Härk, and E Lust (University of Tartu)

•

1642

High Efficiency Anti-Reflectance Graphenebased Coating through Electrochemical Etching and Deposition – X Jiang and H Zhu (Tsinghua University)

•

•

1643

1644

•

1645

Mathematical Model for the Cathode of Ethanol PEM Fuel Cell – J A Mesa, W H Lizcano Valbuena, and R D J Camargo Amado (Universidad del Valle)

•

1646

Optical Studies of Reactively Co-Sputtered Bcn Thin Films – A Prakash and K B Sundaram (Univ of Central Florida)

•

1647

Improved Performance and Pt Reduction Technology in the Manufacturing of the MEA

By Electro Spraying Process – J W Oh (Korea University), H Na (Yonsei University), S Nahm (Korea University), Y Kim, and H Choi (Korea Institute of Industrial Technology)

•

1648

Electromigration in Passivated Gold Interconnects for GaAs Devices – S Kilgore (Arizona State University)

•

1649

Room Temperautre Hydrogen Detection with the Use of Engineered Nanostrutured Tinoxide Array – R McCormack (University of Central Florida), N Shirato (University of Tennessee), U Singh (University of Central Florida), S Das (NanoScience Technology Center), A Kumar (University of Central Florida), H J Cho (University of Central Florida), R Kalyanaraman (University of Tennessee), and S Seal (NanoScience Technology Center)

94

Meeting Program l May 11-15, 2014 l Orlando, FL

1674

Microwave Assisted Hydrothermal Synthesis of NiO-Ce1-XEuxO2-y powders for Fuel Cell Catalytic Anodes – A L D Medeiros, A E Martinelli, D M D A Melo (UFRN), M O Orlandi (UNESP), and D A Macedo (UFRN)

•

1675

Plasma Assisted Preparation of PAN-Based Carbon Fiber – Q Dong, H J Cho, C Lu, Y Park, and T Kim (Pusan National University)

•

1676

Enhanced Areal Capacitance of Solid-State Supercapacitors Based on Graphene Mixed Gel Electrolyte – J Y Wang, C S Liao, Y H Luo, K Y Huang , and J H Huang (National Tsing Hua University)

•

1677

Benzene Adsorption on (110) Surfaces of Transition Metals: Role of Van Der Waals Interaction and Substrate – J Matos (University of Central Florida), H Yildirim (Purdue University), and A Kara (University of Central Florida)

•

1678

Effect of H-Bonding on the Electrochemistry of a p-Phenylenediamine-Based Urea Competition Between Another Urea and a Cyclic Diamide Guest – A T Pham, L A Clare, J E Woods, and D K Smith (San Diego State University)

Preparation and Characterization of CarbonEncapsulated Iron Nanoparticles and Its Application for Core-Shell Type of Catalyst – J K Park, J Y Park, S J Lee, J Jong, and H M Jang (Korea Research Institute of Chemical Technology)

•

1679

Chitosan-Based Polymer Electrolyte Containing an Ionic Liquid and Inorganic Salt – J Chupp, A Shellikari, and J Chatterjee (Florida State University)

An Extensive Computational Study of the Adsorption of Thiophene on Transition Metal Surfaces: Role of Van Der Waals – T Rojas and A Kara (University of Central Florida)

•

1680

Analysis of the Reduction of 1,2-Dimethyl-5Nitroimidazole Using Cyclic Voltammetry – K A C Ronquillo and D K Smith (San Diego State University)

Formation and Mathematical Modeling of Electrical Field Distribution within TiO2 Nanotube Arrays – Y Zhao, N Hoivik, and K Wang (Vestfold University College)

•

1681

Cerium Nanomaterials on Cell Membrane Mechanical Property for Drug Delivery Studies – A Ly (University of Central Florida), S Das (NanoScience Technology Center), S Barkam (University of Central Florida), and S Seal (NanoScience Technology Center)

•

1682

Effect of Pressure and Temperature on Nucleation and Growth Kinetics of Titanium Oxide Nanoparticles – A Gupta (Advanced Materials Processing and Analysis Center, University of Central Florida), S Das (University of Central Florida, NanoScience Technology Center), and S Seal (NanoScience Technology Center, Advanced Materials Processing and Analysis Center)

•

1683

Zinc Nucleation and Growth in Secondary Alkaline Batteries – D Desai (City College of New York) and S Banerjee (CUNY Energy Institute at the City College of New York)

1662

Effect of Varying Polyethylene Glycol Chain Length on Enzyme Activity – C J Neal (University of Central Florida), S Das (NanoScience Technology Center), S Saraf (University of Central Florida), and S Seal (NanoScience Technology Center)

•

1663

Understanding Electrodeposition Instabilities – C C Wang, K J Ziegler, and R Narayanan (University of Florida)

•

1664

Catalytic Activity of PrNixCo1-XO3 - Graphene nanocomposites for Sustainable Energy Application – M Schrandt, P Kolla, and A Smirnova (South Dakota School of Mines and Technology)

•

1665

Investigation of Electroless-Electrolytic Ni-Mo Binder-Free Electrode for Ultracapacitor Applications – J F Stephens and E E Kalu (Florida A&M University, Florida State University), J Gomez (University of New Mexico), M H Weatherspoon (Florida A&M University, Florida State University), and J P Zheng (Florida State University)

•

•

•

1666

1667

1668

•

1669

Conductivity of Co-Ionic Composite electrolytes based on Oxygen-Ion and Proton Conductors – J Y Park and K Y Park (Sejong University)

•

1670

Development of Mixed-Conducting Membranes for Hydrogen Separation – B Doyle and M Gong (Georgia Institute of Technology)

•

1671

Use of Langmuir Blodgett Thin Films for Rectification in Energy Harvesting Applications – S Sharma, E Stefanakos, and M Ram (University of South Florida)

Z2

Nanotechnology General Session

All Divisions / Interdisciplinary Science and Technology Subcommittee

Z2 General Nanotechnology I Poster Session – 18:00 – 20:00 •

•

1672

1673

Synthesis of Cu-in Alloy (CuIn and Cu 2In) Nanoparticles in Aqueous Solution for the Application of CIGS Solar Cell – H Takahashi, H Fujiki, S Yokoyama, and K Tohji (Tohoku University) Characteristics of Graphene Oxide /Al2O3 Films on Flexible Substrate – T H Fang, S H Kang (National Kaohsiung University of Applied Sciences), and M Y Chen (Metal Industries Research & Development Centre, National Kaohsiung University of Applied Sciences)

Meeting Program l May 11-15, 2014 l Orlando, FL

Z3

Solid State Topics General Session

Dielectric Science and Technology / Electronics and Photonics / Energy Technology / Nanocarbons / Luminescence and Display Materials / Organic and Biological Electrochemistry / Sensor

Z3 Solid State Topics Poster Session – 18:00 – 20:00 Co-Chairs: Kalpathy B. Sundaram and R. Todi •

1702

Real Time Isothermal Raman Spectroscopy of Solid-State Kinetics: Goethite Dehydration in N2 Atmosphere – M Sendova, B Hosterman (New College of Florida), and A Grebe (Washington University)

95

Tuesday, May 13

•

•

•

•

Tuesday, May 13

•

1703

1704

1705

Characterization of Changes in the Surface Properties of Silicon and Porous Silicon after Interaction with Hydroxyl Radicals – E C Muñoz, E A Navarrete, C A Heyser, R G Henríquez, R S Schrebler, and R A Córdova (Pontificia Universidad Católica de Valparaíso) The Influence of the Interaction Between Silicon and Hydroxyl Radicals before the Copper Electrodeposition Activity Changes of the Silicon Surface – E C Muñoz, E A Navarrete, C A Heyser, R G Henríquez, R S Schrebler, and R A Córdova (Pontificia Universidad Católica de Valparaíso) Electrochemical Study of the Interaction Between Silicon n–type (100) and Hydroxyl Radicals – E C Muñoz, C A Heyser (Pontificia Universidad Católica de Valparaíso), F Scholz, and U Hasse (Ernst Moritz Arndt Universität Greifswald)

•

1706

Electrical Properties of Alkali/Alkaline-Earth Borosilicate Glass Composite Sealants for Solid Oxide Fuel Cells – J C Lee, K J Kim, B S Kim, and S Park (Myongji University)

•

1707

Electrodeposition and Characterization of FexSy Thin FILMS Obtained from Elemental Sulfur in Organic Solution – R G Henríquez (Pontificia Universidad Católica de Valparaíso)

•

1708

Unipolar Resistive Switching and Associated Photo Response in Multifunctional BiFeO3 (BFO) Thin Films in Planar Geometry Grown By RF Sputtering – R K Katiyar, P Misra, G Morell, and R S Katiyar (University of Puerto Rico)

•

1709

Photovoltaic Effect in 09BiFeO3-01YCrO3 Composite Thin Film Fabricated Using Sequential Pulsed Laser Deposition – Y Sharma, P Misra, and R S Katiyar (University of Puerto Rico)

•

96

1710

Structural Studies of the Lithium and Sodium Salts with Heteroaromatic, Percyanated Anion – P Jankowski, A Gajewska, M Poterala, G Z Zukowska, M Dranka, M J Kalita, and J Zachara (Warsaw Technical University)

Wednesday, May 14

A1

Batteries and Energy Technology Joint General Session Battery / Energy Technology Bonnet Creek Ballroom I, Lobby Level, Hilton Orlando Bonnet Creek

Beyond Li-Ions I – 08:00 – 12:00 Co-Chairs: John Muldoon and Claudiu B. Bucur 08:00

51

Molten Air - a New Class of Rechargeable Batteries – J Stuart, J Lau, B Cui, and S Licht (George Washington University)

08:20

52

Behind Extended Cycling of Li-O2 Battery – E N Nasybulin, W Xu, B L Mehdi, E Thomsen, and M H Engelhard (Pacific Northwest National Laboratory), R Masse (University of Wisconsin, Pacific Northwest National Laboratory), G Meng, W Bennett, Z Nie, C Wang, N Browning, and J G Zhang (Pacific Northwest National Laboratory)

08:40

53

Improving Lithium-Air Batteries By Accurately Predicting Lithium Diffusion Coefficients – M Kane, D Ward, J Templeton, R Jones, and K Reyes (Sandia National Laboratories)

09:00

54

Composites of Metal Nanoparticles and Reduced Graphene Oxide for Rechargeable Li-O2 Battery – S Kumar, C Selvaraj, N Munichandraiah (Indian Institute of Science), and L G Scanlon (Wright Patterson AFB)

09:20

55

Carbon Dioxide Assist for Non-Aqueous MetalOxygen Batteries – S Xu (Cornell University)

09:40 Break 10:00

56

Verification of O2-• Formation during Oxygen Reduction Reaction in Li-O2 Batteries – R Cao, E Walter, W Xu, E Nasybulin, and J G Zhang (Pacific Northwest National Laboratory)

10:20

57

Investigation of Electrode Contributions to the Impedance of a Li-Air Cell – R Nelson, M H Weatherspoon, E E Kalu, J Kosivi, and J P Zheng (Florida A&M University, Florida State University)

10:40

58

Identifying Limiting Mechanisms in the Li/O2 Battery through Models and Experiments – S Lau and L A Archer (Cornell University)

11:00

59

Surface Film Characterization of a Li-Air Cell Using Electrochemical Impedance Spectroscopy – J F Stephens, M H Weatherspoon, R Nelson, and P L Moss (Florida A&M University, Florida State University)

11:20

60

Development of a High Temperature PEOBased Li Air Battery – M Balaish and Y Ein-Eli (Technion- Israel Institute of Technology)

11:40

61

Effects of Pore Size Distribution on the Discharge Characteristics of Li-Air Batteries with Organic Electrolyte – P Andrei (Florida State University) and V V Bevara (Aero Propulsion, Mechatronics and Energy, Tallahassee, FL)

Meeting Program l May 11-15, 2014 l Orlando, FL

14:00

62

Pack Level Estimations for Beyond LithiumIon Chemistries with High Theoretical Specific Energy and Energy Density – D Eroglu, S Ha, and K G Gallagher (Argonne National Laboratory)

14:20

63

Addressing Self-Discharge in Lithium-Sulfur Batteries By Electrolyte Modification – M L Gordin, F Dai, S Chen, T Xu, J Song, D Tang, and D Wang (The Pennsylvania State University)

14:40

64

Understanding the Performance of LithiumSulfur Batteries through Analysis of Shuttle Currents – D Moy (University of Southern California), A Manivannan (US Department of Energy), and S R Narayanan (University of Southern California)

15:00

65

Nanostructured Sulfur and Composites for Lithium-Sulfur Batteries – B Gattu, P Jampani Hanumantha, M K Datta, and P N Kumta (University of Pittsburgh)

15:20

66

Nano-Membranes for Lithium/Sulfur Batteries – C B Bucur (TEMA Toyota) and J Muldoon (Toyota Research Institute of North America)

15:40

67

Advanced Planar Li/S Batteries Based on Solid Electrolyte Separators – F Zhao (Ceramatec, Inc)

•

74 LiCoPO4 and Li2CoSiO4 Nanoparticles Synthesis by Supercritical Fluid Process for Lithium Ion Battery Application – M K Devaraju, Q D Truong, and I Honma (Tohoku University)

•

75

UV-Curable Binders for Lithium-Ion Batteries – Z Xue, Z Zhang, and K Amine (Argonne National Laboratory)

•

76

Lithium-Ion Cell Safty Experiments Under Adiabatic Conditions: Nail Penetration – M Reichert, J Haetge, F Schappacher, S Passerini, and M Winter (University of Münster)

•

77

3D Simulation of Microstructure Effects in Alkaline Battery Cathodes – Y Wen, D R Nevers, L Robertson, and D Wheeler (Brigham Young University)

•

78

Latest Research Trends and Prospects Among the Various Materials and Designs Used in LithiumBased Batteries – R Wagner, N Preschitschek, S Passerini, J Leker, and M Winter (University of Münster)

•

79

All-Solid-State Lithium Microbattery Characterization By Electrochemical Impedance Spectroscopy – S Larfaillou (STMicroelectronics, Institut de Chimie Moléculaire et des Matériaux d’Orsay), D Guy-Bouyssou (ST Microelectronics), F Le Cras (CEA LITEN), and S Franger (Institut de Chimie Moléculaire et des Matériaux d’Orsay, Université Paris Sud)

•

81

Porous Flower-like α-Fe2O3 As a High Performance Anode for Lithium-Ion Batteries – T R Penki, S Sekharappa (Indian Institute of Science), M Minakshi (Murdoch University), and M N (Indian Institute of Science)

•

82

Comparison of Electrochemical and Electrothermal Models for Lithium-Ion Batteries Used in 3D Simulation – C Fink and B Kaltenegger (AVL List GmbH)

•

83

Analysis of Impedance Spectrum By Electrochemical Approach – C S Haung (National Taiwan University), Y S Lin (Industrial Technology Research Institute), and K C Chen (National Taiwan University)

•

84

Identification of the Parameters in Equivalent Circuit Model of Lithium-Ion Battery – M T Chang (National Taiwan University), Y S Lin (Industrial Technology Research Institute), and K C Chen (National Taiwan University)

•

85

Preparation of NiCl2 Nanorods with Enhanced Electrochemical Properties in Thermal Batteries – J C Xing, Y L Zhu, Q J Jiao, and H Ren (Beijing Institute of Technology)

•

86

Nanostructured Electrodes Via Electrostatic Spray Deposition for Energy Storage System – C Chen and C P Wang (Florida International University)

•

87

Electrochemical Performance of Ionic Liquids with Bis(trifluorosulfonyl)Imide Anion for Lithium-Ion Battery Application – J D Phipps, T J Nelson (South Dakota School of Mines and Technology), R Cook (Zyvex Technologies), and A Smirnova (South Dakota School of Mines and Technology)

•

88

Effective Methods to Screen out Li-Ion Cells with Subtle Defects – J A Jeevarajan (NASA), K Jung, J S Chung, J Park (PCTest Engineering), and J Martinez (Jacobs Technology/NASA JSC)

16:00 Break 16:20

16:40

17:00

17:20

17:40

68

69

70

71

72

Interplay Between Structure and Conductivity in Imidazolium-Based Ionic Liquids As Electrolytes for Magnesium Batteries – F Bertasi (University of Padova), C Hettige, M Vittadello (Medgar Evers College of CUNY), S J Paddison (University of Tennessee), S Greenbaum (Hunter College of CUNY), and V Di Noto (University of Padova) Visualization of Mg Electrodeposition and Dissolution in Halo-Mg Complex Forming Electrolytes – N T Hahn and K R Zavadil (Sandia National Laboratories) Understanding Solution Chemistry and Electrochemistry of Mg-Electrolytes for Rechargeable Mg Batteries – T Liu, G Li, Y Shao, Y Cheng, and J Liu (Pacific Northwest National Laboratory) Improved Performance of Lithium Sulfur Battery with Fluorinated Electrolyte – N Azimi (University of Illinois at Chicago, Argonne National Laboratory), C G Takoudis (University of Illinois at Chicago), and Z Zhang (Argonne National Laboratory) Rapid Solution Chemistry Approach for Synthesizing Mo6S8 Chevrel Phase Cathode for Rechargeable Magnesium Battery – P N Kumta and M K Datta (University of Pittsburgh), A Manivannan (US Department of Energy), and P Saha (University of Pittsburgh)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek Batteries and Energy Tech Joint Poster – 18:00 – 20:00 Co-Chair: Yangchuan Xing •

73

Solid State Flexible Supercapacitor Based on Electrospun Nanofibers of Tin Oxide – M S Kolathodi and T S Natarajan (IIT Madras)

Meeting Program l May 11-15, 2014 l Orlando, FL

97

Wednesday, May 14

Beyond Li-Ions II – 14:00 – 18:00 Co-Chairs: John Muldoon and Claudiu B. Bucur

•

89

Direct Growth of RuO2 Nano-Architectures on Current Collectors and Their Improved Performance in Lithium-Ion Batteries – L Meda and A Navulla (Xavier University of Louisiana)

•

90

Construction of All-Solid-State Nickel-Zinc Rechargeable Cell with Hybrid Hydrogel Electrooyte – H Inoue, S Tomita, E Higuchi, and M Chiku (Osaka Prefecture University)

Wednesday, May 14

•

91

Electrochemical Properties of Electrodeposited Sn Anodes for Na-Ion Batteries – D Nam, Y H Jung, K S Hong, S J Lim, and H Kwon (Korea Advanced Institute of Science and Technology)

•

103

Single Particle Measurement of Single Crystal LiCoO2 and Wire-Shaped LiCoO2 – K Nishikawa (CREST, JST), H Munakata (Tokyo Metropolitan University), K Kanamura (Tokyo Metropolitan University), N Zettsu, and K Teshima (Shinshu University, CREST, JST)

•

104

Quantification of Hysteresis and Transport in a Model FeF2 Conversion Compound – J K Ko, A Halajko, N Pereira, J R Kim, and G G Amatucci (Rutgers University)

•

105

Optimization of the Cathode Microstructure in Lithium Air Batteries through Multiscale Physical Modeling – K H Xue and A A Franco (Université de Picardie Jules Verne)

•

92

Novel Electronic Structures within Electrochemical Cells – T Selim and H Grebel (NJIT)

•

106

•

93

Aging Investigations of Various Electrolytes

By Means of IC/ESI-MS and CE/ESI-MS – M Pyschik, V Naber, S Passerini, M Winter, and S Nowak (University of Münster)

Alternative Binder for Silicon Based Anodes in Lithium-Ion Batteries Towards Elevated Temperatures – S Klamor, G Brunklaus, and M Winter (University of Münster)

•

107

•

94

An All-Solid State Nasicon Sodium Battery Operating at 200°C – F Lalère, J B Leriche, M Courty, S Boulineau, V Viallet, C Masquelier, and V Seznec (Laboratoire de Réactivité et de Chimie des Solides, Université de Picardie Jules Verne, Réseau de Stockage Electrochimique de l’Energie)

Electrochemical Performance of a Large Size AllSolid-State Lithium-Ion Battery 2 – H Tsuchiya, Y Aihara, S Fujiki, and T Yamada (Samsung Japan Research Institute), Y Park and S K Doo (Samsung Electronics)

•

108

Extended Electrochemical Reliability Study of All-Solid-State Thin Film Microbatteries – N Grillon, E Bouyssou (Tours University), S D Fabre, D Guyomard, B Lestriez (Nantes University, S Jacques, and G Gautier (Tours University)

•

109

Coating of Vanadium Nitride Onto Carbon Nanotubes: A Binder-Free Supercapacitor Electrodes – Y X Liao, Y N Lin, and W K Hsu (National Tsing Hua University)

•

110

The Application of Anodizing for Hybrid Capacitor – S G Park, J J Yang (Chungbuk National University), H Kim, H Kim (Pureechem), and H Habazaki (Hokkaido University)

•

111

Simple, Low-Cost Synthesis of an Iron Oxide and Carbon Foam Composite for Supercapacitor Electrodes – H Khani and D O Wipf (Mississippi State University)

•

112

Nitride Supercapacitors: Contribution of Surface Oxide to Charge Storage – P Jampani Hanumantha, P P Patel, M K Datta, and P N Kumta (University of Pittsburgh)

•

113

Design and Development of 3D Nanostructured MnO2/CNT Electrodes for Supercapacitor Applications – S Raina, S H Hsu, S Akbulut, M Yilmaz, W P Kang (Vanderbilt University), J H Huang (National Tsing Hua University), and M Howell (Vanderbilt University)

•

114

Fine-Tuned Nanoporous Supercapacitor Electrode Materials from Renewable Natural Precursors – E Redondo, E Goikolea, J Carretero-González, J Ségalini, A Navarro-Suárez, and R Mysyk (CIC Energigune)

•

115

Electrochemical Capacitors – D S Gardner, C W Holzwarth III, Y Liu, S Clendenning (Intel Corporation), C Pint (Intel Corporation, Vanderbilt University), W Jin, B K Moon, Z Chen, E Hannah (Intel Corporation), C P Wang (Intel Corporation, Florida Intl University), and J Gustafson (Intel Corporation)

•

95

A Multi-Physics Model for Solid Oxide Iron-Air Redox Flow Battery – M Guo (ESim LLC), X Zhao, R E White, and K Huang (University of South Carolina)

•

96

State of Charge and Electrolyte Composition Effects on the Kinetics of Vanadium RFBs – E Hollmann, D Aaron (University of Tennessee), C N Sun (Oak Ridge National Laboratory), M M Mench (Department of Mechanical, University of Tennessee), and T A Zawodzinski (Oak Ridge National Laboratory)

•

97

Oxygen Reduction Reaction in 1-Ethyl-3Methylimidazolium Triflate with Addition of Triflic Acid As a Proton Source – X Z Yuan and Z Xie (National Research Council), D G Ivey (University of Alberta), and W Qu (National Research Council)

•

98

Effect of Novel Substrates on Zinc Anode Secondary Alkaline Battery Performance – X Wei (The City College of New York) and S Banerjee (CUNY Energy Institute at the City College of New York)

•

99

•

100

TEOS-TIP-PBC Hybrid Inorganic-Organic Membranes for Batteries and Energy Storage – F Huang (University of Connecticut) and C J Cornelius (University of Nebraska)

•

101

All-Solid-State Lithium-Ion Microbatteries with a Silicon Negative Electrode for Microelectronic Systems – V Dubois and B Pecquenard (Université de Bordeaux), F Le Cras (CEA LITEN), and D Guy-Bouyssou (ST Microelectronics)

•

102

Zero-Volt and Long Life Chemistry Enhancements to Rechargeable Batteries for Medical Devices – A Fay and M Nagata (Quallion LLC)

98

Si-Integrated Secondary Li-Ion Micro Batteries with Side-By-Side Electrodes for the Application As Buffers in Self-Sufficient Energy Harvesting Micro Systems – K Hoeppner (Berlin University of Technology)

Meeting Program l May 11-15, 2014 l Orlando, FL

116

•

130

The Effect of Amount of Electrolyte on the Efficiency of Sulphur Utilization in LithiumSulphur Cells – V Kolosnitsyn, E Karaseva, E Kuzmina, and L Sheina (Russian Academy of Sciences)

•

131

Electrochemical Performances of NaFePO4 Prepared By Electrochemical Delithiation for Sodium Batteries – S M Oh, J Y Hwang (Hanyang University), J Hassoun (Sapienza University of Rome), B Scrosati (Italian Institute of Technology), and Y K Sun (Hanyang University)

•

132

Comparison of Full Concentration Gradient Li[Ni054Co016Mn030]O2 with Conventional Cathode Materials for Li-Ion Batteries – H J Noh, E J Lee, S J Youn, and Y K Sun (Hanyang University)

•

133

The Pore Size Effect of Ordered Mesoporous Carbon in Li-O2 Batteries – J B Park, W Kwak, C D Shin, H M Kim (Hanyang University), B Scrosati (Italian Institute of Technology), and Y K Sun (Hanyang University)

•

134

Effect of Lithium Polysulfide As Electrolyte Additive in Lithium Sulfur Batteries – D J Lee, H D Shin, S K Lee, J W Park (Hanyang University), M Agostini (Rome University), J Hassoun (Sapienza University of Rome), B Scrosati (Italian Institute of Technology), and Y K Sun (Hanyang University)

•

135

Deposition of Manganese Oxdies on Graphene Nanoplatelet (GnP) Surface for Energy Applications: Synthesis, Characterization and the Evaluation of Effect of Surfactant on the Synthesis Process – D Saha and L T Drzal (Michigan State University)

•

136

Compact Analytical Modeling of Quantum Tunneling Effects in Li-Air Batteries with Organic Electrolyte – V V Bevara and P Andrei (Florida State University)

Enhancement Ion Conductivity with Additives Electrolyte for Electric Double Layer Capacitors – H S Yi, J J Yang (Chungbuk National University), Y J Yuk, H J Kim (PureEchem co ltd), and S G Park (Chungbuk National University)

•

137

The Effect of Lithium Polysulphides on the Cycling Performance of a Lithium Electrode in 1M LiClO4 in Sulfolane – V Kolosnitsyn, A Ivanov, E Karaseva, E Kuzmina, and S Mochalov (Russian Academy of Sciences)

Preparation of Extremely Small Pt Nanoparticle Catalysts and Their Electrocatalytic Activity for Oxygen Reduction Reaction – H Inoue, T Yamazaki, M Chiku, and E Higuchi (Osaka Prefecture University)

•

138

Materials-to-System Analysis for Grid-Based Electrochemical Energy Storage: LithiumPolysulfide Hybrid Flow Battery – S Ha and K G Gallagher (Argonne National Laboratory)

•

139

Design and Fabrication of High Energy Density Lithium Battery – R Kou, S Ge (EC Power), and D Tang (The Pennsylvania State University)

•

140

Novel Heterostructures for Lithium-Sulfur Batteries – P Jampani Hanumantha, B Gattu, O I Velikokhatnyi, and P N Kumta (University of Pittsburgh)

•

141

Effect of Temperature on the Solubility of PC-Based Solid Electrolyte Interface on Mcmb Electrode for Lithium-Ion Batteries – Y S Wang (National Sun Yat-sen University), H W Hsieh, Y F Lin, C Y Lin (Advanced Lithium Electrochemistry Co, Ltd), and J T Lee (National Sun Yat-sen University)

Improvement in the Electrochemical Performances of Spinel LiMn 2O4 cathodes

By MnO2 coating for Lithium Ion Battery Application – W Choi (Korea Institute of Science and Technology), B Kang (Korea Institute of Science and Technology, Hong-Ik University), J Joo (Hong-Ik University), J Lee (Korea Institute of Science and Technology), and M Park (Korea Electronics Technology Institute, Korea)

•

117

Rechargeable Lithium-Ion Batteries for Wireless Smart Designs – D Mourzagh (CEA Grenoble)

•

118

Electrical Explosion Synthesis of Si/C Nanocomposites for Li Secondary Batteries – D Kim, Y C Ha, C Cho, and C H Doh (Korea Electrotechnology Research Institute)

•

119

Study on Protocols for Evaluating Chemical Durability of Pemfc’s Electorolyte Membranes – Y Oono, K Kobayashi, and M Hori (Daido University)

•

120

A Modified Water Soluble Binder for Graphite Anode in Li-Ion Battery: Towards a Better Binding Performance – N Yuca (Lawrence Berkeley National Laboratory, Istanbul Technical University), H Zhao, V Battaglia, and G Liu (Lawrence Berkeley National Laboratory)

•

121

PEO-Based Polymers As SOLID-State Electrolyte: Synthesis and Characterization – Z Jia and G L Baker (Michigan State University)

•

122

Water Vapor Transport Measurement and Its Effect on Pemfcs Performance – R Yadav, G DiLeo, N Dale, and K Oshihara (Nissan Technical Center North America)

•

123

The Calorimetric Study of Electrochemical Process in the Lithium-Sulphur Cells – V Kolosnitsyn, E Kuzmina, S Mochalov, A Nurgaliev, and E Karaseva (Russian Academy of Sciences)

•

•

•

124

125

126

Improvements on Capacity Retention and Metal Dissolution of NCM Cathode Material By the Use of Alternative Conducting Salts – D R Gallus, R Wagner, I Cekic-Laskovic, and M Winter (University of Münster)

•

127

Recovery and Morphological Control of LiCoO2 from Spent Lithium Ion Batteries – H Lim, J H Jung, H J Kim, H N Lee, and S H Son (Korea Institute of Industrial Technology)

•

128

Controllable Synthesis of CuO Anodes Via a Green Method for Lithium-Ion Batteries – C Wang (Harbin Institute of Technology), N Li (Harbin Institue of Technology), Q Li, J Spendelow, and G Wu (Los Alamos National Laboratory)

•

129

Modeling of the Thermal Behavior of an Ultracapacitor – C Kim, J YI, J Lee, C B Shin (Ajou University), K S Min (LS Mtron Ltd), and H Y Lee (LS Mtron Ltd)

Meeting Program l May 11-15, 2014 l Orlando, FL

99

Wednesday, May 14

•

•

A2

142

Fe Incorporated Near-Amorphous Mn Oxide for Mg Rechargeable Batteries – W S Chang, J Kim, J Lee, S Lee (Samsung Electronics Advanced Institute of Technology), Y G Ryu (Samsung R&D Institute America - Silicon Valley), and S Doo (Samsung Electronics Advanced Institute of Technology)

Material and Electrode Designs for Energy Storage and Conversion

Battery / Energy Technology / Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom III, Lobby Level, Hilton Orlando Bonnet Creek

Lithium Oxygen Batteries – 08:00 – 11:50 Co-Chairs: Vibha Kalra and Tae Young Kim 08:00

08:40

09:00

199

200

201

09:20

Wednesday, May 14

09:50

10:10

10:30

10:50

11:10

100

202

203

204

205

206

Effect of Solid Electrolyte Distribution in Composite Cathode on Electrochemical Properties of Solid-State Li-Air Batteries – T Y Kim, S B Ma, D J Lee, W Choi, D Im, and S K Doo (Samsung Electronics) Study of Nucleation and Electron Transfer Site Proximity in Peroxide Formation at Cathodes in the Lithium – Oxygen System – K L Harrison and K R Zavadil (Sandia National Laboratories) Aqueous Li-Air Battery Cathode Using Carbon Nanotube Arrays – Y Li (University of Missouri), Z Huang (NanoLab, Inc), K Huang (Missouri University of Science and Technology), D Carnahan (NanoLab, Inc), and Y Xing (University of Missouri)

11:30

207

Battery Design and Application – 14:00 – 17:20 Co-Chairs: Jie Xiao and Bruce Dunn 14:00

208

Design and Fabrication of 3D Battery Electrodes – B Dunn, N Cirigliano, C J Kim, L Smith, and J Hur (University of California)

14:40

209

Diagnosis of Commercial GIC || LiFePO4 Cells with High Power and High Energy Designs – M Dubarry, A Devie, and B Y Liaw (University of Hawaii)

15:00

210

Micro-Battery Development for Fish Tracking System Applications – B Liu, S Cartmell, T Lozano, Q Wang, H Li, D Deng, and J Xiao (Pacific Northwest National Laboratory)

15:20

211

Thin Film Silicon-Based Intermetallic Systems for Lithium Ion Battery Application – G Schmuelling, K Renger, A Reyes Jimenez, H W Meyer, and M Winter (University of Muenster)

15:40 Break 16:00

212

Title III Lithium-Ion Battery Project – Lithium Cobalt Oxide, Lithium Nickel Cobalt Aluminum Oxide & Meso Carbon Micro Beads Domestic Manufacturing Development – V Visco and H Nakahara (Quallion LLC)

16:20

213

Electrolyte Additive Performance in Lithium Ion Batteries: From Coin Cells to 400-Mah Pouch Cells – B J Polzin, S E Trask, Y Zhu, Y Li, M Bettge, D P Abraham, and A N Jansen (Argonne National Laboratory)

16:40

214

Phase II SBIR Double Layer Electrode Technology for Advanced Space Power Technologies – D Reich and H Nakahara (Quallion LLC)

17:00

215

Energy Storage Coaxial Cable – Z Yu and J Thomas (University of Central Florida)

Break Electrodeposition of Pd-Based Binary Catalysts on Carbon Paper Via Surface-Limited RedoxReplacement Reactions for Oxygen Reduction Reaction – R M Modibedi, M K Mathe (Council for Scientific and Industrial Research), R G Motsoeneng, L E Khotseng (University of the Western Cape), and K I Ozoemena (Council for Scientific and Industrial Research) In Situ Spectroscopic Studies of the Electrochemistry of Dioxygen in Non-Aqueous Li-Air Battery Electrolytes – L J Hardwick, I Aldous, V Padmanbhan, and R Nichols ( University of Liverpool) Synergy Between Metal Oxide Nanofibers and Carbon Substrates for Rechargeable LithiumOxygen Batteries – J Yin, J Kim (Cornell University), B Patel, S Chakrapanb, S Lee (AZ Electronic Materials Corp), and Y L Joo (Cornell Univeristy) Energy Storage in Lithium Air Batteries: Electrode Design, Characterization and Performance Evaluation Under Different Operation Conditions – M Mirzaeian (University of the West of Scotland), P J Hall (University of Sheffield), and M M Goldin (NV Sklifosovsky Research Institute for Emergency Medicine) Non-Paste Based Composite Cathode Electrode for Lithium Air Battery – J Kosivi (Florida A&M University, Florida State University), J Gomez (University of New Mexico), R Nelson, E E Kalu, and M H Weatherspoon (Florida A&M University, Florida State University)

Improvements in Li Air Batteries through Electrocatalysts, Electrode Structure Design and Modelling – K Scott, H Cheng, and U Sahapatsombut (Newcastle University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek A2 Poster Session – 18:00 – 20:00 Co-Chairs: Dongping Lv, Vibha Kalra, and James J. Wu •

216

3-D Conformal Silicon/Carbon NanofiberGraphene Composites for Next Generation of Li Batteries – G A Nazri and M Nazri (Frontier Applied Sciences and Technologies)

•

217

Lithium Conducting, Polar-Polar Polymer Blend Electrolytes with Systematically Varied Mechanical Properties and Ion Conductivity – C N Sun and T A Zawodzinski (Oak Ridge National Laboratory), F Ren (Temple University), J K Keum, and J Chen (Oak Ridge National Laboratory)

•

218

Characterization of Surface-Modified LiMn 2O4 Electrodes Using Surface-Enhanced Raman Spectroscopy – G H Waller and D Chen (Georgia Institute of Technology), J P Lee (Ulsan National Institute of Science and Technology), and M Liu (Georgia Institute of Technology)

•

219

Quantitative Analysis for Evaluating the Exothermic Reaction of LiNiO2-Derivatives with Nonaqueous Solvent – Y Makimura, C Okuda, T Sasaki, H Oka, T Kobayashi, and Y Takeuchi (Toyota Central R&D Labs, Inc) Meeting Program l May 11-15, 2014 l Orlando, FL

220

High-Charge Capacity Electrodes Using 1,4-Benzoquinone Doped Polypyrrole – M R Arcila-Velez and M E Roberts (Clemson University)

•

221

In-Situ Raman Spectroscopy and Electrochemical Studies on High Energy Density xLi2MnO3(1-x)LiNi066Co017Mn017O2 Composite Cathode Materials – J Shojan, V R Chitturi (University of Puerto Rico), J Soler, W C West (California Institute of Technology, Pasadena), and R S Katiyar (University of Puerto Rico)

•

222

Study of Average and Local Structures of Variedly Ordered LiNi05Mn15O4 By Neutron Diffraction – Y Chen, K An, and C Liang (Oak Ridge National Laboratory)

•

223

Phase Stability of Li-Mn-O Oxides As Cathode Materials for Li Ion Batteries – R C Longo, F Kong, S KC (University of Texas at Dallas), M S Park, J Yoon, D H Yeon, J H Park, S K Doo (Samsung Electronics), and K Cho (University of Texas at Dallas)

•

224

Carbon Coated Fe3O4 Nanoparticles As Solid Electrolyte Interface for Improving Graphite Anodes in Lithium Ion Battaries – B Moradi Ghadi and G G Botte (Ohio University)

•

225

Study of Diffusion Kinetics and Microstructure for FeF3-CF (Carbon-Fiber) 3D Composite Electrodes – H Zhou (Oak Ridge National Laboratory), S K Martha (Indian Institute of Technology Hyderabad, Oak Ridge National Laboratory), J Li, S Pannala, N J Dudney, J Nanda (Oak Ridge National Laboratory), J Wang, and P V Braun (University of Illinois)

•

226

Nanocomposite Ionic Liquid Electrolytes for Li-Ion Batteries – K Kalaga and H Gullapalli (Rice University), L M R Arava (Wayne State University), and P M Ajayan (Rice University)

•

227

Comparison Study of Various Anode Materials for Li-Ion Capacitors – N L Tropy and J P Zheng (Florida A&M University, Florida State University)

•

228

Highly Durable Carbon Nanotube Composite Support By Pyrolysis of Conductive Polymer for Polymer Electrolyte Membrane Fuel Cell – J Y Kim, S C Lee, M Min (Samsung SDI Co, Ltd), H T Kim (KAIST), and C Pak (Samsung SDI Co, Ltd)

•

229

Enhanced Electrochemical Performance of Li117Ni025Mn058O2 Cathode Material for LithiumIon Battery Via Fluorine Doping and LiCrMnO4 Coating – L Z Fan and H Li (University of Science and Technology Beijing)

•

230

Redesigning the Electrode Architecture to Balance Rate and Capacity in Aqueous Electrochemical Capacitors – M B Sassin (US Naval Research Laboratory), J M Wallace (Nova Research Inc), J W Long, and D R Rolison (US Naval Research Laboratory)

•

231

Synthesis of Li xMn054Ni013Co013Oy cathode Materials for Lithium-Ion Batteries Via Mechanochemical Activation – O Kahvecioglu Feridun, Y Shin, G Krumdick (Argonne National Laboratory), and M Dermer (University of Virginia)

Meeting Program l May 11-15, 2014 l Orlando, FL

•

232

Effect of Pressure on the Charge Transfer Processes in Stable Free-Radical Organic Polymer Cathode Materials – M Martinez (National Renewable Energy Laboratory, University of Colorado), W A Braunecker, B K Hughes (National Renewable Energy Laboratory), S M George (University of Colorado), R E Larsen, T Kemper, and T Gennett (National Renewable Energy Laboratory)

•

233

Mechanism Study of Li/Se Rechargeable Batteries in Different Electrolytes – Y Cui, A Abouimrane (Argonne National Laboratory), and K Amine (Argonne National Laboratory, King Abdulaziz University)

•

234

Synthesis of Porous 3D Metallic Current Collectors for High Performance Lithium Batteries – H Gullapalli and K Kalaga (Rice University), L Arava (Wayne State University), and P M Ajayan (Rice University)

•

235

Mesoporous Carbon-Sulfur Composite Microspheres with Multiscale Morphology Control to Achieve High Areal Capacity for Lithium-Sulfur Battery Cathodes – T Xu, J Song, and D Wang (The Pennsylvania State University)

•

236

Electrochemical Analysis and Interfacial Stability of Carbon-Overlay LiNi05Mn­15O4 Cathode Material for High Potential Lithium Ion Battery – Y C Jin and J G Duh (National Tsing Hua University)

•

237

Polyaniline–carbon Nanotube Composites As Electrocatalysts for Fuel Cells – H Zheng (CSIR)

•

238

Evidence for Oxygen Reduction Reaction Activity of a Ni(OH)2/Graphene Oxide Catalyst – E Farjami (NYC College of Technology, CUNY), M Rottmayer (Air Force Research Laboratory), and L J Deiner (NYC College of Technology, CUNY)

•

239

Synthesis of LiNi05Mn15O4 for Class 5V Batteries Using a Microwave Heating Method – A A H Alkhatib, M Higuchi, and K Katayama (Tokai University)

•

240

Novel Si/Carbon Nanofibers Composite Anodes for Lithium-Ion Batteries – M Yao, H Zhang, and X Liu (West Virginia University)

•

241

Fragmentation of Carbon Nanotube MacroFilms By Ultrasound As Conductive Binder for Lithium-Ion Batteries – Z Cao and B Wei (University of Delaware)

•

242

Two-Dimensional Ultrathin Single-Crystalline Sns Nanoflakes As Anode Material for Li-Ion Batteries – C Y Chen, T Yokoshima, H Nara, T Momma, and T Osaka (Waseda University)

•

243

Molybdenum Doping of Li4Ti5O12 in a Reducing Atmosphere for High-Power Lithium Ion Batteries – D Yoo, J Choi, and Y T Kim (Pusan National University)

•

244

Synthesis of Nano-Porous Ti/TiO2/Ni-W-B Electrode for Electrocatalytic Reduction of Coal – S Liu, W Cao, J Wang, and R Yin (Shanghai University)

•

245

A Combined Investigation into the Effect of Ni/ Mn/Co Ions on Lithium-Ion Battery Anodes Using X-Ray Photoelectron Spectroscopy and Secondary Ion Mass Spectrometry – N Nitta, J Benson, J T Lee, I Kovalenko, S Tighe, T F Fuller, and G Yushin (Georgia Institute of Technology) 101

Wednesday, May 14

•

261

Magnesiothermic Reduction of Structured Silica As Anode for Lithium Ion Batteries – M Schrandt, A Smirnova (South Dakota School of Mines and Technology), R Cook (Zyvex Technologies), W Rhine (Aspen Aerogels), and P Kolla (South Dakota School of Mines and Technology)

•

262

Interactions Between LiFePO4 and Binders in Water-Based Electrode Slurries – C C Li (National Taipei University of Technology), F Y Tsai (National Taipei University of Technology, Advanced Lithium Electrochemistry Co, Ltd), H W Hsieh (Advanced Lithium Electrochemistry Co, Ltd), and C A Tung (National Taipei University of Technology)

•

263

The Interface Kinetics of La2NiO4+δ-Coated La06Sr 04Co02Fe08O3-δ Cathode – X Zhang (West Virginia University)

•

264

Diverse Pyrochlore Materials for Oxygen Reduction and Evolution Reaction in Alkaline Medium – A Manivannan (US Department of Energy), M Abreu-Sepulveda, and D J Quesnel (University of Rochester)

•

265

Flexible, Large-Area Nanostructured Electrodes for High Performance Supercapacitor – Z Yu and J Thomas (University of Central Florida)

•

266

Template-Free Synthesis of Polypyrrole Microtubes – K P Diaz Orellana and M E Roberts (Clemson University)

•

267

Facile Synthesis of Anatase TiO2 Quantum Dot/ Graphene Nanosheet Composites with Enhanced Electrochemical Performance for Lithium-Ion Batteries – K Sun, R Mo, Z Lei (Harbin Institute of Technology), and R David (Queen’s University Belfast)

•

268

Layer-By-Layer Graphene Structures As Supercapacitor Electrode Materials – X Zang (Tsinghua University)

•

269

Electrospinning of Porous Li4Ti5O12@C Nanofibers for High-Rate Lithium Ion Batteries – H Xu, X Hu, Y Sun, W Luo, and Y Huang (Huazhong University of Science and Technology)

•

Electrochemical Characteristics of (Li033La056)1005Ti099Al001O3 Ceramic As a Solid Electrolyte for Lithium-Oxygen Batteries – H T T Le and C J Park (Chonnam National University)

270 Nb2O5 anchored-Graphene Hybrid Nanocomposites As High Performance Anode for Lithium Ion Batteries – P Arunkumar, A G Ashish, S Sarang, S Abhin, and M M Shaijumon (Indian Institute of Science Education and Research)

•

271

Ge/C Composite Electrodeposits As an Anode Material for Lithium Ion Batteries – S W Kim, D T Ngo, and C J Park (Chonnam National University)

Tin Oxide Nanowires As High Energy Density Anodes for Lithium-Ion Batteries – T Q Nguyen, A K Thapa, V K Vendra, J B Jasinski, and M K Sunkara (University of Louisville)

•

272

Preparation of Carbon Coated MoS2 Flower-like Nanostructure with Self-Assembled Nanosheets As High-Performance Lithium-Ion Battery Anodes – S Hu (University of Washington, Wuhan University of Technology), W Chen (Wuhan University of Technology), and G Cao (University of Washington)

•

273

Nanoporous Anodic Bismuth Oxide for Electrochemical Energy Storage – K C Chitrada and K S Raja (University of Idaho)

246

Simple Solvent-Free Synthesis of Iron-Oxide/ Graphene Nanocomposite As Anode Material in Li-Ion Secondary Batteries – B Jang, S K Park, and Y Piao (Seoul National University)

•

247

Current Collector Based on Thin Metal Layer for Flexible Lithium-Ion Batteries – S W Kim, J Y Choi, and K Y Cho (Kongju National University)

•

248

Electrochemical Characteristics of Li4Ti5O12 Coated MCMB as an Anode Material for Hybrid Capacitor – J D Lee and J E Choi (Chungbuk National University)

•

249

Nitrogen-Doped Graphene-Wrapped Mn3O4 Nanoparticles As High-Performance Anode Materials for Lithium Ion Batteries – S K Park and Y Piao (Seoul National University)

•

250

Novel Co-Precipitation Method for Synthesis of Carbon-Free LiFePO4 – H Feng, A S Milev, and G S K Kannangara (University of Western Sydney)

•

251

All Polythiophene Redox Flow Battery – J H Yang, J D Jeon, and J Shim (Korea Institute of Energy Research)

•

252

Pressure Effect on the Electrochemical Performance of Composite Electrodes – X Petrissans, R Toth, D Giaume (Institut de Recherches Chimie Paris-CNRS), and P Barboux (Chimie ParisTech)

•

Wednesday, May 14

•

•

253

High Lithium Ionic Mobility in Mo6S8 Chevrel Phase Cathodes – S Kim, M Aykol, and C Wolverton (Northwestern University), J Cho and B W Cho (Korea Institute of Science and Technology)

•

254

Phosphorus: An Alternative for High Capacity Li-Ion Battery Anodes – N Nitta, A Magasinski, and G Yushin (Georgia Institute of Technology)

•

255

VASP Calculation on Lithium Reaction to Tin Phosphides – C H Doh, W J Lee, S A Pervez, and J S Song (Korea Electrotechnology Research Institute)

•

•

•

256

257

258

Amorphous Soft Carbon Coated Graphite As Anode Material for Lithium Ion Battery – B R Kim, Y K Hong, H J Kang (Korea Electronics Technology Institute), N M Choi, S Y Shin, J H Lee, S A Kim (Aekyung Petrochemical Co, LTD), K T Lee (Chonbuk National University), and J K Shin (Korea Electronics Technology Institute)

•

259

Electrochemical Characteristics of PEO-Based Ternary Polymer Electrolyte for LithiumOxygen Batteries – Y H Kim, H S Jadhav, R S Kalubarme, and C J Park (Chonnam National University)

•

260

Spinel NiCo2O4 As a Promising Electrode Material for Li-Ion and Li-O2 Batteries – H S Jadhav and C J Park (Chonnam National University)

102

Meeting Program l May 11-15, 2014 l Orlando, FL

•

274

Indium Tin Oxide Photonic Crystal with Nanocones for Controllable Light Coupling in Solar Cells – B Chen, C J Mathai, S Mukherjee, S Basuray, and S Gangopadhyay (University of Missouri)

•

287

Versatile Ternary Manganese-Nickel-Cobalt Compounds in Multi-Shell Spherical Structures As Electrode Materials for High-Capacity Lithium Ion Batteries – J Zhao and Y Wang (Louisiana State University)

•

275

Surfactants Effects on Electrodeposited Black Chrome-Graphite Encapsulated FeCo Nanoparticles Composite Solar Selective Coatings – H Seshadri and B Usmani (Indian Institute of Technology)

•

288

Highly Doped Conjugated Polymers for Electrochemical Energy Storage – J Lutkenhaus, J W Jeon, and J Mike (Texas A&M University)

•

289

Local State of Charge Mapping and Analysis of Lithium-Manganese Rich NMC High Voltage Electrodes – J Nanda, H Zhou (Oak Ridge National Laboratory), S K Martha (Indian Institute of Technology Hyderabad, Oak Ridge National Laboratory), and A F Callender (Tennessee Tech University)

•

290

Investigation of the Active Thickness of Solid Oxide Fuel Cell Cathode – K Zheng and M Ni (Hong Kong Polytechnic University)

•

291

Impact of Nitrogen Precursor’s N/C Ratio on ORR Activity in Fe/N/C Catalysts for PEFC Applications – S Ganesan, N Leonard, and S Calabrese Barton (Michigan State University)

•

292

The Influence of Reverse Boudouard Reaction on Direct Carbon Fuel Cell Anodic Reaction – Q He, H Lin, P Nash, J Cooper, and J R Selman (Illinois Institute of Technology)

276

Preparation of Ni-Sn Alloy Nanorods with Composition Gradient, and Its Effect on Li-Ion Battery Anode Performance – R R Chowdhury, L R Hoffman, J M Kaule, and H Mukaibo (University of Rochester)

•

277

Amorphous Hierarchical Porous GeOx / Reduced Graphene Oxide Composite As a High-Performance Anode Material for Lithium Ion Batteries – H Tian, X L Wang, and W Han (Chinese Academy of Sciences)

•

•

•

•

•

278

279

280

281

282

Highly–stable Ternary Si/Carbon Nanotube/ Carbon Nanofiber Anodes for Li-Ion Batteries – Y S Kim, Y L Joo, J Cummins (Cornell Univeristy), B Patel, S Chakrapani, and S Lee (AZ Electronic Materials Corp) Electroless Sn-Cu Alloy Electrodes for Li-Ion Batteries – J Gomez (University of New Mexico), W Telama and E E Kalu (Florida A&M University, Florida State University) Synthesis of ZnO@Ni(OH)2 Nanostructures for Application in High-Performance Supercapacitors – Y H Luo, Y W Liao, J Y Wang and J H Huang (National Tsing Hua University) Structure Design and Doping Modification of Li4Ti5O12 for Lithium Lion Batteries – L Z Fan and H Ni (University of Science and Technology Beijing) Mixed Polyanion Glasses As Lithium Ion Battery Cathode Materials – A K Kercher, J Ramey (Oak Ridge National Laboratory), K Carroll (Massachusetts Institute of Technology), L Boatner, D Shin, R Meisner, J Kiggans Jr, G M Veith, and N J Dudney (Oak Ridge National Laboratory)

•

283

The Size and Shape Effect of LiMnPO4 Nanoparticles on the Lithium Ion Diffusion – N H Kwon, H Yin, T Vavrova, F Edafe, and K M Fromm (University of Fribourg)

•

284

Studies on Electrochemical Performance of Mnand Y-Codoped CeO2 under Pure and Impure Hydrogen Fuels – H T Handal (University of Calgary, National Research Centre) and V Thangadurai (University of Calgary)

•

285

Electrode Materials for Lithium-Ion Batteries with Surface Modification by Advanced Hybrid Polymers – A Bittner, U Guntow, J Schulz, B E Olsowski, H Lorrmann, and G Sextl (Fraunhofer Institute for Silicate Research ISC)

•

286

Soft Chemical Approach to Surface Modification of Olivine-Type LiFePO4 nanoplatelets and Their Electrochemical Properties – C George and A Paolella (Italian Institute of Technology)

Meeting Program l May 11-15, 2014 l Orlando, FL

A3

Mechanical-Electrochemical Coupling in Energy Related Materials and Devices High Temperature Materials / Battery / Energy Technology Bonnet Creek Ballroom IV, Lobby Level, Hilton Orlando Bonnet Creek

Mechano-Electro-Chemical Coupling in Catalysts and Solid Oxide Fuel Cells I – 08:00 – 11:40 Co-Chairs: Sean R. Bishop and Jason D. Nicholas 08:00

352

Invited Presentation: Effect of Elastic Strain and Dislocations on Oxide Ion Diffusion and Oxygen Exchange Kinetics on Oxides – B Yildiz (Massachusetts Institute of Technology)

08:40

353

Chemical Expansion of Mixed Ionic and Electronic Conducting Perovskites – N H Perry (Massachusetts Institute of Technology, Kyushu University), J E Thomas (Massachusetts Institute of Technology), L Zhao (Kyushu University), J J Kim, D Marrocchelli (Massachusetts Institute of Technology), S R Bishop (Kyushu University, Massachusetts Institute of Technology), and H L Tuller (Massachusetts Institute of Technology, Kyushu University)

09:00

354

Mechanical-Electrochemical Coupling in Materials for Solid Oxide Fuel Cells: Insights from Computer Simulations – D Marrocchelli, S R Bishop, H L Tuller, B Yildiz (Massachusetts Institute of Technology), and G Watson (School of Trinity College Dublin)

09:20

355

Oxygen Nonstoichiometry, Defect Structure and Chemical Expansion of Advanced Perovskite and Double Perovskite Oxides – A Zuev, V Sereda, I Ivanov, D Malyshkin, and D Tsvetkov (Ural Federal University)

09:40 10:00

356

Coffee Break Invited Presentation: Elastic Anomalies and Electromechanical Effects in Gd-Doped Ceria – R Korobko, I Lubomirsky (Weizmann Institute of Science), and A Frenkel (Yeshiva University)

103

Wednesday, May 14

•

10:40

357

Domain Reorientations and Its Influence on Mechanical Properties of La06Sr 04Co02Fe08O3-δ – Y Kimura, K Yashiro, S I Hashimoto, K Amezawa, and T Kawada (Tohoku University)

11:00

358

Effect of Anelastic Relaxation of Defect Complexes on Mechanical Properties of Stabilized Zirconias – P Gao and A Bolon (Texas A&M University), E Lara-Curzio (Oak Ridge National Laboratory), and M Radovic (Texas A&M University)

11:20

359

Electrochemical Strain Microscopy of Doped Ceria at Elevated Temperatures – Q N Chen, Y Liu, S Adler, and J Li (University of Washington)

Mechano-Electro-Chemical Coupling in Catalysts and Solid Oxide Fuel Cells II – 14:00 – 17:00 Co-Chairs: Nicola H. Perry and Joshua L. Hertz 14:00

14:40

15:00

Wednesday, May 14

15:20

360

361

362

363

Invited Presentation: Chemical Strain Kinetics in Epitaxial Thin Films Measured By TimeResolved X-Ray Diffraction – J Santiso, R Moreno, J Zapata, J Roqueta, and P Garcia (ICN2, Centre de Investigacio en Nanociencia i Nanotecnologia) Porous Thick Film Low Temperature Lanthanum Strontium Ferrite Oxygen Surface Exchange Coefficient Measurements By Curvature Relaxation – Q Yang and J D Nicholas (Michigan State University) Effect of Mechanical Stress on Oxygen Potential of Transition Metal Oxides – Y Gonoi, K Yashiro, Y Kimura, S Watanabe, S I Hashimoto, and T Kawada (Tohoku University) Strain Effects in Heterogeneous Oxide Electrolyte Films – W Shen, J Jiang, and J L Hertz (University of Delaware)

15:40 Break 16:00

16:40

B1

364

365

Invited Presentation: Chemo-Mechanical Stress and Its Impact on the Stability and Reliability of Solid Oxide Fuel Cells – T Kawada (Tohoku University) Chemical-Mechanical Coupling Determines the Stability of Self-Supported Oxygen Ion Conducting Membranes – K Kerman and S Ramanathan (Harvard University)

09:00

444

Potentiometric Sensor for Multivalent Ions in High Temperature Molten Salt – N Gese (Idaho National Laboratory)

09:20

445

Monitoring Gas Sensors at Work: Operando Raman-FTIR Study of Ethanol Detection By Indium Oxide – C Hess (Technical University Darmstadt)

Sensors and Actutators – 10:00 – 11:40 Co-Chairs: Ajit Khosla and Gary W. Hunter 10:00

446

Dynamometer Testing of Planar Mixed-Potential Sensors – C R Kreller, R Mukundan, E L Brosha, F H Garzon (Los Alamos National Laboratory), P K Sekhar (Washington State University, Vancouver), J Pihl, S Curran, V Prikhodko, and J E Parks II (Oak Ridge National Laboratory)

10:20

447

Simulation and Experimental Investigation of a SAW Sensor Containing a Microcavity Array in the Delay Path – S Sankaranarayanan (Argonne National Laboratory), V Bhethanabotla, and M Richardson (University of South Florida)

10:40

448

Electroplated in-Plane MEMS Electrospray Emitter – X Wang, J Gu, W Deng, and H J Cho (University of Central Florida)

11:00

449

An Active Micromixer Based on Reverse Piezoelectricity Effect – J Zhou, A Hashmi, J Xu (Washington State University - Vancouver), and P K Sekhar (Washington State University, Vancouver)

11:20

450

Surface Dependence of pH Sensor on AlGaN/ GaN Heterostructure – K Niigata, K Narano, Y Maeda, and J P Ao (University of Tokushima)

C1

Corrosion General Session

Corrosion Orange, Ground Level, Hilton Orlando Bonnet Creek

Inhibitors and Coatings – 14:00 – 17:20 Co-Chair: Masayuki Itagaki 14:00

465

Effect of Steel Surface Variation on Electrochemical Heterogeneity and the Protection Afforded By Organic Coatings – S S Jamali and D J Mills (University of Northampton)

14:20

466

Evaluating the Corrosion Behaviour of PVD Al-Based Coatings By Characterising the Relaxation Time of the Open Circuit Potential in AC-DC-AC cyclic tests – F Indeir, A Leyland, and A Matthews (University of Sheffield)

14:40

467

Corrosion Protection Studies of Crude GlycerolBased Waterborne Polyurethane Coatings on Steel Substrates (oral) – Y L Lee, X Luo, S Hu, Y Li, and R Buchheit (The Ohio State University)

15:00

468

Experimental and Theoretical Investigations on the Corrosion Inhibition of Lumazine over Mild Steel in 1M HCl – O R Meitei (Visvesvaraya National Institute of Technology) and P Wilson (Madras Christian College)

15:20

469

The Role of Surface Adhering Organic Substances on Metal Dissolution and Repassivation during Cyclic Deformation of Ti-6Al-4V Alloy – K Doi, S Miyabe, and S Fujimoto (Osaka University)

Sensors, Actuators, and Microsystems General Session (Chemical and Biological Sensors) Sensor Sarasota, Ground Level, Hilton Orlando Bonnet Creek

Gas Sensors – 08:00 – 09:40 Co-Chairs: Sushanta Mitra and Raluca Ioana Stefan-van Staden 08:00

441

Synthesis of γ-WO3 By Reactive Spray Deposition Technology for NOx and H2 Sensing – R Jain, Y Liu, Y Wang, Y Lei, and R Maric (University of Connecticut)

08:20

442

Three-Dimensional Gas-Source Localization in Indoor Environment – H Matsukura (Tokyo University of Agriculture and Technology), K Yoshikawa (Tokyo Institute of Technology), and H Ishida (Tokyo University of Agriculture and Technology)

08:40

443

Using Air Curtains in Gas Sensing System to Enhance Its Directivity – T Kusunoki and H Ishida (Tokyo University of Agriculture and Technology)

104

15:40 Break 16:00

470

Surface Modified Biodegradable Polymeric Coated Magnesium Alloys for Controlled Degradation – S Amruthaluri and N Munroe (Florida International University) Meeting Program l May 11-15, 2014 l Orlando, FL

471

Characterization of Steam Generated Anticorrosive Oxide Films on Aluminium Alloys – R U Din, M S Jellesen, and R Ambat (Technical University of Denmark)

16:40

472

Investigation of the Corrosion Inhibition Efficiency on X65 Steel of Surfactant Mixtures of Alkyl Benzyl Dimethyl Ammonium Chlorides – Y Zhu and M L Free (University of Utah)

17:00

473

Corrosion Inhibition of C-Steel Using Supported and Non-Supported Cu-Nanoparticles/ Benzotriazole – A M Abdullah (Qatar University), N F Atta, A Galal, and A A Afifi (Cairo University)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

E4

Electrolysis and Electrochemical Processes

Industrial Electrochemistry and Electrochemical Engineering / Energy Technology Nassau, Ground Level, Hilton Orlando Bonnet Creek

Electrolysis and Electrochemical Processes – 08:00 – 16:00 Co-Chairs: Gerardine G. Botte, John W. Weidner, and Katherine E. Ayers 08:00

Welcoming Remarks

08:05

572

Experimental Investigation of Two-Phase Electrolysis and Multiphysics Modelling – P Mandin, Z Derhoumi (Université de Bretagne Sud), and H Roustan (Centre de recherche de Voreppe)

08:25

573

High-Pressure PEM Water Electrolysis: in-Situ Measurement of Hydrogen Crossover – B Bensmann (Otto-von-Guericke University Magdeburg, Process Systems Engineering), R Hanke-Rauschenbach (Max Planck Institute for Dynamics of Complex Technical Systems Magdeburg), and K Sundmacher (Otto-vonGuericke University Magdeburg, Max Planck Institute for Dynamics of Complex Technical Systems Magdeburg)

C1 Corrosion Poster Session – 18:00 – 20:00 Co-Chair: R. Buchheit •

474

Corrosion Studies of Austenitic and Ferritic Stainless Steels in Solution Containing Chloride Ions – J Ribeiro (Universidade Federal do Espírito Santo), A R de Andrade (Universidade de São Paulo), T F Soares, and R R Moreira (Universidade Federal do Espírito Santo)

•

475

The Consequence of Stress Intensity on Faigue Crack Propagation in High-Strength Steels in Sour Environmet – M Ziomek-Moroz, J A Hawk, K Collins (US Department of Energy), R Thodla, and F Gui (DNV USA)

08:45

574

•

476

Effect of Ca and Y on the Oxidation of Mg Alloys – D Lee, P Yadav, M A Abro, and M KIM (Sungkyunkwan University)

Electrocatalysis Involving High Temperature Proton-Conducting Oxides: Intriguing Experimental Observations & Theoretical Implications – Z Cheng (Florida International University)

09:05

575

Kinetics Analysis of Ammonia Electrolysis – L A Diaz and G G Botte (Ohio University)

•

477

Effect of Some New Organic Polymers As Green Corrosion Inhibitors for Metals in Different Media – F Branzoi (Institute of Physical Chemistry), V Branzoi (University Politehnica of Bucharest), and A Stanca (Energy Research and Modernizing Institute)

09:25

576

Demonstration of a Reactive Hydrogen Pump Using Methanol – B Fane (University of Tennessee), T A Zawodzinski (Oak Ridge National Laboratory), and G A Goenaga (University of Tennessee)

09:45 Intermission

Electrochemical Synthesis of Bilayer Coatings of New Polymer Composite for Carbon Steel Corrosion Protection – F Branzoi, C Pacuretu (Institute of Physical Chemistry), and R Branzoi (University Politehnica of Bucharest)

10:00

577

Development of Non-Platinum Catalysts for Intermediate Temperature Water Electrolysis – A V Nikiforov, I M Petrushina, and N J Bjerrum (Technical University of Denmark)

10:20

578

An Eectrochemical Investigation on Additives to the Controllable Electro-Healing Cracks in Nickel – X Zheng, Y Shi, and K Lu (Chinese Academy of Sciences)

10:40

579

Electrically Driven Molecule Transport within a Series of Ionomers and Improvement of Electrodialysis Process – D Wang (University of Connecticut)

11:00

580

Polybenzimidazole Membranes for Hydrogen Production in the Hybrid Sulfur Electrolyzer – T Garrick, A Gulledge (University of South Carolina), J Staser (Ohio University), B Benicewicz, and J W Weidner (University of South Carolina)

11:20

581

Electrochemical Study of Cobalt Salen Compounds for Catalytic Biomass Degradation – L T Servedio, S Foister, J Bozell, and T A Zawodzinski (University of Tennessee)

11:40

582

Dependence of the Electrocatalytic Activity Towards CO2 Reduction on the Crystal Structure of TiO2 – P P Sharma, F S Ke, and X D Zhou (University of South Carolina)

•

•

478

479

Electrodeposition of Cu-Ni Incorporated with Layered Silicates for Microbial Corrosion Protection – C R Thurber, M C Calhoun (University of North Texas), Y H Ahmad (Qatar University), N D’Souza (University of North Texas), A Mohamed (Qatar University), and T D Golden (University of North Texas)

•

480

Anodic Behavior of Aluminum in Glycine Aqueous Solutions at Various pH Values – S Kaluzhina, T Minakova, and Y Sokolov (Voronezh State University)

•

481

Corrosion in Construction Materials – A Marquez (University of West Indies)

•

482

Effect of Surface Morphology on the Corrosion of Electroless Nickel/Immersion Gold Films – D J Lee (Samsung Electro-Mechanics Co, Ltd), J S Ha (Chonnam National University), H S Chu and H J Lee (Dong-A University)

12:00 Break

Meeting Program l May 11-15, 2014 l Orlando, FL

105

Wednesday, May 14

16:20

14:00

583

Application of Supercritical CO2 Emulsified Electrolyte in Cathodic Deposition of Metal Oxides – T F M Chang, W H Lin (Tokyo Institute of Technology), Y J Hsu (National Chiao Tung University), T Sato, and M Sone (Tokyo Institute of Technology)

14:20

584

Electrochemical Formation of RE-Zn (RE=Dy, Nd) Alloys in a Molten LiCl-KCl System – H Konishi, H Ono (Osaka University), T Nohira (Kyoto University), and T Oishi (National Institute of Advanced Industrial Science and Technology)

14:40

585

Electrochemistry in Molten Oxides: From Electrolyte Design to Oxygen Evolution – A Allanore (MIT)

15:00

586

Metallization of Germanium by Electroplating Prior to Soldering – Y Çetin, I Karakaya (Middle East Technical University), G Demirci (Aselsan Inc), M Erdogan (Yildirim Beyazit University), and M S Aras (Middle East Technical University)

15:20

587

Laboratory-Scale Apparatus for Semi-Continuous Electrokinetic Dewatering of Phosphatic Clay Suspensions – Y Huang, M E Orazem, R Kong, D Yu, H Lai, S Moghaddam, D Bloomquist, and C Cleveland (University of Florida)

15:40

588

Clay Fabric in Electrokinetic Dewatering – H Lai, R Kong, S Moghaddam, M E Orazem, Y Huang, D Yu, and D Bloomquist (University of Florida)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

08:40

600

Single-Atoms and Sub-Nanometer Clusters of Pt on Graphene Support Prepared By Atomic Layer Deposition – S Ye, S Knights (Ballard Power Systems), S Sun (Institut National de la Recherche Scientifique-Énergie, Matériaux et Télécommunications), X A Sun (University of Western Ontario), G Botton (McMaster University), T K Sham (University of Western Ontario), and J Zhou (Canadian Light Source)

09:20

601

Catalytic Activity of Pt Monolayer on Electrodeposited W-Ni Nanoparticles for the Oxygen Reduction Reaction – M Vukmirovic, S Bliznakov, and R Adzic (Brookhaven National Laboratory)

09:40 602

Characterization of Dealloyed Catalysts in PEMFC – A Kongkanand, R S Kukreja, T Moylan, J M Ziegelbauer (General Motors), B Theobald, R O’Malley (Johnson Matthey Fuel Cells), L Gan, P Strasser (Technical University Berlin), C Carlton, B Han, Y Shao-Horn (Massachusetts Institute of Technology), Q Jia, S Mukerjee (Northeastern University), K M Caldwell, and D E Ramaker (George Washington University)

10:40

603

Sonoelectrochemical Production of Nanosized Fuel Cell Electrocatalysts – B G Pollet (University of the Western Cape)

11:00

604

An Evaluation of the Ethanol Oxidation Activity of Ternary Pt-Rh-SnO2 catalysts Prepared from the Vapor Phase – J M Roller and H Yu (University of Connecticut), M Li, S Bliznakov, M Vukmirovic, R Adzic (Brookhaven National Laboratory), and R Maric (University of Connecticut)

11:20

605

Direct Synthesis of Low-Index Palladium Nanocrystals and Their Catalytic Activities Toward Formic Acid Oxidation – Y Tang, R E Edelmann, and S Zou* (Miami University)

11:40

606

Enhanced Catalytic Efficiency and CO Tolerance of Novel Pt Nanostructures Prepared By Pulsed Electrodeposition for Methanol Oxidation – C K Chuang and T K Yeh (National Tsing Hua University)

12:00

607

Comparative Study of Electrocatalytic Activity Towards Borohydride Oxidation on Gold- or Platinum-Metal (Cu, Co, Ni) Deposited on the Titanium Surface Via Galvanic Displacement – L Tamasauskaite-Tamasiunaite, A Balciunaite, A Zabielaite, I Stankeviciene, A Jagminiene, V Kepeniene, A Selskis, R Juskenas, and E Norkus (Center for Physical Sciences and Technology)

Wednesday, May 14

E4 Electrolysis and Electrochemical Processes Poster Session – 18:00 – 20:00 •

589

Effect of Electric Field on I - V Relation at Liquid Cadmium Cathode in LiCl-KCl-UCl3 Molten Salt – G Y Kim, S H Kim, T J Kim, and S Paek (Korea Atomic Energy Research Institute)

•

590

Coupling of Heterogeneous Photocatalysis Process with Solar Photo Electro-Fenton Process to Improve the Mineralization of Salicylic Acid in a Solar 3L Flow Plant – E J Ruiz-Ruiz Sr, B Garza-Campos Sr (Universidad Autónoma de Nuevo León), E Brillas (Universitat de Barcelona), A Hernández-Ramírez (Universidad Autónoma de Nuevo León), and A Ghenymy (Universitat de Barcelona)

E5

Materials for Low Temperature Electrochemical Systems

Industrial Electrochemistry and Electrochemical Engineering / Battery / Energy Technology / Physical and Analytical Electrochemistry Bonnet Creek Ballroom II, Lobby Level, Hilton Orlando Bonnet Creek

Electrocatalysts I – 08:00 – 12:20 Co-Chairs: Minhua Shao and Radoslav Adzic 08:00

106

599

Atomic Layer Metal Deposition from Ethanol for Catalytic Applications – Y Zhang, Y C Hsieh, D Su, V Volkov, R Si, L Wu, W An, Y Zhu, P Liu, P He, S Ye, J X Wang, and R Adzic (Brookhaven National Laboratory)

Break

10:00

Electrocatalysts II – 14:00 – 18:00 Co-Chairs: Jean-Pol Dodelet and Vojislav R. Stamenkovic 14:00

608

ECS Energy Technology Division Supramaniam Srinivasan Young Investigator Award Advanced Electrocatalysts for Oxygen Reduction Reaction – M Shao (Ford Motor Company)

14:40

609

On the Controversial Role of the Metal in Fe/N/C or Co/N/C Electrocatalysts for the Reduction of Oxygen in the Acidic Medium of PEM Fuel Cells – J P Dodelet (Institut National de la Recherche Scientifique)

Meeting Program l May 11-15, 2014 l Orlando, FL

610

Transition Metal Oxide Catalyst for Low Temperature Electrochemical Systems in Acid Media – K I Ota, K Matsuzawa, S Mitsushima, and A Ishihara (Yokohama Nat Univ)

15:40 Break 16:00

611

Advanced Electrocatalysts for Fuel Cells – J D Snyder, Y Kang, D Li, D Strmcnik, N M Markovic, and V R Stamenkovic (Argonne National Laboratory)

16:40

612

Nanostructuring of Catalysts Based on Platinum or Platinum Alloy for PEM Fuel Cell Application – M Lepesant, N Guillet, and P Mailley (CEA)

17:00

613

Perovskites As Electrocatalysts for Alkaline Water Electrolysis – A V Nikiforov (Technical University of Denmark), A R D L O Puebla (University of Castilla-La Mancha), J O Jensen, I M Petrushina, and N J Bjerrum (Technical University of Denmark)

17:20

614

Electrocatalysis of Oxygen Reduction with in-Situ formed Pt Nano-Rafts on Molybdenum Carbide Support – L Elbaz (Bar-Ilan University), T Rockward, N J Henson (Los Alamos National Laboratory), K Artyushkova (University of New Mexico), K L More (Oak Ridge National Laboratory), J Phillips (Naval Post-Graduate School), and E L Brosha (Los Alamos National Laboratory)

17:40

F1

615

Durable Pt Catalyst Using Novel Composite Support of Ordered Mesoporous Carbon and Silicon Carbide for Polymer Electrolyte Fuel Cell – C Pak, D J You, S Lee (Samsung SDI Co, Ltd), J H Kim, and J M Kim (Sungkyunkwan University)

Characterization of Interfaces and Interphases

Energy Technology / Battery / Industrial Electrochemistry and Electrochemical Engineering / Physical and Analytical Electrochemistry Hamilton, Ground Level, Hilton Orlando Bonnet Creek

10:00

643

Ultrathin Nafion Film Behavior Under Simulated Hot-Pressing and Operating Conditions of a PEFC – D K Paul and K Karan (University of Calgary)

10:20

644

Identifying Water Saturation of Various Layers in PEMFCs through EIS and X-ray Radiography – P Antonacci, J Lee, R Yip, N Ge (University of Toronto), T Kotaka, Y Tabuchi (Nissan Motor Co, Ltd), and A Bazylak (University of Toronto)

10:40

645

Impact of MPL Thickness on Water Management of PEMFC By Synchrotron X-ray Radiography – J Lee, R Yip, P Antonacci, N Ge (University of Toronto), T Kotaka, Y Tabuchi (Nissan Motor Co, Ltd), and A Bazylak (University of Toronto)

11:00

646

Comparison of Water Transport Mechanisms Between Commercial and Experimental Virgin and Aged Diffusion Media Using High Resolution Neutron Radiography – J M LaManna and M M Mench (University of Tennessee)

11:20

647

Sulfur-Doped Graphene Supported Platinum Electrocatalysts for Oxygen Reduction Reaction in PEM Fuel Cells – Z Chen, D Higgins, and M H S Seo (University of Waterloo)

11:40

648

Physical Properties of the Catalyst Layer in Proton Exchange Membrane Fuel Cell – L Li (University of Tennessee), C N Sun (Oak Ridge National Laboratory), and T A Zawodzinski (University of Tennessee)

Other Interfaces and Interphases II – 14:00 – 17:40 Co-Chairs: Robert Kostecki and Plamen Atanassov 14:00

649

Optimization of Gas Diffusion Layers with HighCorrosion Resistance for Pemwe – S M Steen III and F Y Zhang (UTSI, UTK)

14:20

650

Electrodeposition of Cadmium Selenide/Polyo-Anisidine Composite – B Maranowski, B Czerwieniec, M Strawski, and M Szklarczyk (University of Warsaw)

14:40

651

Fuel and Operation Dependence of Interfacial Nanostructure from the Anode and Cathode of Solid Oxide Fuel Cells – X Song, Y Chen, and S Chen (West Virginia University), G Hackett, S Lee, and K Gerdes (US Department of Energy)

15:00

652

Effect of Gas Diffusion Layer Structure on the Performance of Hydrogen Oxygen and Hydrogen Air Polymer Electrolyte Membrane Fuel Cell – G Velayutham (Sainergy Fuel Cell India Pvt Ltd), S Sribollepalli (Sainergy Tech), and P Kalingamuthu (Sainergy Fuel Cell India Pvt Ltd)

15:20

653

Investigation of Macro-Thermal Contact Resistances in the Cathode of PEM Fuel Cells – S J Botelho and A Bazylak (University of Toronto)

Other Interfaces and Interphases I – 08:20 – 12:00 Co-Chairs: Trung Van Nguyen and Plamen Atanassov 08:20

639

TiSnSb, a Promising Anode Material for Li-Ion Batteries: The Role of the Electrode/Electrolyte Interphase – W Zhang, H Martinez, and R Dedryvère (IPREM-ECP UMR CNRS 5254), F Ghamouss, D Lemordant (PCM2E EA 6299), A Darwiche, and L Monconduit (ICG-Montpellier)

08:40

640

Thermal Contact Resistance Between Gas Diffusion Layer and Graphite Bipolar Plate: Modeling and Experiments – H Sadeghifar, M Bahrami (Simon Fraser University), and N Djilali (University of Victoria)

15:40 Break

09:00

641

Kinetic Modeling and Simulated Performance of CO and Syngas Electro-Oxidation in Ni-YSZ Solid-Oxide Fuel Cells – J Hanna and A F Ghoniem (Massachusetts Institute of Technology)

16:00

654

In Situ Observation of Epitaxial Li-SiNanostructure Formation on Si(111) – F Grosse, A Proessdorf, M Hanke, and O Bierwagen (PaulDrude-Institut für Festkörperelektronik)

09:20

642

High Voltage Spinel Lmno/Lto Li-Ion Batteries: Ageing Processes and Role of Electrolyte Additives on Interfaces – R Dedryvere, D Foix, D Gonbeau (University of Pau), S Franger (Institut de Chimie Moléculaire et des Matériaux d’Orsay (ICMMO), UMR CNRS-UPS 8182, Université Paris Sud, 91405 Orsay, France), J F Martin (CEA, LITEN, F-38054 Grenoble, France), and S Patoux (CEA-LITEN)

16:20

655

Evaluating the Thermodynamics of Electrochemical Ammonia Oxidation for Hydrogen Production – D A Daramola and G G Botte (Ohio University)

16:40

656

Correlating Ex-Situ and In Situ Measurement for Proton Exchange Membrane Fuel Cells – H S Cho and J W Van Zee (University of Alabama)

17:00

657

Electric Potential Distribution at Interfaces in PEFC by First Principle Simulation – J Zhou, X Zhou, and H Liu (University of Miami)

09:40

Break

Meeting Program l May 11-15, 2014 l Orlando, FL

107

Wednesday, May 14

15:20

10:10

737

Computational Studies on Battery and Fuel Cell Materials

Direct Carbon Fuel Cells - Wetting Behavior of Carbon in Molten Carbonate – F Peng, Y Li, S J Parulekar, and J R Selman (Illinois Institute of Technology)

10:30

738

Comparative Iinvestigation of the High Temperature Corrosion Resistant Model and Commercial Fe-Cr-Al-RE Alloys with Different Chromium Content – O Tsurtsumia and E Kutelia (Georgian Technical University)

Computational Studies on Battery and Fuel Cell Materials Poster Session – 18:00 – 20:00 Co-Chair: Joshua Patrick McClure

10:50

739

Hydrogen Production Directly Using Petroleum Coke – G G Tao (Materials & Systems Research, Inc)

17:20

F2

•

The Influence of Geometry on the Stability of Emergent Droplets – A Herescu (Lake Superior State University)

Energy Technology / Battery / High Temperature Materials / Physical and Analytical Electrochemistry Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

694

Dynamics of Deposited Li2O2 Clusters on Cathode Surface in Li-O2 Battery Investigated

By First-Principles Molecular Dynamics – W Yamamoto (Kogakuin University)

•

695

Computational Thermodynamic Modeling of Mixed Polyanion Glasses for Lithium Ion Battery Cathode Materials – D Shin, A K Kercher, J Kiggans Jr, and N J Dudney (Oak Ridge National Laboratory)

•

696

Enhanced Direct Oxidation of Formic Acid and Its Underlying Mechanism in the Ag-Pd CoreShell Nanocatalyst: A First-Principles Study – J Cho, S Lee, S P Yoon, J Han, S W Nam, and H C Ham (Korea Institute of Science and Technology)

•

Wednesday, May 14

658

697

The Predicted Crystal Structure of Metastrengite I FePO4∙2H2o and Its Importance in Li-Ion Battery Systems – S Kim, L Ward, K Michel, and C Wolverton (Northwestern University), E J Shin, H S Kim, and B W Cho (Korea Institute of Science and Technology)

•

698

Modeling of Transport Mechanism of OH- in Electrolyte of Alkaline Fuel Cell – S Nobuyuki and H Takaba (Kogakuin University)

•

699

Atomistic Simulation Studies of TiO2 Nanosheets – P E Ngoepe (Univeristy of Limpopo), M G Matshaba (University of Limpopo), and D C Sayle (University of Kent)

F4

Note: Please refer to the A3 symposium for related papers.

Electrolytes I – 14:00 – 17:20 Co-Chairs: Xiao-Dong Zhou and Alexander Kromp 14:00

740

Invited Talk: Increased OXIDE ION Diffusivity and Surface Exchange on Pr2NiO4 Base OXIDE

By Au Dispersion – T Ishihara, J Hyodo, Y W Ju, and S Ida (Kyushu University)

14:40

741

Effect of Carbon Dioxide on the Cathodic Performance of Solid Oxide Fuel Cells – D Cetin, Y Yu, H Luo, X Lin, K Ludwig, S N Basu, U B Pal, and S Gopalan (Boston University)

15:00

742

Solid-Gas Interactions of Nanoscaled La06Sr 04CoO3‑δ and Their Impacts – J Hayd and E Ivers-Tiffée (Karlsruhe Institute of Technology)

15:20

743

Electrolytic Conduction in Transition-Metal-Free Oxides with K 2NiF4 Structure – N Ye and J L Hertz (University of Delaware)

15:40 Break 16:00

744

Thermal Residual Stress and Biaxial Strength of (Y2O3)008(ZrO2)092 / (Sc2O3)01(CeO2)001(ZrO2)089 Multi-Layered Electrolytes for Intermediate Temperature Solid Oxide Fuel Cells – Y Chen (University of Central Florida, Oak Ridge National Laboratory), A Aman (University of Central Florida), M Lugovy (Institute for Problems of Materials Science, Kyiv, Ukraine), N Orlovskaya (University of Central Florida), S Wang and X Huang (University of South Carolina), T Graule, and J Kuebler (Empa, Swiss Federal Laboratories for Materials Science and Technology, Laboratory for High Performance Ceramics, Duebendorf, Switzerland)

16:20

745

Effect of Dopant and Impurity Segregation on the Ionic Conductivity of Doped Ceria Electrolytes – S S Sulekar, B T Peacock, and J C Nino (University of Florida)

16:40

746

Improved Grain Boundary Conductivity By Post Annealing: Minimizing Vacancy Depletion through Non-Equilibrium Distribution of Immobile Species – L Zhang, L Zhu, F Liu, and A V Virkar (University of Utah)

17:00

747

Conduction Properties and Ionic Transference Behavior of CaTi1-XScxO3-δ (x=005, 01) – H J Hong, S I Hashimoto, K Yahiro, and T Kawada (Tohoku University)

Ionic and Mixed Conducting Ceramics 9

High Temperature Materials / Energy Technology Jackson, Ground Level, Hilton Orlando Bonnet Creek

Carbon Fuel Cells – 08:00 – 11:10 Co-Chairs: Turgut M. Gur and Fernando H. Garzon 08:00

732

Catalytic Enhancement of Solid Carbon Oxidation in HDCFCs – L Deleebeeck, D Ippolito, and K K Hansen (Danish Technical University)

08:20

733

Modeling Power Production in a Tubular Carbon Fuel Cell – D U Johnson, R E Mitchell, and T M Gür (Stanford University)

08:40

734

Carbonate Fuel Cell Anode: A Review – A Hilmi (FuelCell Energy Inc), C Y Yuh, and M Farooque (FuelCell Energy)

09:00

735

Effect of CeO2 Infiltration on the Hybrid Direct Carbon Fuel Cell Performance – D Ippolito, L Deleebeeck, and K K Hansen (Danish Technical University)

Note: Please refer to the A3 symposium for related papers.

09:20 Break 09:50

108

736

Zirconia Sensor Device for In Situ Monitoring of Metalpowder Oxidation for Energy Storage Appilcations – J Milshtein, U B Pal, S N Basu, and S Gopalan (Boston University) Meeting Program l May 11-15, 2014 l Orlando, FL

Energy Technology / Industrial Electrochemistry and Electrochemical Engineering / Physical and Analytical Electrochemistry Palm Beach, Ground Level, Hilton Orlando Bonnet Creek

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells III – 08:20 – 12:00 Co-Chair: James M. Fenton 08:20

09:00

797

798

The Chemistry of Membrane Degradation in PEM Fuel Cells – M P Rodgers, L J Bonville (University of Central Florida), R Mukundan, R L Borup (Los Alamos National Laboratory), S Knights (Ballard Power Systems), R Ahluwalia (Argonne National Laboratory), P Beattie (Ballard Power Systems), R P Brooker, N Mohajeri, H R Kunz, J M Fenton, and D K Slattery (University of Central Florida)

•

806

The Graphitization-Stability Relation of High Surface Area Carbons – S N Stamatin, C F Nørgaard, S M Andersen, and E M Skou (University of Southern Denmark)

•

807

The Impact of Sulphate Anions on the Catalyst Durability for PEMFC – S N Stamatin, C F Nørgaard, S M Andersen, and E M Skou (University of Southern Denmark)

•

808

Degradation Studies of Functionalized Polyphenylene Oxide for Anion Exchange Membrane – A L Roy, C D Bruneau, K Dietz (University of Tennessee), L Zhu (Penn State University), G A Goenaga and A Papandrew (University of Tennessee), M A Hickner (Penn State University), S Foister (University of Tennessee), and T A Zawodzinski (University of Tennessee)

•

809

Understanding Membrane Degradation Mechanisms Under Heavy Duty Fuel Cell Conditions: A Multi-Disciplinary Approach – K Malek, E Kjeang, S Holdcroft, M Eikerling (Simon Fraser University), N Djilali (University of Victoria), and S Knights (Ballard Power Systems)

Low Temperature PEM Degradation: Failure Modes & Mitigation Strategies – C S Gittleman, F Coms, and Y H Lai (General Motors)

09:40 Break 10:00

799

Mechanical Aspects of Membrane Durability in PEM Fuel Cells – A Kusoglu and A Z Weber (Lawrence Berkeley National Laboratory)

•

810

10:40

800

Development of Nanofiber Ceria-PFSA Interlayers to Mitigate Membrane Chemical Degradation – M Zaton, D Jones, and J Roziere (ICGM, Aggregates, Interfaces and Materials for Energy, CNRS Montpellier, France)

Estimation of Leakage Current in Proton Exchange Membrane Fuel Cells – S M Rezaei Niya, R Phillips, and M Hoorfar (University of British Columbia)

•

811

Measurement of Oxygen Gas Transport Resistance in Cathode Catalyst Layers of PEFC – H Yasuda, K Kobayashi, A Daimaru, and M Hori (Daido University)

•

812

Chemistry and Degradation Mitigation Effect of Cerium Oxide in Polymer Electrolyte Membranes – N Mohajeri, B P Pearman, D K Slattery, R P Brooker, M P Rodgers, and M D Hampton (University of Central Florida), D A Cullen (Oak Ridge National Laboratory), and S Seal (University of Central Florida)

11:20

801

Approaches to Understanding AEM Degradation Using Model Compounds – S Foister, A L Roy, L Servedio, G A Goenaga, and A Papandrew (University of Tennessee), and T A Zawodzinski (Oak Ridge National Laboratory, University of Tennessee)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek F6 Poster Session – 18:00 – 20:00 Co-Chair: Adam Z. Weber •

802

Mechanical Damage Propagation in Polymer Electrolyte Membrane Fuel Cells Under Humidity and Temperature Cycles – R Banan, J W Zu, and A Bazylak (University of Toronto)

•

803

Performance and Durability of an Alkaline Direct Methanol Fuel Cell Employing a Nitrogen PostDoped PtRu/C Anode – P Joghee, S Pylypenko, and K Wood (Colorado School of Mines), G Bender (National Renewable Energy Laboratory), and R O’Hayre (Colorado School of Mines)

•

•

804

805

Application of the Transmission Line EIS Model to Fuel Cell Catalyst Layer Durability – E B Easton, F S Saleh, and O O Reid (University of Ontario Institute of Technology) Effect of Operation Conditions during Fuel Starvation on Ruthenium Migration from Pt/ Ru Anode Catalysts – Y Nedellec, M Zaton (CNRS Montpellier, France), D Jones (ICGM, Aggregates, Interfaces and Materials for Energy, CNRS Montpellier, France), M Geymayer, V Hacker (Graz University of Technology, Austria), T Aarhaug, and S Moller-Holst (SINTEF, Norway)

H2

Symposium in Honor of Andrzej Wieckowski

Physical and Analytical Electrochemistry Floridian Ballroom F, Lobby Level, Hilton Orlando Bonnet Creek

Electrocatalysis: Fuel Oxidation – 07:40 – 12:00 Co-Chairs: Mira Josowicz and Radoslav Adzic 07:40

920 The Electrocatalytic Oxidation of Small Organic Molecules: From Fundamental Studies to Applications in Energy Technology – C Lamy (IEM/CNRS) and C Coutanceau (Université de Poitiers, IC2MP, UMR CNRS 7285)

08:20

921 Ethanol Electrooxidation on Noble Metals - In Situ DEFC Studies – A Lewera, J Seweryn, and A Jablonski (University of Warsaw)

08:40

922 The Effect of Bimetallic Surface Composition on the Activity Towards Ethanol Oxidation – T Garrick, W Diao, J Tengco, J Monnier, and J W Weidner (University of South Carolina)

09:00

923 Polyaniline-Supported Atomic Gold Electrodes: Comparison with Macro Electrodes – M A Josowicz Sr, A P Jonke, J Janata Sr, and I T Schwartz (Georgia Institute of Technology)

09:20

924 Platinum Monolayer Electrocatalysts for Anodic Oxidation of Alcohols – M Li, P Liu, and R Adzic (Brookhaven National Laboratory)

09:40 Meeting Program l May 11-15, 2014 l Orlando, FL

Break 109

Wednesday, May 14

F6

State-of-the-Art Tutorial on Durability in Low Temperature Fuel Cells

10:00

925 New Insights into the Formic Acid Oxidation Mechanism on Platinum Electrodes – E Herrero, J V Perales, and J Feliu (Universidad de Alicante)

10:40

926 Size Effect of Pt Nanoparticles Deposited By Plasma-Enhanced Atomic Layer Deposition on the Electrocatalytic Activity Toward the Methanol Oxidation Reaction – C H Liu, C C Ting, C Y Tai, S C Hsu, and F M Pan (National Chiao-Tung University)

11:00

927 Electrocatalysts for Oxidating of Polyhydric and Monohydric Alcohols to Carbon Dioxide on Platinum Alloy Nanoparticles Dispersed on Noble Metal Oxides – K Miecznikowski, M Murawska (University of Warsaw), and J A Cox (Miami University)

11:20

928 Linear and Volcano Correlations for the Electrooxidation of Hydrazine on MN4 Catalysts – J H Zagal Sr (Universidad de Santiago de Chile), D A Geraldo (Universidad Andres Bello), and M Sancy (Academia Politécnica Aeronáutica, Fuerza Aérea de Chile)

11:40

929 Catalyst Development for Dimethyl Ether Electrooxidation – H Chung, J Dumont, U Martinez, and P Zelenay (Los Alamos National Laboratory)

17:40

H3

939

Biofuel Cells 6

Physical and Analytical Electrochemistry / Energy Technology / Organic and Biological Electrochemistry Floridian Ballroom G, Lobby Level, Hilton Orlando Bonnet Creek

Microbial Fuel Cells – 08:00 – 15:40 Co-Chairs: Plamen Atanassov and Ramaraja P. Ramasamy 08:00

993

Materials Characterization Approaches for Optimization of Microbial Fuel Cell Electrodes – C Santoro, S Babanova, K Artyushkova (University of New Mexico), M Guilizzoni (Politecnico di Milano), J P Correa Baena), U Pasaogullari (University of Connecticut), A Casalegno (Politecnico di Milano), B Li (University of Connecticut), and P Atanassov (University of New Mexico)

08:20

994

Surface Modification of Carbon Felt Electrodes for Enhanced Biofilm Formation in Microbial Fuel Cells – J A Cornejo, C Santoro, C N Villarrubia, K Artyushkova, S Babanova, L K Ista, and P Atanassov (University of New Mexico)

08:40

995

Photocurrent Generation by Immobilized Nostoc Sp Via Direct Electron Transport – N Sekar and R P Ramasamy (University of Georgia)

09:00

996

From Twitching to Nanowires Toward a Holistic Understanding of Motility Structures and Extracellular Electron Transfer in Shewanella Oneidensis – L K Ista, J A Cornejo, S Babanova, A J Schuler, and P Atanassov (University of New Mexico)

09:20

997

Meromictic Lakes as On-Field Laboratories for Microbial Fuel Cells – P Cristiani (Ricerca sul Sistema Energetico SpA), E Guerrini and S P Trasatti (Università degli Studi di Milano), and M Grattieri (Politecnico di Milano)

Wednesday, May 14

Electrocatalysis: Fuel Cells and Energy Conversion – 14:00 – 18:00 Co-Chairs: Paul Kenis and Yung-Eun Sung 14:00

930

Electrocatalysis in Alkaline Membrane Fuel Cells – S Gottesfeld (Cellera Technologies)

14:40

931

First insights of the Pdpt/C and Pdptru/C Electrocatalysts Towards Glycerol ElectroOxidation in Alkaline Medium – A C Garcia, J L Bott-Neto, L M D S Nunes, and G TremiliosiFilho (University of São Paulo)

15:00

932

Operating Alkaline Alcohol Fuel Cell (ITAAFC) in Intermediate-Temperature Range – J Jiang (University of Illinois)

15:20

933

Electrocatalysts for Fuel Cells: From the Nanoscale to the Macroscale – Y E Sung (Seoul National University)

Clean Energy from Ethanol: Efficient Oxidation of Ethanol in Solid Oxide Fuel Cell Via a New Reformer Catalyst – A Kowal (ELCATAK), R Adzic (Brookhaven National Laboratory), M Parlinska-Wojtan (Rzeszow University), M Pokora, A Martyla (CLAiO, Poznan,Poland), and R Nowak (CEREL, Boguchwala, Poland)

15:40 Break 16:00

934

Progress in Fuel Cell Electrocatalysis and PEMFC Performance – J S Spendelow and D C Papageorgopoulos (US Department of Energy)

09:40 Break 10:00

998

16:20

935

Spatially-Resolved Electrochemical Methods for the Nanoscale Investigation of Reactivity and Transport in Materials for Energy Conversion and Storage – J Rodríguez-López, M Shen, B H Simpson, Z J Barton, and M Burgess (University of Illinois)

Effect of Contaminants and Bacteria Presence on Bilirubin Oxidase Based Cathode Operation – C Santoro, S Babanova, and P Atanassov (University of New Mexico)

10:20

999

Microscale Gradients in Electrochemically Active Biofilms and Their Role in Extracellular Electron Transfer Processes – H Beyenal, J T Babauta (Washington State University), and R S Renslow (Pacific Northwest National Laboratory)

10:40 1000

Electrochemical Characterization Reveals Multiple Distinct Electron Transport Pathways in Anode Biofilms of Geobacter Sulfurreducens – S Popat, R Yoho, O Ajulo, and C Torres (Arizona State University)

11:00 1001

Enzymatic Oxygen Micro-Probe for Analysis of Microbial Fuel Cells – M Grattieri (Politecnico di Milano, Department of Chemistry, Materials and Chemical Engineering), S Babanova, C Santoro (University of New Mexico), E Guerrini (Università degli studi di Milano), P Cristiani (Ricerca sul Sistema Energetico SpA), S P Trasatti (Università degli Studi di Milano), and P Atanassov (University of New Mexico)

16:40

936

Electrocatalytic Reduction of CO2 to CO – P Kenis (University of Illinois)

17:00

937

Design and Fabrication Three-Dimensional Structure Electrode and Its Application in NaBH4 Electrooxidation and H2O2 Electroreduction – K Cheng, F Yang, K Ye, and D Cao (Harbin Engineering University)

17:20

938

Highly Active and Corrosion-Resistant PtCr ⁄ C Catalyst for PEMFC & DMFC Applications – S Mariappan (DECHEMA-Forschungsinstitut), I Radev, V Peinecke (Zentrum für BrennstoffzellenTechnik), and J F Drillet (DECHEMA-Forschungsinstitut)

110

Meeting Program l May 11-15, 2014 l Orlando, FL

Mass Transfer and Metabolic Variability in Electrochemically Active Biofilms – R S Renslow (Pacific Northwest National Laboratory), J T Babauta (Washington State University), P D Majors (Bruker Biospin Corporation), and H Beyenal (Washington State University)

11:40

Lunch (on your own)

14:00 1003

Electrochemical Impedance Spectroscopy of Geobacter Sulfurreducens Biofilms on Rotating Disk Electrodes – J T Babauta and H Beyenal (Washington State University)

14:20 1004

Geobacter Sulfurreducens Biofilm Growth Kinetics on High Surface Area, Flow-through Anodes Under Ion-Transport Limitations – T D Harrington and H Beyenal (Washington State University)

14:40 1005

Fabrication and Characterization of BiofilmBased Hybrid Matrices in Bioelectrocatalysis – P Kulesza (University of Warsaw)

15:00 1006

Electro-Osmotic-Based Catholyte Production

By Microbial Fuel Cells – I Gajda, C Melhuish, J Greenman, and I Ieropoulos (University of the West of England)

15:20 1007

•

1014

Oxygen Reducing Enzymes Encapsulated in Silica Matrix By Chemical Vapor Deposition – A T Perry III, S Babanova, and P Atanassov (University of New Mexico)

•

1015

Electrochemical Characterization of Various SelfAssembled Nanocomposite Electrodes in EcoliCatalyzed Mediatorless Microbial Fuel Cell – K Nahm and P KIM (Chonbuk National University)

H4

Charge Transfer: Electrons, Protons, and Other Ions 2 Physical and Analytical Electrochemistry / High Temperature Materials Floridian Ballroom H, Lobby Level, Hilton Orlando Bonnet Creek

Charge Transfer in Advanced Photovoltaic Systems – 08:00 – 09:40 08:00 1030

Redox-Gated Molecular Memory Devices Based on Dynamic Doping of Polythiophene – R L McCreery, B Das, R Pillai (National Institute for Nanotechnology, University of Alberta), N Pekas (National Institute for Nanotechnology), and D B James (University of Alberta)

08:40 1031

Oxygen Transport in Perovskite-Type Materials for SOFCs Cathodes: What Can We Learn from Quantum Mechanics – A B Muñoz-García, M Pavone (University of Naples Federico II), A M Ritzmann, and E A Carter (Princeton University)

09:20 1032

Time-Resolved Photoluminescence and Light‑Induced Electron Spin Resonance Studies of Photo-Induced Charge Transfer in New Polyazomethines:Fullerene for Organic Solar Cells – S A Grankowska Ciechanowicz (Warsaw University), A Iwan, K Parafiniuk (Electrotechnical Institute), A Wolos, K P Korona, and M Kaminska (Warsaw University)

Autonomous, Retrievable, Deep Sea Microbial Fuel Cell – K E Richter and R George (SSC Pacific)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek H3 Biofuel Cells 6 Poster Session – 18:00 – 20:00 •

1008

A Temperature-Controlled Microwell Platform for Electrochemical Melting Analyses – Z Shen, H O Sintim (University of Maryland College Park), and S Semancik (National Institute of Standards and Technology)

•

1009

The Expression and Electroochemical Characterization of Fructose Dehydrogenase – S Kawai, Y Kitazumi, O Shirai, and K Kano (Kyoto University)

•

1010

Substrate-Modification Method for Enhancing Performance of a Direct Electron Transfer-Type Biocathode and a Biofuel Cell – K So, S Kawai, Y Kitazumi, O Shirai, and K Kano (Kyoto University)

•

1011

Membraneless Hybrid Biofuel Cells: Integrating Microbial Anode and Enzymatic Cathode – C Santoro, S Babanova (University of New Mexico), B Li (University of Connecticut), P Cristiani (Ricerca sul Sistema Energetico SpA), I Ieropolous (Bristol Robotics Laboratory), and P Atanassov (University of New Mexico)

•

•

1012

1013

Cytochrome C Mutants with Enhanced Capabilities in Multi Layer Arrangements – D Weber (Wildau Technical University of Applied Sciences, Biosystems Technology), P Turano, M Allegrozzi (University of Florence, Centro Risonanze Magnetiche), and F Lisdat (Wildau Technical University of Applied Sciences, Biosystems Technology)

Proton Transport Studies II – 10:20 – 12:00 10:20 1033

Proton Conduction in Metal-Organic Frameworks: Insights from Molecular Dynamics Simulations – F Paesani (University of California, San Diego)

11:00 1034

Computer Simulations of Proton Discharge from Aqueous Solutions on Metal Electrodes – E Spohr (University of Duisburg-Essen)

11:40 1035

Metallo-Supramolecular Polymers As Humidity Responsive Ionic Conductors – R K Pandey, M D Hossain, S Moriyama (National Institute for Materials Science), and M Higuchi (National Institute for Materials Science, JST-CREST)

Ionic Liquid Electrolytes II – 14:00 – 15:20 14:00 1036

On the Evaluation of Ionic Transport and Pair Formation in Polymer Electrolytes from Conductivity and Diffusion Measurements – N A Stolwijk (University of Muenster)

14:40 1037

The Role of Adsorbed Ions during Electrocatalysis in Protic Ionic Liquids – D Walsh and A A Ejigu (University of Nottingham)

Double Chamber MFC with Non-PGM F-C-N Cathode Catalyst – C Santoro, C W Narvaez Villarubia, S Stariha, S Babanova (University of New Mexico), M Grattieri (Politecnico di Milano), A Serov, and P Atanassov (University of New Mexico)

Meeting Program l May 11-15, 2014 l Orlando, FL

111

Wednesday, May 14

11:20 1002

Frontiers in Charge Transfer – 16:00 – 17:00 16:00 1038

16:20 1039

16:40 1040

H5

Photoluminescence Investigation of Fundamental Charge Transfer Processes in Stable Nitroxyl Radical-Containing Polymers – B K Hughes, A Ferguson, W A Braunecker, and T Gennett (National Renewable Energy Laboratory) Photo-Induced Charge Transfer and Spectroscopy Across a Series of Pbttt Model Compounds – R Callahan (University of Colorado, National Renewable Energy Laboratory), M Springer, D Walba (University of Colorado), and G Rumbles (National Renewable Energy Laboratory, University of Colorado) On the Effect of the Ir Drop on Chronoamperometric Measurements Involving Irreversibly Adsorbed Redox Active Species on Electrode Surfaces – N S Georgescu, K A Loparo, A J J Jebaraj, and D Scherson (Case Western Reserve University)

1074

Electrochemical Approach to Ammonia Synthesis Using Ionic Liquid Based Electrolytes – J M Sansiñena, J Chlistunoff, N C Tomson, J M Boncellla, and F H Garzon (Los Alamos National Laboratory)

11:20

1075

Lithium Ion Solvation and Diffusion in Bulk Organic Battery Electrolytes from First Principles Molecular Dynamics – M T Ong, V Lordi, E W Draeger, and J E Pask (Lawrence Livermore National Laboratory)

Physical Chemistry of Electrolytes VII – 14:00 – 15:20 Co-Chairs: Pawel Kulesza, Paul C. Trulove, and Iwona Agnieszka Rutkowska 14:00 1076

Effect of Pressure on the Deuteron Spin-Lattice Relaxation Times and the Self-Diffusion Coefficient in Ionic Liquids – A Rua, K Pilar, and E Ostrovskiy (Hunter College of CUNY), J Hatcher (Brookhaven National Laboratory), S Suarez (Brooklyn College of CUNY), J Wishart (Brookhaven National Laboratory), and S Greenbaum (Hunter College of CUNY)

14:20 1077

Templating Effect of Polymeric Electrolytes on the Electropolymerization of Aniline – A A Nekrasov, O L Gribkova, A A Isakova, V I Zolotarevsky, V F Ivanov, and A V Vannikov (Russian Academy of Sciences)

14:40 1078

Improving Electrolyte Characterization Methods/ Tools: What the Data Really Means – W A Henderson, D M Seo, S D Han, J L Allen (North Carolina State University), S H Yun (Gwangju Institute of Science and Technology), J S Daubert (North Carolina State University), and O Borodin (US Army Research Laboratory)

15:00 1079

Magnetic Alignment of Gamma (core)/Alpha (shell) Fe2O3 Nanorods in a Solid Polymer Electrolyte – S K Fullerton, D Schaetzl, P Li, and G H Bernstein (University of Notre Dame)

Physical and Analytical Electrochemistry / Battery Floridian Ballroom J, Lobby Level, Hilton Orlando Bonnet Creek

08:00 1067

Effect of the Electrolyte Formulation on the Performances of Edlc and Li-Ion Batteries – F Ghamouss, W Zhang (PCM2E EA 6299), M Dahbi (PCM2E EA 6299 Université F Rabelais, Parc de Grandmont, 37200 Tours, France), J Jacquemin (Queen’s University), F Tran-Van (PCM2E EA 6299 Université F Rabelais, Parc de Grandmont, 37200 Tours, France), L Monconduit (ICG-Montpellier), H Martinez, R Dedryvère (IPREM-ECP UMR CNRS 5254), and D Lemordant (PCM2E EA 6299)

Controlling Electrochemical Properties with the LCST Phase Behavior of Homopolymers in Ionic Liquids – J C Kelly and M E Roberts (Clemson University)

11:00

Physical Chemistry of Electrolytes

Physical Chemistry of Electrolytes VI – 08:00 – 11:40 Co-Chairs: Fouad Ghamouss, Michal Jan Kalita, Mitchell T. Ong, and Stephen Paddison

Wednesday, May 14

10:40 1073

08:40 1068

Improved Safety, High Performance Electrolytes for Li-Ion Batteries – C Rhodes and M Mullings (Lynntech, Inc)

09:00 1069

Direct Observation of Virtual Electrode Formation By Spectromicroscopy – D A Siegel, F El Gabaly, N Bartelt, and K F McCarty (Sandia National Laboratories)

M1 and Electrolytes

Fluorine-Free Salts for Sodium Battery Applications – A Bitner-Michalska, P Jankowski, M Piszcz, A Gajewska, M Poterala, G Z Zukowska, M Marcinek, and M J Kalita (Warsaw Technical University)

Semiconductors/Electronics – 08:10 – 09:30

09:20 1070

09:40 Break 10:00 1071

10:20 1072

112

The Structure of Water-Methanol Mixtures Under an Electric Field: Ab Initio Molecular Dynamics Simulations – J He (University of Tennessee), V Di Noto (University of Padova), and S Paddison (University of Tennessee) Chitosan and Ionic Liquid Based Solid Polymer Electrolytes: The Anion Alkyl Chain Length Effect – R Leones (Universidade do Minho, Instituto de Tecnologia Química e Biológica, Universidade Nova de Lisboa), J M S S Esperança (Instituto de Tecnologia Química e Biológica, Universidade Nova de Lisboa), V de Zea Bermudez (Departamento de Química e CQ-VR, Universidade de Trás-os-Montes e Alto Douro), and M M Silva (Centro/Departamento de Química, Universidade do Minho)

Carbon Electronics: Interfaces to Metals, Dielectrics, Dielectric Science and Technology / Battery / Electronics and Photonics / Nanocarbons / Sensor Bonnet Creek Ballroom VIII, Lobby Level, Hilton Orlando Bonnet Creek

08:10

1133

3C-SiC on Si: A Biocompatible Material for Advanced Bioelectronic Devices – C Frewin, M Reyes, J Register, M Nezafati, and S E Saddow (University of South Florida)

08:40 1134

Electrochemical Transfer Doping of Diamond, Carbon Nanotubes, and Graphene – V Chakrapani (Renssalaer Polytechnic Institute)

09:00 1135

Molecules in Circuits: A New Type of Microelectronics? – R L McCreery (University of Alberta, National Institute for Nanotechnology), A Bergren (National Institute for Nanotechnology), S Nagy, H Yan, A Bayat, and M Kondratenko (National Institute for Nanotechnology, University of Alberta)

Meeting Program l May 11-15, 2014 l Orlando, FL

M4 Nanocarbons Bonnet Creek Ballroom XII, Lobby Level, Hilton Orlando Bonnet Creek Device Applications II – 08:00 – 09:40 Co-Chairs: Richard Martel and Juan G. Duque 08:00 1191

Invited Presentation: Understanding Energy Transfer Pathways in Semiconducting Carbon Nanotube Thin Films Using Two Dimensional White Light Spectroscopy – M S Arnold, T McDonough, M Y Wu, M Grechko, Y Ye, and M Zanni (University of Wisconsin)

08:20 1192

Invited Presentation: Single Molecule Bioelectronics with Carbon Nanotube Circuits – P G Collins (Univ of California, Irvine)

08:40 1193

Invited Presentation: Cabon Nanotube Terahertz Detector – X He (Rice University), K Erickson, A A Talin, B Mills (Sandia National Laboratories), N Fujimura, Y Kawano (Tokyo Institute of Technology), R Hauge, J Kono (Rice University), and F Leonard (Sandia National Laboratories)

09:00 1194

Invited Presentation: Charge Generation and Recombination in SWCNT Photovoltaic Active Layers – J Blackburn, K S Mistry, A M Dowgiallo, A D Avery, O Reid, A Ferguson (National Renewable Energy Laboratory), and M S Arnold (University of Wisconsin)

09:20 1195

Investigating Exciton Dissociation Yields in Single-Walled Carbon Nanotube/Fullerene Blends – K Mistry (University of Colorado , National Renewable Energy Laboratory), B Larson, A Ferguson (National Renewable Energy Laboratory), G Rumbles (University of Colorado, National Renewable Energy Laboratory), and J Blackburn (National Renewable Energy Laboratory)

Functionalization, Chemistry and Electrochemistry – 10:00 – 11:40 Co-Chairs: Philip G. Collins and Francois Leonard 10:00 1196

Invited Presentation: Covalent Functionalization of Carbon Nanotubes and Graphene: Chemistry, Electronic Structure and Physical Properties – R C Haddon (University of California - Riverside)

10:20 1197

Invited Presentation: The Role of Dispersing Molecules on the Separation and Optical Properties of Carbon Nanotubes – N K Subbaiyan (Los Alamos National Laboratory), S Cambre (University of Antwerp), A N Parra-Vasquez, E Haroz (Los Alamos National Laboratory), J Crochet (Los Alamos National l-Laboratory), B Lounis (Bordeaux University), L Cognet (Institut d’Optique & CNRS), S Doorn, and J G Duque (Los Alamos National Laboratory)

10:40 1198

11:00 1199

Surfactants’ Key Role in Ionic Aqueous TwoPhase Separation of Carbon Nanotubes Towards Simple Chirality Isolation – N K Subbaiyan (Los Alamos National Laboratory), S Cambré (University of Antwerp, Los Alamos National Laboratory), A N Parra-Vasquez, E Haroz, S K Doorn, and J G Duque (Los Alamos National Laboratory) Structure-Dependent Thermal Defunctionalization of Alkylated Single-Walled Carbon Nanotubes – S Ghosh, F Wei, X Fan, W E Billups, R Hauge, and R B Weisman (Rice University)

Meeting Program l May 11-15, 2014 l Orlando, FL

11:20 1200

Binding Configuration and Surface Coverage of Poly(9,9-dioctylfluorene-2,7-diyl) on Electronic Type-Sorted Carbon Nanotubes – M J Shea, G J Brady, and M S Arnold (University of Wisconsin)

Synthesis and Processing I – 14:00 – 15:40 Co-Chairs: Michael S. Arnold and Ming Zheng 14:00 1201

Invited Presentation: Controlling Carbon Nanotube Properties with Defects – Y Wang (University of Maryland)

14:20 1202

Invited Presentation: On the Viability of Helical Arrangement of Carbon Nanotube Via Supported Catalyst Structure: Graphene Embryo As a Precursor for Symmetry Formation – A R Harutyunyan (Honda Research Institute USA Inc)

14:40 1203

Invited Presentation: Advances in Theory of Nanotube Growth, Nucleation, and Cooperative Effects – B I Yakobson, E S Penev, V I Artyukhov, and L Xiong (Rice University)

15:00 1204

Invited Presentation: Nitrogen-Incorporated Single-Walled Carbon Nanotubes for Devices – S Maruyama (University of Tokyo), T Thurakitseree (Maejo University), S Kim (University of Tokyo), C Kramberger (University of Vienna), S Chiashi ( University of Tokyo), and E Einarsson (University at Buffalo)

15:20 1205

High Performance Field-Effect Transistors Via Aligned Polyfluorene-Sorted Single-Walled Carbon Nanotube Arrays – G J Brady, Y Joo, M J Shea, P Gopalan, and M S Arnold (University of Wisconsin)

Synthesis and Processing II – 16:00 – 18:00 Co-Chairs: Avetik R. Harutyunyan and YuHuang Wang 16:00 1206

Invited Presentation: Ultimate Separation and Applications of Single-Wall Carbon Nanotubes – H Kataura (National Institute of Advanced Industrial Science and Technology)

16:20 1207

Invited Presentation: Mechanism of Spontaneous Carbon Nanotube Partition in Liquid Multiphase Systems – M Zheng (National Institute of Standards and Technology)

16:40 1208

Invited Presentation: Application and Thermodynamics of Aqueous Two-Phase Partitioning for Chirality Separation of SingleWall Carbon Nanotubes Using Surfactants – J Fagan (National Institute of Standards and Technology)

17:00 1209

Specific DNA Sequences for the Purification of Single-Wall Carbon Nanotube Species in Polymer Aqueous Two-Phase Systems – G Ao and M Zheng (National Institute of Standards and Technology)

17:20

1210

Towards High-Fidelity Single-Column Separation of Swcnts Using Agarose Gel – J Clar, J Xu, C Silvera Batista, T Yuan, J C J Bonzongo, and K J Ziegler (University of Florida)

17:40

1211

Electrical Properties of Complex of Nanoparticles and Single-Walled Carbon Nanotube – H Tanaka, L Hong, M Fukumori, D Tanaka, and T Ogawa (Osaka University)

113

Wednesday, May 14

Carbon Nanotubes - From Fundamentals to Devices

Endofullerenes and Carbon Nanocapsules

M5 Nanocarbons Bonnet Creek Ballroom XI, Lobby Level, Hilton Orlando Bonnet Creek

14:20 1224

Crystal Structure and Dielectric Property of Endohedral Water Fullerene – S Aoyagi (Nagoya City University), N Hoshino, T Akutagawa (Tohoku University), R Kitaura, H Shinohara (Nagoya University), K Sugimoto (SPring-8/ JASRI), R Zhang, and Y Murata (Kyoto University)

14:40 1225

Relative Populations of Non-Isomeric Metallofullerenes: La@C76(Td) Vs La2@ C76(Cs,17490) – Z Slanina, S L Lee (DCB NCCU), S Nagase (Fukui Institute for Fundamental Chemistry), and T Akasaka (Tokyo Gakugei University)

15:00 1226

Fullerenes Encapsulating an Ytterbium Atom: Molecular Structures and Chemical Properties – X Lu (Huazhong University of Science and Technology)

15:20 1227

Cocrystallization with Fullerenes for Molecular and Supramolecular Structure Determination – K Ghiassi and M M Olmstead (University of Califronia), and A L Balch (University of California, Davis)

Endofullerenes and Carbon Nanocapsules I – 08:00 – 12:00 Co-Chairs: Alan L. Balch and Luis Echegoyen 08:00 1212

Wednesday, May 14

08:20 1213

Aromaticity As Driving Force for Bingel-Hirsch Derivatization of Endohedral Metallofullerenes – S Osuna, M Garcia-Borràs (Universitat de Girona), M Swart (Universitat de Girona, Institució Catalana de Recerca i Estudis Avançats), J M Luis (Universitat de Girona), L Echegoyen (University of Texas - El Paso), and M Solà (Universitat de Girona) On the Structures and Growing Mechanisms of the Ti@C2n (2n = 26 - 50) Endohedral Fullerenes – J M Poblet, M Mulet, L Abella, A RodríguezFortea (University Rovira i Virgili), P Dunk, and H Kroto (Florida State University)

08:40 1214

Consideration of the Electronic Structure of Endohedral Fullerenes from a View Point of the Fullerene Cage Size and Cage Structure – S Hino (Ehime University)

09:00 1215

Endohedral Fullerene Derivatives: TetherDirected Functionalizations and Regioisomer Preferences – L Echegoyen, M Izquierdo, and M Ceron (Univ of Texas at El Paso)

09:20 1216

Novel Terbium-Based Endohedral Clusterfullerenes: Synthesis, Isolation and Characterization – S Yang (University of Science and Technology of China)

09:40

Break

10:00 1217

Carbon Nanotube NIR Fluorescent Probes – T Okazaki (Nanotube Research Center, AIST)

10:20 1218

The Macroscopic Preparation of Endohedral Metallofullerene – B Y Sun and R L Cui (Chinese Academy of Sciences)

10:40 1219 11:00 1220

11:20 1221 11:40 1222

ESR Studies of N@C60 and Its Derivatives in Polymer Matrices: Advances and Challenges – K Porfyrakis (University of Oxford) Unique Molecular Properties of a Paramagnetic Endohedral Metallofullerene La@C82: Its Chemical Reactivities, and Electronic and Magnetic Properties – Y Takano (Kyoto University), J Veciana (Institut de Ciencia de Materials de Barcelona (ICMAB-CSIC) and CIBER-BBN), D M Guldi (Friedrich-AlexanderUniversitat, Erlangen-Nurnberg), N Martin (Universidad Complutense de Madrid), and T Akasaka (Tokyo Gakugei University) Retrieving Precursors Toward Endohedral Metallofullerenes – C Yuan, L L Deng, J Xiao, L F He, Z P Zhan, and S Y Xie (Xiamen University) Manipulating Reactivity Differences for Isolating New Endohedral Metallofullerenes – S Stevenson (Indiana-Purdue University at Fort Wayne)

Endofullerenes and Carbon Nanocapsules II – 14:00 – 16:40 Co-Chairs: Shangfeng Yang and Steven Stevenson 14:00 1223

114

Maximum Aromaticity As a Guiding Principle for the Most Suitable Hosting Cages in Endohedral Metallofullerenes – M Garcia-Borràs, S Osuna (Universitat de Girona), M Swart (Universitat de Girona, Institució Catalana de Recerca i Estudis Avançats), J M Luis, and M Solà (Universitat de Girona)

15:40 Break 16:00 1228

Studies of Top-Down Mechanistic Processes of Fullerene and Metallofullerene Formation for Cages Greater Than Ninety Carbons – T Fuhrer (Radford University), J Zhang, and H C Dorn (Virginia Polytechnic Institute & State University)

16:20 1229

Magnetic Properties of Endohedral Metallofullerenes: Single-Molecular Magnetism and Anisotropy – A A Popov, Y Zhang, L Dunsch (IFW Dresden), T Greber, R Westerstöm (Universität Zürich), and S Yang (University of Science and Technology of China (USTC))

Nanostructures for Energy Conversion

/ Battery / Energy Technology M8 Nanocarbons Bonnet Creek Ballroom IX, Lobby Level, Hilton Orlando Bonnet Creek Nanostructures II – 08:00 – 11:40 Co-Chairs: Kei Murakoshi and Akihito Imanishi 08:00 1296

Nanostructured Palladium-Graphene Materials for Energy Conversion – A Serov, N Andersen, K Artyushkova, and P Atanassov (University of New Mexico)

08:20 1297

Synthesis of High Density ZnO Nanowire Arrays for Dye-Sensitized Solar Cells – Y Zhao, C Xu, Y Zou, and K J Ziegler (University of Florida)

08:40 1298

Electron Transfer Dynamics of Supramolecular Solar Cells – H B Gobeze (University of North Texas)

09:00 1299

Photocatalytic Conversion of CO2 in H2o over Solid Based Materials – K Teramura (Department of Molecular Engineering, Graduate School of Engineering, Kyoto University)

09:20 1300

Formation of Metal Nanoparticles in Ionic Liquids By Low-Energy Quantum Beam Irradiation Technique – A Imanishi (Osaka University)

09:40 Intermission

Meeting Program l May 11-15, 2014 l Orlando, FL

10:00 1301

Supercritical CO2 Deposited Pt-Ir-Co into Carbon Aerogel As a Potential Catalyst for Methanol Oxidation and Oxygen Reduction Reactions – P Kolla (SDSM&T), W Rhine (Aspen Aerogels, Northborough, MA), and A Smirnova (South Dakota School of Mines and Technology)

11:00 1340

Effects of Anions, Cations and Supporting Electrolyte on the Electrochemistry and Spectroelectrochemistry of Neutral, Protonated and Deprotonated Free-Base Porphyrins in Nonaqueous Media – K M Kadish, Y Cui, L Zeng, and Y Fang (University of Houston)

10:20 1302

Single Crystalline CuO Nanowire for Resistive Random Access Memory Application – Y S Hong, J Y Chan, C W Huang, and W W Wu (National Chiao Tung University)

11:20 1341

Enhanced Electrocatalytic Reduction of Oxygen at Electrodes Coated with a Multi-Metallic Co(II)/Pt(II) Porphyrin – S Swavey (University of Dayton)

10:40 1303

Porous Silicon/Carbon Nanocomposites As Anode Materials for Lithium-Ion Batteries – L Z Fan and M Wang (University of Science and Technology Beijing)

11:40 1342

11:00 1304

Carbon Supported Metal Oxide Nanoparticles: Hierarchical Porous Structure and Electrochemical Properties – C Zhao (Wuhan University of Technology, CSIRO), Y Yang, and K Chiang (CSIRO)

Cobalt Corrole Catalyzed Hydrogen Evolution Reaction: Surprising Electronic Effects and Characterization of Key Reaction Intermediates – A Mahammed (Technion - Israel Institute of Technology), B Mondal, A Rana, A Dey (Indian Association for the Cultivation of Sciences), and Z Gross (Technion - Israel Institute of Technology)

11:20 1305

Nickel Oxide Carbon Nanofiber Composite for Electrochemical Oxidation of Methanol – A M Abdullah (Qatar University, Cairo University), A M Al-Enizi, A A El-Zatahry, and S S Al-Theyab (King Saud University)

14:00 1343

Artificial Photosynthetic Devices Based on Phthalocyanines – T Torres (Autonoma University of Madrid, IMDEA Nanociencia), B Ballesteros (Autonoma University of Madrid), G Bottari (Autonoma University of Madrid, IMDEA Nanociencia), F Setaro (Autonoma University of Madrid), M Ince (Autonoma University of Madrid, Mersin University, FacTarsus Technology), V Pardo Rodriguez, L Tejerina, M Sanchez Carballo, M Medel, A Aljarilla (Autonoma University of Madrid), J Suanzes Pita, M Urbani, and O Trukhina (Autonoma University of Madrid, IMDEA Nanociencia)

14:20 1344

Photoenergy Transfer in SWCNT Mesomaterials – A N G Parra-Vasquez, N K Subbaiyan (Los Alamos National Laboratory), Y Tian (University of New Mexico), G Montano, S K Doorn, and J G Duque (Los Alamos National Laboratory)

14:40 1345

Quinoline and Fluorene- Functionalized Porphyrins for Nanocrystalline Solar Cells – H He (Eastern Illinois University)

15:00 1346

Novel π-Conjugated Porphyrin Sensitizers for Dye-Sensitized Solar Cells – E W G Diau (National Chiao Tung University)

Porphyrins, Phthalocyanines and Supramolecular

M9 Assemblies

Nanocarbons / Physical and Analytical Electrochemistry Bonnet Creek Ballroom X, Lobby Level, Hilton Orlando Bonnet Creek

Porphyrins, Phthalocyanines and Supramolecular Assemblies III – 08:00 – 15:20 Co-Chairs: Mathias O. Senge, Sergei Vinogradov, Emma Gallo, Norbert Jux, Tomas Torres, Takashi Hayashi, Zeev Gross, and Klaus R. Wandelt 08:00 1332

Photovoltaic Characterization of Porphyrin and Porphyrin-Fullerene Electropolymer Films – J W Bridgewater, C R Johnson, C D Park, P A Liddell, A L Moore, T A Moore, and D Gust (Arizona State University)

08:20 1333

Tailoring Porphyrin (Nano)Structures – M O Senge (Trinity College Dublin)

08:40 1334

Magnetic Field Effects on Triplet Emissivity of Metalloporphyrin-Containing Multichromophoric Systems – S Vinogradov and T Mani (University of Pennsylvania)

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

09:00 1335

Porphyrin-Based Supramolecular Alternating Block Copolymer – T Haino (Hiroshima University)

M9 Porphyrins, Phthalocyanines and Supramolecular Assemblies IV Poster Session – 18:00 – 20:00

09:20 1336

Properties of Porphyrin- and PhthalocyaninMonolayers at Metal-Electrolyte Interfaces – K R Wandelt (University of Bonn)

•

1347

Controlling Molecular Alignment on Highly Ordered Pyrolitic Graphite of Porphyrin-Tb(III) Double-Decker Single Molecular Magnets – T Inose, D Tanaka, H Tanaka (Osaka University), O Ivasenko (KU Leuven), T Nagata (Meijo University), S De Feyter (KU Leuven), N Ishikawa, and T Ogawa (Osaka University)

•

1348

Synthesis of Porphyrin Arrays and Investigation of Their Optical and Electrochemical Properties – T Tamaki, T Nosaka, and T Ogawa (Osaka University)

•

1349

Polypeptides with Pendant Porphyrins: From the Recognition of Bidentate Bases to Inter-Digitated Photo-Active Strands – R Rein, N Solladie, and F Aziat (Laboratoire de Chimie de Coordination CNRS)

09:40

Coffee Break

10:00 1337

Single Molecule Force Spectroscopy (Invited) – E Meyer, R Pawlak, T Glatzel, S Kawai, and A Baratoff (University of Basel)

10:20 1338

New Covalent and Supramolecular Tetraphenyporphyrin Hybrids As Abiotoc RedoxMacromolecules – A Hirsch (University of Erlangen)

10:40 1339

Understanding Heme Enzyme Catalysis Starts with Their Active Site Coordination Structure: Identifying Heme Iron Axial Ligands Using Magnetic Circular Dichroism Spectroscopy – J H Dawson, S Sun, I Bandara, and M Sono (University of South Carolina)

Meeting Program l May 11-15, 2014 l Orlando, FL

115

Wednesday, May 14

12:00 Lunch

•

1350

Electrochemical Analysis of Phthalocyanine Grafted Polymer Nanofibers – A T Gokceoren, E Kaplan, and Y Arsalanoglu (ITU)

•

1351

Synthesis, Characterization and Electrochemical Investigation of Phthalocyanine Compounds Bearing Fluorine Functionality – Y Arslanoglu, A T Gokceoren, and E Hamuryudan (ITU)

N2

Dielectrics for Nanosystems 6: Materials Science, Processing, Reliability and Manufacturing

Dielectric Science and Technology / Electronics and Photonics Taylor, Ground Level, Hilton Orlando Bonnet Creek

15:40 1389

An Etch Stop and Sacrificial Materials Study for 3D Nems-CMOS Co-Integration – J Philippe, I Ouerghi, O Pollet, S Hentz, J Arcamone, and T Ernst (CEA-LETI)

16:00

Concluding Remarks

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek N2 Dielectrics for Nanosystems 6: Materials Science, Processing, Reliability and Manufacturing Poster Session – 18:00 – 20:00 Co-Chairs: Durga Misra, D. Bauza, Yaw S. Obeng, and Zhi David Chen •

1390

Charge Trapping Characterization of LaLuO3/pSi Interfaces at Cryogenic Temperatures – I P Tyagulskyy, S I Tiagulskyi, A N Nazarov, V S Lysenko (Lashkaryov Institute of Semiconductor Physics, NASU), P K Hurley, K Cherkaoui, and S Monaghan (University College Cork)

•

1391

Measuring CET of High-k Dielectrics with Novel Kinetic Approach Using Micro-Site Corona – Kelvin Method – D Marinskiy (Semilab SDI, LLC), T C Loy (Semilab Taiwan), H C Yeh (Hermes Epitek), M Wilson (Semilab SDI), and J Lagowski (Semilab SDI, LLC)

•

1392

Room-Temperature Atomic Layer Deposition of HfO2 By Using Remote Plasma Source – K Kanomata, H Ohba, P P Pansila, T Suzuki, B Ahmmad, S Kubota, K Hirahara, and F Hirose (Yamagata University)

•

1393

Comparison Between Equilibrium Voltage Step (EVS) and Charge Pumping (CP) Techniques for Characterizing Near Si-SiO2 Interface Traps – G Naima Guenifi (University of Batna, Algeria) and B Daniel (IMEP-LAHC, Minatec, Grenoble, France)

•

1394

Flattening Technique of (551) Silicon Surface Using Xe/H2 Plasma – T Suwa, A Teramoto, S Sugawa, and T Ohmi (Tohoku University)

•

1395

Dependence of the Multi-Component Nature of Bias Temperature Instability in Mosfets on Oxide and Device Type – D Nguyen (COSMIAC), K Kambour (Leidos), C Kouhestani (COSMIAC), and R A B Devine (Think-Strategically)

•

1396

Dielectric-Semiconductor Interface Passivation Using a Nitrogen Radical Generator – A T Lucero (University of Texas at Dallas), T Cho (Samsung Electronics Co), and J Kim (University of Texas at Dallas)

•

1397

The Improvement of FN Degradation in 3-Dimension TR – S Y Ha (Samsung Electronics Co, Ltd, Sungkyunkwan University), I S Chung (Sungkyunkwan University), H C Kim (Samsung Electronics Co, Ltd), and S Park (Sungkyunkwan University)

•

1398

Integration of Advanced Mosfet Device with Dual Effective Band Edge Work Function Metals Using Both Hk and MG Last Scheme – Z Tang, B Tang, J Xu, Y Xu, H Wang, J Li, J Yan, and C Zhao (Chinese Academy of Sciences)

Nanostructured Dielectrics and Characterization – 08:00 – 10:30 Co-Chairs: Yongxun Liu and Yuan Lin 08:00 1379

An Efficient Phase Field Model for Electrostatics in Complex Dielectric Heterostructures – T Cheng and Y Wen (US Department of Energy)

08:20 1380

Self-Assembled Monolayers in Low Voltage Electrowetting-on-Dielectric Systems – M Mibus, X Hu, C Knospe, M L Reed, and G Zangari (University of Virginia)

08:40 1381

Fabrication and Dielectric Properties of BaTiO3 Thin Films on Polycrystalline Ni Foils – Y Lin, M Gao, and W Liang (Univ of Electronic Science and Technology of China)

09:10 1382

Strained Hgte 3D Topological Insulator – P Ballet (CEA-Leti, Minatec)

09:40 Break

Wednesday, May 14

10:00 1383

Development of in Situ Electrochemical Small-Angle Neutron Scattering (eSANS) for Simultaneous Structure and Redox Characterization of Nanoparticles – V Prabhu, V Reipa (National Institute of Standards and Technology), P Bonnesen (Oak Ridge National Laboratory), and A J Rondinone (Oak Ridge National Laboratory)

Emerging Devices – 11:00 – 12:00 Co-Chairs: Toshihide Nabatame and Takahiro Nagata 11:00 1384

11:30 1385

Dielectrics for Graphene Transistors for Emerging Integrated Circuits – A Srivastava, Y M Banadaki, and M S Fahad (Louisiana State University) Sputtered Metal Oxide Broken Gap Junctions – S Campbell, F Johnson, S Karthikeyan, S H Song (University of Minnesota), R Liptak (Rose Hulman), and B Benton (University of Minnesota)

NEMS - MEMS and Sensor Systems – 14:00 – 16:10 Co-Chairs: Ajit Khosla, Edward M. Sabolsky, and Durga Misra 14:00 1386

Nano-Derived Micro-Sensors for Monitoring Gas Species in Harsh-Environments – E M Sabolsky, E Ciftyurek, C Wildfire, K Sabolsky, J Taub, and T H Evans (West Virginia University)

14:30 1387

Thermochromic Phase Transitions in VO2-Based Thin Films for Energy-Saving Windows – S C Barron and J M Gorham (National Institute of Standards and Technology)

15:00 Intermission 15:10

116

1388

Flexible Nanocomposite Polymer Based Sensors for Breast Cancer Diagnostics – A Khosla (Concordia University)

Meeting Program l May 11-15, 2014 l Orlando, FL

Dielectric Science and Technology / Electronics and Photonics / Sensor / Interdisciplinary Science and Technology Subcommittee Union, Ground Level, Hilton Orlando Bonnet Creek

08:40 1468

25D Advanced System-in-Package: Processes, Materials & Integration Aspects – R V Shenoy, K Y Lai, and E Gousev (Qualcomm)

09:20 1469

Analysis of High Aspect Ratio through Silicon Via (TSV) Diffusion and Stress Impact Profile during 3D Advanced Integration – L Djomeni, T Mourier, S Minoret (CEA, LETI), S Fadloun (SPTS SAS), S Burgess, A Price (SPTS), L Vandroux (CEA, LETI), and D Mathiot (ICube laboratory (Université de Strasbourg and CNRS)

Metrology for More-Than-Moore – 08:00 – 10:50 Co-Chairs: Richard A. Allen and Munehiro Tada 08:00

1414

Metrology for 3D Integration – R A Allen (NIST), V Vartanian (SEMATECH), and W Baylies (Baytech)

08:40

1415

Microwave-Based Metrology Platform Development: Application of Broad-Band RF Metrology to 3D-IC Reliability Analyses – C A Okoro, L You, J J Ahn, J J Kopanski, and Y S Obeng (NIST)

09:40 Break 10:00 1470 10:40

1471

High Sensitivity, Positive Tone, Low-k Polynorbornene Dielectrics – B Mueller, J Schwartz, and P A Kohl (Georgia Institute of Technology)

11:00

1472

Low-Cost MEMS Packaging Using PolymerBased Air-Gaps – E Uzunlar and P A Kohl (Georgia Institute of Technology)

11:20

1473

Positive Tone, Low-k Polynorbornene Dielectric Crosslinking – J Schwartz, B Mueller, and P A Kohl (Georgia Institute of Technology)

09:20 Break 09:40

1416

Reference Materials 8096 and 8097 - The Microelectromechanical Systems 5-in-1 Reference Materials: Homogeneous and Stable – J Cassard, J Geist, and J Kramar (NIST)

10:20

1417

Effect of Current Compliance on the Resistive Switching Characteristics of Amorphous Ternary Rare Earth Oxide SmGdO3 Thin Films Grown By Pulsed Laser Deposition – P Misra, Y Sharma, and R S Katiyar (University of Puerto Rico)

Reliability of More-Than-Moore Devices – 14:00 – 16:40 Co-Chairs: Yaw S. Obeng and Sylvia Thomas 14:00

14:40

1418

1419

Impact of Thermal History on Grain Size and Grain Size Distribution of Thermally Cycled Cu-Tsvs – J B Marro (University of Central Florida, Clemson University), C A Okoro, Y S Obeng (NIST), and K A Richardson (University of Central Florida) Structural, Life Cycle Performance, and Environmental Assessment of Micro to Nano Scaled Integrated Circuit Structures – S Thomas and S Perez (University of South Florida)

11:40

Q1

16:10

P2

1420

1421

Reliability Performances of BST Capacitors for Impedance Tuning Applications – E Bouyssou (STMicroelectronics, Tours University/ CNRS/CEA/INSA-CVL, GREMAN UMR 7347), M A Diatta, S Forster, and S Charley (STMicroelectronics) Study of HKMG Stack Interface Engineer Applicable to 22nm/16nm Finfet Mosfet – W Xiong, D Wang (Key Laboratory of Microelectronics Devices & Integrated Technology, Institute of Microelectronics of Chinese Academy of Sciences), H Yin, Y Zhang, H Cui, Y Luo, T Li, H Jiang, H Zhu, J Li, J Yan, and C Zhao (Chinese Academy of Sciences)

Silicon Compatible Materials, Processes and Technologies for Advanced Integrated Circuits and Emerging Applications 4

Electronics and Photonics / Dielectric Science and Technology Gilchrist, Ground Level, Hilton Orlando Bonnet Creek

Biomedical Applications II – 08:00 – 09:30 Co-Chairs: Kalaichelvi Saravanamuttu and Andreas Beling 08:00 1496

Integrated Multichannel Electronics for High Performance Time Correlated Single Photon Counting – G Acconcia, M Crotti, I Rech, and M Ghioni (Politecnico di Milano)

08:30 1497

High Performance Integrated Circuits for Biomedical Imaging Applications – Z Cheng (Electrical and Computer Engineering), H Peng (McMaster University), and M J Deen (School of Biomedical Engineering, Electrical and Computer Engineering)

08:50 1498

Performance Characteristics of CZT Detectors for PET Imaging Applications – X Zheng (Electrical and Computer Engineering), M J Deen (School of Biomedical Engineering, Electrical and Computer Engineering), and H Peng (McMaster University)

09:10 1499

Design of Extremely Proximity Gettering Using Hydrogen Ion Implantation for Si CMOS ImageSensor – I H Kim, J S Park, S H Song, J H Park, and J G Park (Hanyang University)

MicroFluidic Systems – 10:00 – 11:00 Co-Chairs: Ivan Rech and Xudong Jiang 10:00

1717

Electronics and Photonics / Dielectric Science and Technology Flagler, Ground Level, Hilton Orlando Bonnet Creek 3D Integration and Microsystems – 08:20 – 11:55 Co-Chairs: Paul A. Kohl and O. M. Leonte 08:20 1467

Precise Chemistry Control Using Cyclic Stripping Voltammetry for Improved through Silicon Via Fill – H Shen, C Uzoh, and T Dinan (Invensas Corporation)

Meeting Program l May 11-15, 2014 l Orlando, FL

Concluding Remarks

Integrated Optoelectronics 7

15:20 Break 15:40

Thin Film Technologies for Micro/Nano Systems; A Review – H W van Zeijl (Delft University of Technology / DIMES)

10:20 1500

Erbium-doped Fiber Based Random Lasers – X Dong (Nanyang Technological University, China Jiliang University), L Wang (China Jiliang University), J Ji (Nanyang Technological University, Singapore), H Su, and P P Shum (Nanyang Technological University) Microfluidic on CMOS with Laser Cut Adhesive Tape – A Shanmugam and C D Salthouse (University of Massachusetts)

117

Wednesday, May 14

N3

More-than-Moore

10:40 1501

11:00

Q2

Peg Surface Modification to Control Biofouling in Microfluidic High Content Screening Devices – S C M Goh, H Hsu, Q Fang (McMaster University), R Selvaganapathy (Mechanical Engineering), H Chen (Soochow University), J Brash (McMaster University), and D Andrews (University of Toronto)

Wide Bandgap Semiconductor Materials and Devices 15

Wednesday, May 14

1532

Enhancing the Deep Ultraviolet Performance of 4H-SiC Based Photodiodes – A V Sampath (US Army Research Laboratory), L E Rodak (US Army Research Laboratory), Y Chen, Q Zhou, J Campbell (University of Virginia), H Shen, and M Wraback (US Army Research Laboratory) Perspectives of Group III-Nitride Material for Photoelectrocatalysis – N Dietz (Georgia State University)

09:15 1534

Superatmospheric MOCVD Growth of Bulk InGaN for Template and Optoelectronic Applications – M Conway, L Deguzman, and E B Stokes (University of North Carolina)

09:35

Break

10:05 1535

Spatially Resolved Study of the External Quantum Efficiency Droop in InGaN QW LEDs: Interplay of Point Defects, Extended Defects, and Carrier Localization – Y Zhang (University of North Carolina)

1536

Current Confinement Effect of InGaN Devices

By Forming Photoelectrochemical-Oxidized GaN Nanoporous Structures – C F Lin, W C Lee, Y L Chen, Y H Tseng, and J J Dai (National Chung Hsing University)

10:55

1537

Analysis of InGaN/GaN Multiple Quantum Well Heterostructures By Means of Photoconductivity Measurements – J R Krause and E B Stokes (University of North Carolina)

11:15

1538

Field Effect Transistor with Electrodeposited Nanowire Channels – E Matei, C Florica, A Costas, M Enculescu, A Evanghelidis, and I Enculescu (National Institute of Materials Physics)

11:35

1539

Ohmic Contact Properties Depending on AlGaN layer Thickness for AlGaN/GaN High Electron Mobility Transistor Structures – Y Takei, M Okamoto (Tokyo Institute of Technology), W Saito (Toshiba Corp Semiconductor & Storage Products Company), K Tsutsui, K Kakushima, H Wakabayashi, Y Kataoka, and H Iwai (Tokyo Institute of Technology)

11:55

1540

Fabrication and Performance of Inaln/GaN-on-Si Moshemts with LaAlO3 Gate Dielectric Using Gate-First CMOS Compatible Process at Low Thermal Budget – M K Bera, Y Liu, L M Kyaw, Y J Ngoo, S P Singh, and E F Chor (National University of Singapore)

118

1541

Crystal Defects in Wide Bandgap Semiconductors – K Shenai (Argonne National Laboratory), A Christou (University of Maryland), M Dudley (SUNY at Stony Brook, NY), and R Singh (Clemson University)

14:15

1542

Study of Carrier Localization, Carrier Transportation and Carrier Recombination Processes in Blue-Emitting InGaN/GaN Mqws – C Li (University of North Carolina), E B Stokes (University of North Carolina), and E A Armour (Veeco Instruments Inc)

14:35 1543

Structural and Optical Properties of InN Quantum Dots Grown By an Alternating Supply of Source Precursors – W C Ke and W C Houng (Yuan Ze University)

14:55 1544

Analysis of V-Shaped Pits Originated from Threading Dislocation in III-Nitrides Compound for Light Emitting Diodes – Y H Ok (Samsung Electronics, Sungkyunkwan University), S W Kim, I Kim (Samsung Electronics), and H K Cho (Sungkyunkwan University)

Electronics and Photonics / Sensor Manatee, Ground Level, Hilton Orlando Bonnet Creek

08:45 1533

10:35

13:45

Concluding Remarks

Novel Wide Energy Bandgap Electronic and Optical Devices I – 08:15 – 12:15 Co-Chairs: J. Laroche and C.-F. Lo 08:15

Novel Wide Energy Bandgap Electronic and Optical Devices II – 13:45 – 17:20 Co-Chairs: Soohwan Jang and Brent P. Gila

15:15 Break 15:30 1545

Photo-Electroless-Etching of Wide Band Gap Material for Flexible Solid-State Devices – A B Slimane, T K Ng, and B S Ooi (King Abdullah University of Science & Technology)

15:50 1546

Low Thermal Budget Au-Free Hf-Based Ohmic Contacts on Inaln/GaN Heterostructures – Y Liu (National University of Singapore, Institute of Microelectronics, Singapore), L M Kyaw, M K Bera, S P Singh, Y J Ngoo (National University of Singapore), G Q Lo (Institute of Microelectronics, Singapore), and E F Chor (National University of Singapore)

1547

Ti/Al/Ni/Cu Ohmic Contact with Low Contact Resistance and Smooth Surface Morphology for AlGaN/GaN Hemt – Y Y Wong, E Y Chang, Y K Chen, and J S Maa (National Chiao Tung University)

16:10

16:30 1548

Beyond Electron Based Metamaterials: LowLoss Surface Phonon Polariton-Based NanoAntenna Arrays Using Silicon Carbide – O J Glembocki, J D Caldwell (US Naval Research Laboratory), Y Francescato (Imperial College), N Sharac (University of California, Irvine), F J Bezares (Naval Research Laboratory), V Giannini (Imperial College), J P Long, J C Owrutsky, C Ellis, J. Tischler, I Vurgaftman (US Naval Research Laboratory), J Tischler, I Vurgaftman (US Naval Research Laboratory), S A Maier (Imperial College), T Reinecke, L Lindsay, V D Wheeler, A Giles, E A Imhoff, L Shirey, N Bassim (US Naval Research Laboratory), and R Kasica (National Institute of Standards and Technology)

17:00 1549

Effect of O Impurity on the Properties of InGaN/ GaN Multiple Quantum Well and Light Emitting Diode Structures – Y Li, E A Berkman (Veeco Instrument Inc), and E B Stokes (University of North Carolina)

Meeting Program l May 11-15, 2014 l Orlando, FL

Grand Foyer, Lobby Level, Hilton Orlando Bonnet Creek

15:00 1596

Q2 Wide Bandgap Semiconductor Materials and Devices 15 Poster Session – 18:00 – 20:00 Co-Chairs: Albert G. Baca and JiHyun Kim

Investigation of e-h Trapping Efficiency in Ln3+ Doped YBO3, YPO4, and LaPO4 Using Vuv Spectroscopy – M K Wallace, W Reichlin, and A L Diaz (Central Washington University)

15:20 1597

Autofluoresence of Intralipid Phantoms at Lipid Concentration for Embedding Gold Nanoparticles – V N D Le (McMaster University)

15:40 1598

New Green Electrochromic Devices Based on Biohybrid Electrolytes Doped with Alkaline Metal Salt/Europium β-Diketonate Complex mixtures – M Fernandes (CQ-VR-UTAD), R Leones (Universidade do Minho, Gualtar, Universidade Nova de Lisboa, wwwitqbunlpt, 2780-157 Oeiras, Portugal), S Pereira (CENIMAT, New University of Lisbon), M M Silva (Universidade do Minho), R S Ferreira, L D Carlos (University of Aveiro), E Fortunato (CENIMAT, New University of Lisbon), R Rego, and V de Zea Bermudez (CQ-VR-UTAD)

16:00

Concluding Remarks

•

1550

1551

Enhanced Device Characteristics of Mos-Hemts with HfO2/Al2O3 Stacked Dielectrics By Using Sputtering/Ozone Water Oxidation Techniques – C S Lee, H H Huang, T T Wu, W H Chung, C L Yang, J Yeh (Feng Chia University), B Y Chou, H Y Liu, and W C Hsu (Institute of Microelectronics, National Cheng-Kung University) Influence of Al2O3 Gate Dielectric on Transistor Properties for Igzo Thin Film Transistor – K Kurishima (Meiji University), T Nabatame (National Institute for Materials Science), M Shimizu (National Institute for Material Science), S Aikawa, K Tsukagoshi, A Ohi, T Chikyow (National Institute for Materials Science), and A Ogura (Meiji University)

•

1552

Hydrogen Sensing Characteristics of Gallium Nitrides with Various Crystal Planes – H Kim (Dankook University), K H Baik (Hongik University), F Ren and S J Pearton (University of Florida), and S Jang (Dankook University)

•

1553

Air-Hybrid Dbr Structure for the Improvement of Light Output Power in Algainp-Based LED – H S Oh (Korea Photonics Technology Institute)

R1

Z2

Nanotechnology General Session

All Divisions / Interdisciplinary Science and Technology Subcommittee Bonnet Creek Ballroom VI, Lobby Level, Hilton Orlando Bonnet Creek

General Nanotechnology II – 08:00 – 11:00 Co-Chair: William E. Mustain 08:00 1684

Encapsulation of Supported Metal Nanoparticles with an Ultra-Thin Porous Shell for Size-Selective Reactions – Z Shang, R L Patel, and X Liang (Missouri University of Science and Technology)

08:20 1685

Electrochemical Synthesis of Titanium Dioxide Nanostructures – S Jayaraman (Corning Incorporated)

08:40 1686

Towards Functional Advanced Materials Using Ordered Anodic Oxides Supports and Templates – J M Macak, T Kohoutek, J Kolar, and T Wagner (University of Pardubice)

09:00 1687

Examining the Cellular Uptake of Engineered Nanomaterials – K Garde (North Carolina A&T State University), K Kosaraju (University of North Carolina at Greensboro), S Crawford, and S Aravamudhan (North Carolina A&T State University)

09:20 1688

Near-IR Sensitization of ZnO Rod Electrode

By Non-Toxic Ag8SnS6 Nanoparticles – T Kameyama, S Fujita, H Furusawa, and T Torimoto (Nagoya University)

Nanoscale Luminescent Materials 3

Dielectric Science and Technology / Luminescence and Display Materials Lake, Ground Level, Hilton Orlando Bonnet Creek

Silicon Nanophotonics – 10:00 – 12:00 Co-Chair: Tom Gregorkiewicz 10:00 1591

Advances in Silicon Nanophotonics – F Priolo (MATIS CNR-IMM & Univesity of Catania)

10:40 1592

Strained Silicon Photonics – R Wehrspohn (Fraunhofer Institute for Mechanics of Materials), J Schilling, and C Schriever (Martin-LutherUniversity Halle-Wittenberg)

11:20 1593

Rare Earth Doped Metal-Oxid-Semiconductor Structures: A Promising Material System or a Dead End of Optoelectronic Evolution?

– L Rebohle (Helmholtz-Zentrum DresdenRossendorf)

The Materials Science of Nanoluminescence – 14:00 – 16:10 Co-Chairs: Francesco Priolo and Blas Garrido 14:00 1594

14:40 1595

Photoluminescence Enhancement of Silicon Nanocrystals Placed in the Near Field of a Silicon Nanowire – H Kallel (CNRS-CEMES, University of Toulouse), A Arbouet, M Carrada, G Benassayag (CNRS-CEMES), A Chehaidar (University of Sfax), P Normand (IMELDemokritos), P Periwal, T Baron (LTM-CNRSCEA), and V Paillard (CNRS-CEMES, University of Toulouse) Influence of Size Purification and SelfAssembly on the Photoluminescence of Silicon Nanocrystal Ensembles – J Miller, A Van Sickle (North Dakota State University), R Anthony, U Kortshagen (University of Minnesota), D Kroll, and E Hobbie (North Dakota State University)

Meeting Program l May 11-15, 2014 l Orlando, FL

09:40 Break 10:00 1689

Electrical Properties of La10Si6O27 Electrolytes Prepared By an Innovative Chemical Route – D A Macedo (UFPB), G L Macedo (UFRN), S Rajesh, F M Figueiredo (University of Aveiro), A E Martinelli (UFRN), F Marques (University of Aveiro), and R M Nascimento (UFRN)

10:20 1690

Enhancing Photovoltaic Efficiency of Quantum Dots Sensitized Solar Cell By (001) Oriented Anatase TiO2 Nanosheets – K Y Huang, Y H Luo (National Tsing Hua University), H M Cheng, J Tang (Research Center for Applied Sciences, Academia Sinica), and J H Huang (National Tsing Hua University)

10:40 1691

The Effect of Van Der Waals Interactions on the Sexithiophene Adsorption on Ag(110) – J Matos, T Rojas, and A Kara (University of Central Florida) 119

Wednesday, May 14

•

General Nanotechnology III – 14:00 – 17:40 Co-Chair: O. M. Leonte 14:00 1692

Sige Selective Epitaxial Growth Process for 22 Nm Node CMOS and Beyond – G Wang, Y Tianchun, J Luo, C Qin, Y Xu, T Chen, Q Xu, P Hong, T Yang, C Li, G Xu, J Yu, H Yin, J Li, J Yan, H Zhu, C Zhao (Chinese Academy of Sciences), and H H Radamson (KTH Royal Institute of Technology)

Solid State Topics General Session

Dielectric Science and Technology / Electronics and Photonics / Energy Technology / Nanocarbons / Luminescence and Display Materials / Organic and Biological Electrochemistry / Sensor Bonnet Creek Ballroom VII, Lobby Level, Hilton Orlando Bonnet Creek

Solid State Topics General Session – 14:00 – 15:40 Co-Chairs: Kalpathy B. Sundaram and O. M. Leonte

14:20 1693

Trends in Adsorption Characteristics of Organic Molecules on Transition Metal Surfaces: Role of Surface Chemistry and Van Der Waals Interactions – H Yildirim (Purdue University) and A Kara (University of Central Florida)

14:00

1711

14:40 1694

Adsorption Characteristics of Thiophene on Cu and Ni(100): Role of Van Der Waals – T Rojas, J Matos, and A Kara (University of Central Florida)

14:20

15:00 1695

Atomically Precise Au 25 Nanoclusters for Efficient Electrochemical CO2 Conversion – D R Kauffman, D Alfonso, C Matranga (US Department of Energy), R Siva (URS), H Qian, and R Jin (Carnegie Mellon University)

1712 NF3/NH3 Dry Cleaning Mechanism Inspired By Chemical and Physical Surface Modification of Si, SiO2, and Si3N4 – H J Oh, J H Lee, and M S Lee (Yonsei University), W G Shin, S Y Kang, G D Kim (Gen Co Ltd, Korea), and D H Ko (Yonsei University)

14:40

1713

Band Alignment Measurement of Tunneling Field Effect Transistor Heterojunction – N V Nguyen (NIST) and W Li (Peking University)

Hydrothermal Synthesis of Nickel Disulfide and Its Application in Thermal Battery – Z Yang, X Liu, and Y Cui (China Academy of Engineering Physics)

15:00

1714

The Effect of Different Gel Electrolytes on Graphene Based Solid-State Supercapacitors – Q Chen (Tsinghua University)

15:20

1715

Boron Elimination Filter from SiH4 and B2H6 Gas Mixture for Purification of Metallurgical Si – H Ohmi, H Kakiuchi, and K Yasutake (Osaka University, Japan Science and Technology Agency, CREST)

15:20 1696

15:40 Break

Wednesday, May 14

Z3

16:00 1697

Finfet Gate Etch Towards 16nm Node CMOS Technology – P Hong, Z Zhao, C Li, L Meng, X He, J Han, Y Lu , W Xiong, Y Zhang, H Yin, H Zhu, J Li, J Yan, and C Zhao (Chinese Academy of Sciences)

16:20 1698

Diffusion Mechanisms in Silicon nanowires – R G Mertens (Morehead State University), V H Velez and K B Sundaram (Univ of Central Florida)

16:40

1699

Advanced, Flexible Ultracapacitor Electrodes on Carbon Fiber Cloth Using Nano-Architectured MnO2/CNT – J B Kang (Brentwood High School), S Raina, S H Hsu, S Akbulut, and M Yilmaz (Vanderbilt University)

17:00 1700

Study of Hetero-Tunneling Gfet with an UltraShallow Pocket Junction – G Xu, Q Xu, H Yin, G Wang, J Liu, W Xiong, C Li, D Wang, J Li, and C Zhao, (Chinese Academy of Sciences)

1701

Carrier Transport in CdTe Nanocrystals and Coupled Films As Measured with TimeResolved Microwave Conductivity – R Callahan (National Renewable Energy Laboratory, University of Colorado), R Crisp (Colorado School of Mines, National Renewable Energy Laboratory), G Rumbles (University of Colorado, National Renewable Energy Laboratory), and J Luther (National Renewable Energy Laboratory)

17:20

120

Detection of Synthesized Cyanide of Plated Films and in the Plating Bath -Especially for Cyanide from Cyanide Free Bath- – I Koiwa, N Watanabe, and S Koike (Kanto Gakuin University), N Hirashita, M Urano, and K Maejima (ESCO Ltd)

Meeting Program l May 11-15, 2014 l Orlando, FL

A1

Batteries and Energy Technology Joint General Session Battery / Energy Technology Bonnet Creek Ballroom I, Lobby Level, Hilton Orlando Bonnet Creek

Li-Ion Battery V - System – 08:00 – 12:00 Co-Chairs: Yangchuan Xing and Chuanbo Yang 08:00

08:20

143

144

Model Based Optimal Control Strategies for Lithium-Ion Batteries -Theoretical Analysis of Performance Gains – B Suthar, P W C Northrop, S Santhanagopalan, and V R Subramanian (Washington University in St Louis) 3D Electro-Thermal Modeling of Large Format Lithium Ion Cells – C Veth, D Dragicevic (Dt ACCUmotive GmbH & Co KG), and C Merten (Institut für Chemische Verfahrenstechnik (Universität Stuttgart))

08:40

145

Effects of Li-Ion Battery Pack Thermal Managementon Performance and Life – C E Shaffer, J F Kalupson, P K Sinha, and C Y Wang (EC Power)

09:00

146

On-Line Electrochemical Mass Spectrometry Investigations on Gassing Behavior of Li4Ti5O12 Electrodes and Its Origins – R Bernhard, S Meini, and H Gasteiger (Technische Universität München)

09:20

147

Multi-Physics Modeling of Thermal Runaway Propagation in a Li-Ion Battery Module – C Yang, G H Kim, S Santhanagopalan, and A Pesaran (National Renewable Energy Laboratory)

09:40 Break 10:00

148

Combination of Electrochemical-Calorimetric Studies on Cylindrical Lithium Ion Cells and Thermal Modelling By Comsol Multiphysics Software – C Ziebert, A Ossipova, M Rohde, and H J Seifert (Karlsruhe Institute of Technology, IAM-AWP)

10:20

149

Long Term Cycling Performance of HighCapacity Lithium-Ion Full Cells with Li12Ni015Mn055Co01O2/Li4Ti5O12 – Y Li (University of Rochester, Argonne National Laboratory), M Bettge, Y Zhu (Argonne National Laboratory), J C M Li (University of Rochester), and D P Abraham (Argonne National Laboratory)

10:40

150

Fundamental Limitations on Fast Charging of Li-Ion Batteries – Y Ji (The Pennsylvania State University) and C Y Wang (The Pennsylvania State University, EC Power)

14:00

154

Mathematical Model for a Spirally-Wound Lithium-Ion Cell – M Guo (ESim LLC) and R E White (University of South Carolina)

14:20

155

Efficient Mass Conserving Reformulation Schemes for Nonlinear Solid-Phase Spherical Diffusion Equation for Lithium Intercalation – P C Urisanga, P W C Northrop, S De, and V R Subramanian (Washington University in St Louis)

14:40

156

Investigation of Consistency of Aging Mechanism inside a Batch of Commercial 18650 Cells – A Devie, M Dubarry, and B Y Liaw (University of Hawaii at Manoa)

15:00

157

In Situ Hard x-Ray Nano-Tomography Study of Lithium Ion Batteries – J Wang, Y C K ChenWiegart, and J Wang (Brookhaven National Laboratory)

15:20

158

Non-Uniformity Behaviors of Commercial LargeFormat Batteries: Performance and Durability – W Bi, C Fau (Honda R&D Americas), Z Feng (Oak Ridge National Laboratory), Y Ren (Argonne National Laboratory), and K An (Oak Ridge National Laboratory)

15:40 Break 16:00

159

Development of a Specialized 18650 Lithium Ion Cell and Automated Manufacturing Line in California, USA – A Fay and M Nagata (Quallion LLC)

16:20

160

Cell- and Pack-Level Simulation of Large-Format Li-Ion Battery Safety Events – J F Kalupson, Q Wang, W Zhao, P K Sinha, C E Shaffer, and C Y Wang (EC Power)

16:40

161

Post-Test Analysis of Battery Materials: Another Part of the Question – I Bloom, N Dietz, and J Bareno (Argonne National Laboratory)

17:00

162

A Study on the Decomposition of Lithium-Ion Battery Electrolytes from Different Field-Tested Hybrid Vehicles – M Grützke, V Kraft, B Hoffmann, S Klamor, X Mönnighoff , M Winter, and S Nowak (University of Münster)

17:20

163

From Lab Scale to Large Volume Production: Substitution of Toxic NMP/PVDF with H 2o/CMC/ SBR in Lithium-Ion Cells – P Noll, G Hörpel, M Schroeder, S Passerini, and M Winter (University of Muenster)

A2

Material and Electrode Designs for Energy Storage and Conversion

Battery / Energy Technology / Industrial Electrochemistry and Electrochemical Engineering Bonnet Creek Ballroom III, Lobby Level, Hilton Orlando Bonnet Creek

11:00

151

Performance of Commercial LiCoO2 Battery Under Pulse Current Charging Using Varying Duty Cycles – C F Oladimeji and P L Moss (Florida State University)

Electrolytes – 07:50 – 12:00 Co-Chairs: Jie Xiao and T. Richard Jow 07:50

293

11:20

152

Lessons Learned from High Throughput Screening of >250,000 Cells: New Cell Evaluation Methods and Data Mining Techniques – D Brecht, G Cheng, J Dutton, and S S Kaye (Wildcat Discovery Technologies)

High Voltage Li-Ion Battery Development – T R Jow, J L Allen, S A Delp, J L Allen, and O Borodin (US Army Research Laboratory)

08:30

294

Reduction Mechanism of Fluoroethylene Carbonate for Stable Solid Electrolyte Interphase Film on Silicon Anode – X Chen, X Li, D Mei, J Feng, M H Hu, J Hu, M H Engelhard, J Zheng, W Xu, J Xiao, J Liu, and J G Zhang (Pacific Northwest National Laboratory)

11:40

153

Exploring the Efficacy of Nanofluids for Thermal Management in Lithium-Ion Battery Systems – C F Lopez, D Banerjee, and P P Mukherjee (Texas A&M University)

Meeting Program l May 11-15, 2014 l Orlando, FL

121

Thursday, May 15

Thursday, May 15

Li-Ion Battery VI - System – 14:00 – 17:40 Co-Chairs: Chuanbo Yang and Yangchuan Xing

08:50

295

09:10

Break

16:00 Break 16:20

309

Understanding the Role of Ni in Stabilizing the Lithium Rich Cathode Material, Li[Nixli(12x)/3Mn(2-x)/3]O2 (0 ≤x≤05) – S Hy, J H Cheng, C J Pan (National Taiwan University of Science and Technology), J M Chen (National Synchrotron Radiation Research Center), and B J Hwang (National Taiwan University of Science and Technology, National Synchrotron Radiation Research Center)

16:40

310

In-Situ NMR Study of Li-Ion Capacitors – A Shellikeri (Florida State University, Florida A&M University), I Hung, Z Gan (National High Magnetic Field Laboratory, Tallahassee, FL), and J P Zheng (Florida A&M University, Florida State University)

17:00

311

Lithium/Sulfur Batteries upon Cycling: Application of Electrochemical Impedance Spectroscopy and in Situ X-Ray Diffraction – S Walus (CEA, LITEN, Laboratoire d’Electrochimie et Physicochimie des Materiaux et Interfaces, Grenoble INP-Universite de SavoieUniversite Joseph Fourier), C Barchasz, J F Colin, and J F Martin (CEA, LITEN), E Elkaïm (Synchrotron SOLEIL), J C Leprêtre, R Bouchet, and F Alloin (Laboratoire d’Electrochimie et Physicochimie des Materiaux et Interfaces, Grenoble INP-Universite de Savoie-Universite Joseph Fourier)

17:20

312

Elucidation of Electrode-Electrolyte Interfaces Using Neutrons – G M Veith, J F Browning, and L Baggetto (Oak Ridge National Laboratory)

17:40

313

Probing Active Particle Assembly in Lithium-Ion Battery Electrode Processing – Z Liu and P P Mukherjee (Texas A&M University)

18:00

314

Structure Evolution and Kinetics Study of Layered LiNixMnyCozO2 (x+y+z=1) Cathode Materials during Charge Using Synchrotron X-Ray Techniques – Y Zhou (Brookhaven National Laboratory), S J Cho (Johnson Controls Inc., Milwaukee, WI), S M Bak, X Yu, K W Nam, and X Q Yang (Brookhaven National Laboratory)

296

Ceramic Li Ion Electrolytes for Next Generation Solid-State Li Ion Batteries – V Thangadurai and S Narayanan (University of Calgary)

10:00

297

Synthesized Dense and Nanostructured LithiumBeta-Alumina for Solid-State Li Conductor – B Liu, L Ji, J Liu, and J Xiao (Pacific Northwest National Laboratory)

10:20

298

Enhanced Ionic Conductivity of Microwave Processed LiO2-Al2O3-TiO2-P2O5 Glass Ceramics – C G Davis III and J C Nino (University of Florida)

10:40

299

Amorphous LiLaTiO3 As Solid Electrolyte for Lithium Ion Batteries – Y Wang and Z Zheng (Worcester Polytechnic Institute)

11:00

300

Glass-Ceramic Solid Electrolytes for Lithium and Sodium Ion Batteries – A Rost, J Schilm, U Langklotz, M Schneider, D Kramer, and A Michaelis (Fraunhofer Institute for Ceramic Technologies and Systems)

11:20

301

Microscopic Origin of the Ionic Transport Behaviors in Solid Electrolytes for Li Batteries – C Ma, C Liang, K More, and M Chi (Oak Ridge National Laboratory)

11:40

302

Research on Composite Quasi-Solid Polymer Electrolytes – L Z Fan and Q Wang (University of Science and Technology Beijing)

Thursday, May 15

Advanced Characterization – 13:40 – 18:20 Co-Chairs: Bo Liu and Yan Yao 13:40

303

Atomic-Level Manipulation of Multivalent Ion Intercalation Materials for High-Density Energy Storage – Y Yao, Y Liang, and Y Li (University of Houston)

14:20

304

Magnetic Studies of Conversion Processes in Iron (Oxy)Fluoride Based Electrodes – N A Chernova, F Omenya (SUNY at Binghamton), N Pereira, G G Amatucci (Rutgers University), and M S Whittingham (SUNY at Binghamton)

14:40

305

Mn(II) Deposition on Anodes and Its Effect on Capacity Fade in Spinel LiMn 2O4 -Carbon System – J Lu (Argonne National Laboratory), C Zhan (Tsinghua University), J Kropf, T Wu, and A N Jansen (Argonne National Laboratory), Y K Sun (Hanyang University), X Qiu (Tsinghua University), and K Amine (Argonne National Laboratory)

15:20

306

307

Impact of Cation Ordering and Doping on Thermal- and Electrochemical- Stability of High Voltage Spinel Cathodes – E Hu, S M Bak, Y Zhou, X Yu, X Q Yang, and K W Nam (Brookhaven National Laboratory) A Comparative Study of O3 and P2 Phases in Some Oxides for Na Batteries – L Liu and G Ceder (Massachusetts Institute of Technology)

C1

Corrosion General Session

Corrosion Orange, Ground Level, Hilton Orlando Bonnet Creek

Modeling and Techniques – 09:00 – 11:40 Co-Chair: Shinji Fujimoto 09:00

483

Mathematical Modeling of Inhibitor Transport in an Organic Coating – K Allahar, M Hurley (Boise State University), E Sapper (Boeing Research & Technology), and D Butt (Boise State University)

09:20

484

A New Comprehensive Modeling Approach for Organic Corrosion Inhibitors – R L Cook (TDA Research, Inc) and S K Mondal (Texas A&M University)

09:40

122

In-Situ Liquid EC-(S)TEM Study of Li2O2 growth Mechanism and Morphology in Li-O2 Battery – B L Mehdi, E Nasybulin, M Gu, P Abellan, C Wang, W Xu, J G Zhang, J E Evans, and N Browning (Pacific Northwest National Laboratory)

15:40

09:40

15:00

308

Study on Trimethylboroxine and Fluoroethylene Carbonate As Electrolyte Additive for High Voltage LiCoPO4 Cathode Materials – C Marino, S Bretzke, A Freiberg, H Gasteiger, D Haering, M Metzger, T Nilges, S Puravankara (Universität München), and C Stinner (BMW AG)

Break

Meeting Program l May 11-15, 2014 l Orlando, FL

485

High Frequency Impedance Dispersion of Corroding Galvanized Steel in Soils – E A Paz Velásquez and A A Sagüés (University of South Florida)

10:20

486

An Indirect Impedance Technique to Determine Reinforcing Steel Properties – C Alexander, Y M Chen, and M E Orazem (University of Florida)

10:40

487

Corrosion Behavior of ASTM A416 Steel in Simulated Pore Solution – Y M Chen, C Alexander, and M E Orazem (University of Florida)

11:00

488

Corrosion of Copper in De-Aerated Water – C Cleveland, M E Orazem, and S Moghaddam (University of Florida)

11:20

489

Diffuse Interface Modeling and Multi-Scale Relay Simulation of Thermal Oxidation of Metals – T Cheng, Y Wen, and J A Hawk (US Department of Energy, National Energy Technology Laboratory)

17:00

498

The Influence of the High Temperature Oxidation Regime on Residual Stresses in Oxide Scales on Fecral-Type Alloys – J Jedlinski (University of Science and Technology), J L Grosseau Poussard (LaSIE, Universite´ de La Rochelle), M Dubiel (AGH University of Science and Technology), Z Zurek (Cracow University of Technology), and J Dąbek (AGH University of Science and Technology)

17:20

499

Effects of Hydrogen Sulfide on the Corrosion Behavior of High Strength Steel in Alkaline Solutions – J Beck, R Feng, S N Lvov (The Pennsylvania State University), and M ZiomekMoroz (US Department of Energy, National Energy Technology Laboratory)

E5

Corrosion Phenomenology – 14:00 – 17:40 Co-Chair: R. Buchheit 14:00

490

Microcapillary Polarization of Friction Stir Welds Made in AZ31B Magnesium Alloy – Y Savguira, T H North, and S J Thorpe (University of Toronto)

14:20

491

Analysis of Water Quality for Pitting Corrosion Risk of Copper Used in Heat Exchanger of Air Conditioner – Y Hoshi, K Ochi, I Shitanda, and M Itagaki (Tokyo University of Science)

14:40

492

Electrochemical Study on Anodic Dissolution Mechanisms of Copper and Copper-Alloys in Fresh Water – M Itagaki, K Tabei, I Shitanda, and Y Hoshi (Tokyo University of Science)

15:00

493

Understanding the Phenomenon of Biocorrosion on Uncoated and Coated AA-2024 – M A Paez, N Vejar, M I Azocar, M Gulppi, F Melo, and J H Zagal Sr (Universidad de Santiago de Chile)

15:20

494

Electrochemical Preparation of Ni-Fe in a Hydrophobic Ionic Liquid – Y L Zhu (State Key Laboratory of Explosion Science and Technology, Beijing Institute of Technology, Department of Applied Chemistry, Faculty of Science and Technology, Keio University), Y Katayama, and T Miura (Keio University)

Materials for Low Temperature Electrochemical Systems

Industrial Electrochemistry and Electrochemical Engineering / Battery / Energy Technology / Physical and Analytical Electrochemistry Bonnet Creek Ballroom II, Lobby Level, Hilton Orlando Bonnet Creek

Membrane and Components – 08:00 – 09:40 Co-Chairs: James M. Fenton and Peter N. Pintauro 08:00

616

ECS Research Award of the Energy Technology Division Membrane Electrode Assembly Fabrication from Membranes of the DOE High Temperature Membrane Working Group – J M Fenton, N Mohajeri, M P Rodgers, R P Brooker, D K Slattery, L J Bonville, and H R Kunz (University of Central Florida)

08:40

617

Anion Exchange Membranes with Tuned Ionic Conductivity – A M Maes (Colorado School of Mines), D Herbst (University of Chicago), S P Ertem, W Zhang (University of Massachusetts), V Di Noto (University of Padova), T Witten (University of Chicago), E B Coughlin (University of Massachusetts), and A M Herring (Colorado School of Mines)

09:00

618

The Hybrid Bi-Cell Approach for Reducing Active Water Management in the Direct Methanol Fuel Cell – K N Grew and D Chu (US Army Research Laboratory)

09:20

619

Porous Metal Oxide Nanotubes Modified Proton Exchange Membranes for Fuel Cells Operating at Elevated Temperature and Low Humidity – S Shanmugam, K Ketpang, and Y Kim (DGIST)

15:40 Break 16:00

16:20

16:40

495

496

497

A Study on the Effect of Heat Treatment and Magneto-Electropolishing on in-Vitro Corrosion and Surface Properties of Ternary Nitinol – C Pulletikurthi, N Munroe (Florida International University), and R Rokicki (Electrobright) Study of Carbon Formed on Stainless Steel 304H in a Simulated Environment of the Convection Section of the Ethane Cracking Furnace System – F Ramezanipour, A Singh, S Paulson (University of Calgary), H Farag (NOVA Research & Technology Center), V Birss (University of Calgary), and V Thangadurai (University of Calgary) Corrosion Behavior of Carbon Steel in Piperazine Solutions for Post-Combustion CO2 Capture – L Zheng (University of Kentucky)

Meeting Program l May 11-15, 2014 l Orlando, FL

F4

Ionic and Mixed Conducting Ceramics 9

High Temperature Materials / Energy Technology Jackson, Ground Level, Hilton Orlando Bonnet Creek

Electrolytes II – 08:00 – 11:00 Co-Chair: Tatsumi Ishihara 08:00

748

Invited Talk: Proton Transport in Inorganic Phosphates – F H Garzon, C R Kreller, M S Wilson, R Mukundan (Los Alamos National Laboratory), M Hartl, and L Daemen (LANSCE, Los Alamos National Laboratory)

08:40

749

Microstructural Effects in Textured Neodymium Doped Ceria – G Baure Jr, S S Sulekar, and J C Nino (University of Florida)

123

Thursday, May 15

10:00

09:00

09:20

750

751

Effect of Doping and Preparation Methods in Solid Electrolyte for Lithium Batteries – F Beck (US Department of Energy), M Dontigny (Hydro Qubec), K Zaghib (Institut de recherche d’Hydro-Québec), D Wang (The Pennsylvania State University), M P Paranthaman (ORNL), J B Goodenough (University of Texas), and A Manivannan (US Department of Energy) Effects of Electrolytes on the Photoelectric Properties of TiO2-Based Dye-sensitized Solar Cells – M Shang (Missouri State University), B Liu, Z Dong, Z Dong (Central High School), Q Sun (Qingdao University of Science and Technology), and L Dong (Missouri State University)

09:20

943

09:40

752

Investigation of Transport Properties of Bzcy (BaZr xCe1-xY015O3-δ, x=0, 02, 04, 06) – D K Lim, S Y Jeon, H N Im, and S J Song (School of Materials Science and Engineering)

10:20

753

The Tetragonal-Cubic Phase Transition of Lithium Garnet Oxide Li7La3Zr2O12 – Y Wang and W Lai (Michigan State University)

10:40

754

Understanding Cation Ordering and Oxygen Vacancy Site Preference in Ba3CaNb2O9 from First-Principles – H Ding, A V Virkar, F Liu (The University of Utah), S Wang, and F Chen (University of South Carolina)

944

Effects of Chloride on the Oxygen Reduction Reaction – A J J Jebaraj and D Scherson (Case Western Reserve University)

10:20

945

Spontaneous Phase Segregation in Bare Palladium-Platinum Nanoparticles Evidenced By Superior Hydrogen Absorption – A Januszewska (University of Warsaw), G Dercz (University of Silesia), A Lewera and R R Jurczakowski (University of Warsaw)

10:40

946

Electrochemistry of Hydrogen Peroxide and Its Essential Role in the Oxygen Reduction Reaction – I Katsounaros (Max-Planck-Institut für Eisenforschung GmbH, University of Illinois), A Cuesta (University of Aberdeen), W B Schneider, A A Auer (Max-Planck-Institut für Chemische Energiekonversion), and K J J Mayrhofer (MaxPlanck-Institut für Eisenforschung GmbH)

11:00

947

Importance of Support and Interactions with Noble Metal Nanocenters in Electrocatalysis – P Kulesza, I A Rutkowska, K Miecznikowski, A Lewera, S Zoladek, and A Wadas (University of Warsaw)

11:20

948

Probing the Active Site Chemistry of Supported Gold Catalysts with Charged Au 25q Nanoclusters (q = -1, 0, +1) – D R Kauffman, D Alfonso, C Matranga (US Department of Energy; National Energy Technology Laboratory), X Deng (US Department of Energy; National Energy Technology Laboratory, URS), P Ohodnicki (US Department of Energy; National Energy Technology Laboratory), R Siva (US Department of Energy; National Energy Technology Laboratory, URS), and R Jin (Carnegie Mellon University)

11:40

949

Relation Between Thermodynamic and Kinetics Aspects of Pt Deposition Via Slrr and Resulting Properties of Catalyst Monolayers – S Brankovic and Q Yuan (University of Houston)

Impedance Spectroscopy – 14:00 – 15:10 Co-Chair: Mogens Bjerg Mogensen 14:00

755

New Approach of Data Mining from the Complex Impedance Plane: Parameters You Have Always Wanted to Have – J M Macak, D Patil, M Fraenkl, V Zima, K Shimakawa, and T Wagner (University of Pardubice)

14:20

756

On the Utility of Constant Phase Elements to Characterize Heterogeneous Ceramic Grain Boundaries – B E McNealy and J L Hertz (University of Delaware)

Thursday, May 15

14:40

757

15:00

H2

Determination of Non-Stoichiometry in Mixed Conducting Oxide Thin Films of Arbitrary Chemistry – C Balaji Gopal (California Institute of Technology), Y Shi and W C Chueh (Stanford University), and S M Haile (California Institute of Technology) Concluding Remarks

ORR Electrocatalysis on Platinum Group Metals – 08:00 – 12:00 Co-Chairs: Pawel Kulesza and Minhua Shao 08:00

940

Development of Pt and Pt-Alloy Electrocatalysts for the Next Generation PEFCs – M Watanabe, H Uchida, M Wakisaka, and H Yano (University of Yamanashi)

08:40

941

Shape-Controlled Nanocrystals and Core-Shell for Oxygen Reduction Reaction – M Shao (Ford Motor Company)

09:00

942 TaOx-Capped Pt Nanoparticles As Active and Durable Electrocatalysts for Oxygen Reduction – Z Awaludin, J G S Moo, T Okajima, and T Ohsaka (Tokyo Institute of Technology)

124

ORR Electrocatalysis on Non-platinum Group Metal Catalysts – 14:00 – 18:00 Co-Chairs: Renata Bilewicz and Kohei Uosaki 14:00

950

Non-PGM M-N-C ORR Catalysts: Structure, Morphology and Reactivity – P Atanassov, A Serov, K Artyushkova, and B Kiefer (New Mexico State University)

14:40

951

Mn-Based Non-Precious Catalyst for the Polymer Electrolyte Fuel Cell Cathode – G Wu and P Zelenay (Los Alamos National Laboratory)

15:00

952

Theoretical and Experimental Studies on Electrocatalytic Activities of Boron Nitride – K Uosaki, G Elumalai, and H Noguchi (Hokkaido University), T Masuda (National Institute for Materials Science, Japan Science and Technology Agency), A Lyalin (Kyoto University), A Nakayama, and T Taketsugu (Hokkaido University)

15:20

953

Novel Cu-Based Catalysts for the ORR in PEM Fuel Cells – G A Goenaga, S Foister, S A Hawks, K Byrne, and A Papandrew (University of Tennessee), and T A Zawodzinski (Oak Ridge National Laboratory, University of Tennessee)

Symposium in Honor of Andrzej Wieckowski

Physical and Analytical Electrochemistry Floridian Ballroom F, Lobby Level, Hilton Orlando Bonnet Creek

Break

10:00

09:40 Break 10:00

Facet-Controlled Metal Alloy Electrocatalysts for Oxygen Reduction Reaction – H Yang (University of Illinois)

Meeting Program l May 11-15, 2014 l Orlando, FL

15:40 Break 16:00

16:20

16:40

954

955

956

Improving the Catalytic Activity of Metal Complexes and Pyrolyzed Non-Precious MetalN4 Catalysts for the Reduction of O2 – J H Zagal Sr, F J Recio, I Ponce, F Tasca, J Pavez, R A Venegas, and M A Paez (Universidad de Santiago de Chile) HRTEM Characterization of Non-Precious MetalBased Catalyst Cathode Electrodes in PEM Fuel Cells – N M Cantillo, G A Goenaga (University of Tennessee), K L More (Oak Ridge National Laboratory), S Foister (University of Tennessee), and T A Zawodzinski (Oak Ridge National Laboratory, University of Tennessee) 1D PEM Fuel Cell Model for NPMC Cathode Catalyst Layer – D C Orozco, J S Lawton , G A Goenaga, and N M Cantillo (University of Tennessee), and T A Zawodzinski (Oak Ridge National Laboratory)

17:00

957

Bio-Inspired Electrocatalysis of Oxygen Reduction – J Chlistunoff and J M Sansiñena (Los Alamos National Laboratory)

17:20

958

Electrical Coupling of Enzymes to Electrodes in Biofuel Cells and Biobatteries – R Bilewicz (University of Warsaw)

17:40

959

Interplay Between Surface and Morphology: Bio-Nano-Composites for Energy Harvesting – K Artyushkova, S Babanova, C Santoro, and P Atanassov (University of New Mexico)

Q2

08:20 1555

The Use of Graphene As a Solid-State Diffusion Barrier – W K Morrow, B P Gila, and S J Pearton (University of Florida)

08:40 1556

Surface Modification of Wide Band-Gaped Anode of Dye-Sensitized Solar Cells By Ionic Liquid Molecules – W L Wu, Y J Chen, I J B Lin, K Lin, and S F Huang (National Dong Hwa University)

09:00 1557

Bandgap Engineering of ZnO By Alloying with MgO – J Liriano, P Misra, S Sahoo, and R S Katiyar (University of Puerto Rico)

09:20 1558

Magnéli Phase Titanium Oxide: Electrochemical Routes and Characterisation – P Dunne, M Mieszala, V LeNader, J Michler, and L Philippe (EMPA Swiss Federal Laboratories for Materials Science and Technology)

09:40 Break 1559

Correlation Between Temperature Dependent Photoluminescence and Origin of Room Temperature Ferromagnetism in Li Doped ZnO Nano-Flowers – S Sahoo, A Revira, P Misra (University of Puerto Rico), R Chatterjee (Indian Institute of Technology), and R S Katiyar (University of Puerto Rico)

10:30 1560

Phosphorus-Doped P-Type ZnO Nanowires and Their Electrical Properties – W C Li, C W Huang, J Y Chan, and W W Wu (National Chiao Tung University)

10:50 1561

Impact of Annealing on Contact Formation and Stability of IGZO TFTs – T Mudgal, N Walsh (Rochester Institute of Technology), R G Manley (Corning Incorporated), and K D Hirschman (Rochester Institute of Technology)

10:10

Wide Bandgap Semiconductor Materials and Devices 15 Electronics and Photonics / Sensor Manatee, Ground Level, Hilton Orlando Bonnet Creek

Ocide-based Device Fabrications and Characterizations – 08:00 – 11:50 Co-Chairs: J. Laroche and Soohwan Jang Research on Charge Accumulation and Transport in Hole-conductor-free Perovskite (CH3NH3PbI2Cl) -based Nanostructure Solar Cells – S Ma, L Cao, Y Li, Q Sun, H Dong (Qingdao University of Science and Technology), and L Dong (Missouri State University)

1562

Resistive Memory Switching in Pulsed Laser Deposited YCrO3 Thin Films – Y Sharma, P Misra, and R S Katiyar (University of Puerto Rico)

11:30 1563 TiO2 Nanowires/ZnO Nanosheets Hierarchically Structure on Ti Foil As Flexible Photoanodes for Dye-Sensitized Solar Cells – R Gao, Y Cui, X Liu (China Academy of Engineering Physics), L Wang (Tsinghua University), and G Cao (University of Washington, Beijing Institute of Nanoenergy and Nanosystems, Chinese Academy of Sciences)

Thursday, May 15

08:00 1554

11:10

Meeting Program l May 11-15, 2014 l Orlando, FL

125

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

A

Alexander, Christopher.................. 486 (C1, Thu), ........................................................ 487 (C1, Thu) Alfonso, Dominic........................... 948 (H2, Thu), ......................................................1695 (Z2, Wed) Alhemsi, Hani..................................416 (B1, Tue) Alidori, Simone........................... 1166 (M3, Mon) Alimoradi, Maryam....................... 1516 (Q2, Tue) Aljarilla, Ana................................1343 (M9, Wed) Alkhatib, Abdulrahman.................. 239 (A2, Wed) Alkire, Richard.................................552 (E1, Tue) Allahar, Kerry................................. 483 (C1, Thu) Allameh, Paniz................................763 (F5, Mon) Allanore, Antoine......585 (E4, Wed), 860 (H1, Mon) Allegrozzi, Marco........................ 1012 (H3, Wed) Allen, Jan..................35 (A1, Tue), 293 (A2, Thu) Allen, Joshua.................................... 35 (A1, Tue), ..............................293 (A2, Thu), 1078 (H5, Wed Allen, Richard.............................. 1414 (N3, Wed) Allerman, Andrew......................... 1525 (Q2, Tue) Alloin, Fannie................................. 311 (A2, Thu) Alotto, Piergiorgio...........................12 (A1, Mon) Alouani, Khaled.............................. 509 (D1, Tue) Alptekin, Emre............................... 1450 (P2, Tue) Altemare, Paige..............................519 (D2, Mon) Althobaiti, Mohammed................1357 (N2, Mon) Althues, Holger............................... 183 (A2, Tue) Alves Dalla Corte, Daniel............. 1088 (H8, Tue) Aman, Amjad......... 349 (A3, Tue), 744 (F4, Wed) Amatucci, Glenn....... 104 (A1, Wed), 304 (A2, Thu) Ambat, Rajan..................................471 (C1, Wed) Ambrozik, Stephen........................523 (D2, Mon) Amezawa, Koji...... 357 (A3, Wed), 715 (F4, Tue) Amine, Khalil............1 (A1, Mon), 25 (A1, Mon), ........... (A1, Wed), 233 (A2, Wed), 305 (A2, Thu) Amos, Delaina...............................1281 (M8, Tue) Amruthaluri, Sushma......................470 (C1, Wed) An, Ke................... 158 (A1, Thu), 222 (A2, Wed) An, Wei...........................................599 (E5, Wed) An, Yanbin.................................. 1258 (M7, Mon) Anaissi, Fauze.................................. 726 (F4, Tue) Anantharaman, Maleimadam.........1612 (Z1, Tue) Andersen, Nalin...........................1296 (M8, Wed) Andersen, Shuang Ma.................... 806 (F6, Wed), ........................................................ 807 (F6, Wed) Anderson, Shannon.......................525 (D2, Mon), ........................................................ 873 (H1, Tue) Anderson, Travis..........................1508 (Q2, Mon) Ando, Takashi...............................1443 (P2, Mon) Andrei, Petru................................... 61 (A1, Wed), ............................. 124 (A1, Wed), 1112 (H9, Tue) Andreu, Teresa................................770 (F5, Mon) Andrews, David........................... 1501 (Q1, Wed) Angell, Charles................................. 44 (A1, Tue) Angelo, Michael............................... 796 (F6, Tue) Angot, Damien............................... 1452 (P2, Tue) Anouti, Mérièm............................. 1051 (H5, Tue) Antanaviciute, Kornelija..................598 (E5, Tue) Anthony, Rebecca.........................1595 (R1, Wed) Antonacci, Patrick........................... 633 (F1, Tue), ............................... 644 (F1, Wed), 645 (F1, Wed) Ao, Geyou....................................1209 (M4, Wed) Ao, Jin-Ping....................................450 (B1, Wed) Aoki, Nana............ 903 (H2, Tue), 1626 (Z1, Tue) Aono, Asuka.................................... 849 (G2, Tue) Aono, Shigetoshi...........................1322 (M9, Tue) Aoyagi, Shigeo.................................415 (B1, Tue) Aoyagi, Shinobu..........................1224 (M5, Wed) Apostolo, Marco............................526 (D2, Mon) Aquino, Adelia...............................891 (H2, Mon) Aradilla, David................................ 198 (A2, Tue) Aragaw, Belete.............................. 1154 (M2, Tue) Arai, Toshihiro...............................825 (G2, Mon) Araki, Koiti...................................... 726 (F4, Tue) Aras, Mustafa..........537 (E1, Tue), 586 (E4, Wed) Arava, Leela................................... 234 (A2, Wed) Arava, Leela Mohana Reddy......... 226 (A2, Wed)

Aravamudhan, Shyam...................1687 (Z2, Wed) Arbabi, Faraz.................................... 691 (F2, Tue) Arbizzani, Catia............................ 1061 (H5, Tue) Arbouet, Arnaud............................1594 (R1, Wed) Arcamone, Julien......................... 1389 (N2, Wed) Archer, Lynden...........50 (A1, Tue), 58 (A1, Wed) Arcila-Velez, Margarita.................. 220 (A2, Wed) Ares, J. R.........................................758 (F5, Mon) Arfaoui, Wafa................................. 1452 (P2, Tue) Aricò, Antonino S......17 (A1, Mon), 367 (A4, Mon) Arie, Arenst Andreas..........................5 (A1, Mon) Ariga, Katsuhiko...........................1312 (M9, Tue) Arimura, Hiroaki........................... 1370 (N2, Tue) Arisaka, Tomoko............................1626 (Z1, Tue) Arisetty, Srikanth..... 788 (F6, Tue), 793 (F6, Tue) Armaroli, Nicola...........................1243 (M6, Tue) Armour, Eric.........1513 (Q2, Mon), 1542 (Q2, Wed) Arnold, Craig................................316 (A3, Mon), .............................. 323 (A3, Mon), 334 (A3, Tue) Arnold, John.................................... 868 (H1, Tue) Arnold, Michael..........................1191 (M4, Wed), ....................... 1194 (M4, Wed), 1200 (M4, Wed), .....................................................1205 (M4, Wed) Aroonyadet, Noppadol.....................23 (A1, Mon) Arroyo, Lisandra..............................440 (B1, Tue) Arsalanoglu, Yasin.......................1350 (M9, Wed) Arslanoglu, Yasin.........................1351 (M9, Wed) Artyukhov, Vasilii........................1203 (M4, Wed) Artyushkova, Kateryna..................614 (E5, Wed), .............................. 950 (H2, Thu), 959 (H2, Thu), ..............................985 (H3, Tue), 993 (H3, Wed), ........................... 994 (H3, Wed), 1296 (M8, Wed) Arugula, Mary................................1635 (Z1, Tue) Arulmani, S..................................... 532 (D2, Tue) Arunkumar, P................................. 270 (A2, Wed) Aryanfar, Asghar............................. 506 (D1, Tue) Asadirad, Mojtaba......................... 1517 (Q2, Tue) Asakura, Kiyotaka........................ 1093 (H8, Tue), ......................................................1293 (M8, Tue) Asbabhi, Mohamed..........................419 (B1, Tue) Asfaw, Habtom............................... 500 (D1, Tue) Ashbrook, Lance............................1117 (H9, Tue) Ashikari, Yosuke.....834 (G2, Tue), 837 (G2, Tue) Ashish, A. G................................... 270 (A2, Wed) Ashraf Gandomi, Yasser.................675 (F2, Mon) Ashton, Sean....................................13 (A1, Mon) Atanassov, Plamen.......................... 690 (F2, Tue), .............................. 950 (H2, Thu), 959 (H2, Thu), ............................962 (H3, Mon), 965 (H3, Mon), ...............................975 (H3, Tue), 976 (H3, Tue), ...............................979 (H3, Tue), 984 (H3, Tue), ...............................985 (H3, Tue), 987 (H3, Tue), ..............................988 (H3, Tue), 993 (H3, Wed), .............................994 (H3, Wed), 996 (H3, Wed), ...........................998 (H3, Wed), 1001 (H3, Wed), .........................1011 (H3, Wed), 1013 (H3, Wed), ......................... 1014 (H3, Wed), 1296 (M8, Wed) Atienza, Dianne..............................897 (H2, Mon) Atobe, Mahito....... 825 (G2, Mon), 846 (G2, Tue) Atsushiba, Hiroyuki......................524 (D2, Mon), .......................................................527 (D2, Mon) Atta, Nada.......................................473 (C1, Wed) Auer, Alexander.............................. 946 (H2, Thu) Avdoshenko, Stanislav..................1232 (M6, Tue) Avery, Azure........1145 (M2, Mon), 1194 (M4, Wed) Avramopoulos, Hercules..............1402 (N3, Mon) Awaludin, Zaenal............................ 942 (H2, Thu) Axelbaum, Richard..........................24 (A1, Mon) Ayache, Maurice............................899 (H2, Mon) Ayari, Anthony.............................. 1186 (M4, Tue) Aykol, Muratahan........................... 253 (A2, Wed) Aziat, Farid..................................1349 (M9, Wed) Azimi, Nasim.............38 (A1, Tue), 71 (A1, Wed) Aziz, Michael..........395 (A4, Tue), 397 (A4, Tue) Azocar, M. Ignacio.......................... 493 (C1, Thu)

Aarhaug, Thor................................. 805 (F6, Wed) Aaron, Douglas............................... 398 (A4, Tue) Aaron, Douglas................................ 96 (A1, Wed) Abd-El-Latif, Abd-El-Aziz............1118 (H9, Tue) Abdel-Fattah, Tarek....................... 533 (D2, Tue), ................................ 782 (F5, Tue), 784 (F5, Tue), ...................................................... 1189 (M4, Tue) Abdullah, Aboubakr.......................473 (C1, Wed), ......................... 1270 (M7, Tue), 1305 (M8, Wed) Abe, Hitoshi.................................. 1093 (H8, Tue) Abell, Andrew...............................1331 (M9, Tue) Abella, Laura................................1213 (M5, Wed) Abellan, Patricia.............................. 308 (A2, Thu) Aberra Guebrou, Samuel.............. 1186 (M4, Tue) Abhin, S......................................... 270 (A2, Wed) Abo Elazm, A................................... 782 (F5, Tue) Abouatallah, Rami........................... 691 (F2, Tue) Abouimrane, Ali....... 1 (A1, Mon), 233 (A2, Wed) Aboul-Enein, Hassan.......................417 (B1, Tue) Abraham, Daniel.............................. 30 (A1, Tue), .............................. 149 (A1, Thu), 213 (A2, Wed) Abraham, K. M............................... 507 (D1, Tue) Abreu-Sepulveda, Maria................ 264 (A2, Wed) Abro, Muhammad...........................476 (C1, Wed) Acconcia, Giulia.........................1483 (Q1, Mon), ..................................................... 1496 (Q1, Wed) Adams, Edward.............................1440 (P2, Mon) Adams, Jim........................................4 (A1, Mon) Adler, Stuart................................... 359 (A3, Wed) Adusumilli, Praneet........................ 1450 (P2, Tue) Adzic, Radoslav.............................599 (E5, Wed), ..............................601 (E5, Wed), 604 (E5, Wed), ..............................924 (H2, Wed), 939 (H2, Wed) Afanas’ev, Valeri........................... 1374 (N2, Tue) Afifi, Asmaa....................................473 (C1, Wed) Agostini, Marco............................. 134 (A1, Wed) Agrawal, Bharati............................. 880 (H1, Tue) Agubra, Victor................................. 333 (A3, Tue) Agyeman, Augustine......................863 (H1, Mon) Ahlbrecht, Katharina......................1629 (Z1, Tue) Ahluwalia, Rajesh........................... 788 (F6, Tue), ................................ 793 (F6, Tue), 797 (F6, Wed) Ahmad, Yahia..................................479 (C1, Wed) Ahmed, Shafaat.............................1442 (P2, Mon) Ahmmad, Bashir.......................... 1392 (N2, Wed) Ahn, Hosang.......423 (B1, Tue), 1263 (M7, Mon) Ahn, Ju Hyun.................................1608 (Z1, Tue) Ahn, Jung-Joon............................ 1368 (N2, Tue), ..................................................... 1415 (N3, Wed) Ahn, SooHoon..............................1272 (M7, Tue) Aihara, Yuichi.......107 (A1, Wed), 669 (F2, Mon) Aikawa, Shinya............................ 1551 (Q2, Wed) Aizawa, Masato................................594 (E5, Tue) Ajayan, Pulickel............................ 226 (A2, Wed), ............................. 234 (A2, Wed), 1612 (Z1, Tue) Ajulo, Oluyomi............................ 1000 (H3, Wed) Akaba, Ryoichi................................ 847 (G2, Tue) Akagi, Tomomi............................... 849 (G2, Tue) Akasaka, Takeshi........................1220 (M5, Wed), .....................................................1225 (M5, Wed) Akbulut, Serkan...... 113 (A1, Wed), 1699 (Z2, Wed) Akinwande, Deji..........................1404 (N3, Mon) Akolkar, Rohan..... 504 (D1, Tue), 519 (D2, Mon) Akutagawa, Tomoyuki.................1224 (M5, Wed) Al-Enizi, Abdullah.......................1305 (M8, Wed) Al-Kandari, Halema......................1270 (M7, Tue) Al-Kandari, Shikah.......................1270 (M7, Tue) Al-Theyab, Salem........................1305 (M8, Wed) Alam, Md. Khorshed.......................666 (F2, Mon) Alamgir, Faisal................................. 624 (F1, Tue) Alba, Maria................................... 1491 (Q1, Tue) Albrecht-Gary, Anne-Marie..........1243 (M6, Tue) Aldous, Iain.................................... 203 (A2, Wed) Alegre, Cinthia...............................367 (A4, Mon) 126

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

B

Barla, Kathy.................................1360 (N2, Mon) Barnes, John...................................821 (G2, Mon) Barnett, Scott.................................... 723 (F4, Tue) Baron, Janet..................................1050 (H5, Mon) Baron, Thierry...............................1594 (R1, Wed) Baronaite, Asta.................................593 (E5, Tue) Barrett, Lawrence........................ 1149 (M2, Mon) Barron, S...................................... 1387 (N2, Wed) Barry, Sean.......................................410 (B1, Tue) Bartelt, Norman............................ 1069 (H5, Wed) Barton, Zachary.............................. 935 (H2, Wed) Barz, Dominik................................. 515 (D1, Tue) Basim, G. Bahar............................ 1426 (P1, Tue), ............................. 1430 (P1, Tue), 1433 (P1, Tue) Basker, Dinesh.............................1475 (Q1, Mon) Bassim, Nabil............................... 1548 (Q2, Wed) Bast, Robert................................. 1169 (M3, Mon) Basu, Soumendra...........................701 (F4, Mon), ............................... 736 (F4, Wed), 741 (F4, Wed) Basumallick, Indra.......................... 512 (D1, Tue) Basumallick, Srijita......................... 512 (D1, Tue) Basuray, Sagnik.............................. 274 (A2, Wed) Batista, Rafael.................................. 731 (F4, Tue) Battaglia, Vince........ 120 (A1, Wed), 374 (A4, Mon) Batteas, James................................530 (D2, Mon) Baum, Dana..................................... 986 (H3, Tue) Baum, Evan..................................... 831 (G2, Tue) Baumann, Frieder..........................1442 (P2, Mon) Baure, George..................................749 (F4, Thu) Bayat, Akhtar...............................1135 (M1, Wed) Baylies, Winthrop........................ 1414 (N3, Wed) Bazant, Martin......... 22 (A1, Mon), 386 (A4, Tue) Bazylak, Aimy................................. 633 (F1, Tue), .............................. 644 (F1, Wed), 645 (F1, Wed), ............................... 653 (F1, Wed), 691 (F2, Tue), ........................................................ 802 (F6, Wed) Beard, Matthew.............................1285 (M8, Tue) Beattie, Paul............ 794 (F6, Tue), 797 (F6, Wed) Bebek, Ozkan................................. 1430 (P1, Tue) Beck, Faith.......................................750 (F4, Thu) Beck, Justin..................................... 499 (C1, Thu) Beck, Matthew................................ 339 (A3, Tue) Becker, Collin................................328 (A3, Mon) Becker, James.................................. 844 (G2, Tue) Beckingham, Kathleen................ 1169 (M3, Mon) Bedrov, Dmitry....... 1059 (H5, Tue), 1621 (Z1, Tue) Beeks, Olivia..................................1120 (H9, Tue) Béguin, François........................... 1051 (H5, Tue) Behafarid, Farzad............................769 (F5, Mon) Beheim, G..................................... 1519 (Q2, Tue) Behnam, Ashkan......................... 1258 (M7, Mon) Behrens, Rachel........ 883 (H1, Tue), 893 (H2, Mon) Behrou, Reza..................................319 (A3, Mon) Beica, Rozalia............................... 1409 (N3, Tue) Beirnaert, Charlie.......................... 1180 (M4, Tue) Bekyarova, Elena........................ 1146 (M2, Mon) Beling, Andreas............................1478 (Q1, Mon) Bell, Curtis.....................................168 (A2, Mon) Bellemare-Davis, Alexander............ 789 (F6, Tue) Belyansky, Michael.......................1443 (P2, Mon) Ben Hassine, Mohamed.................. 337 (A3, Tue) Benassayag, Gérard.......................1594 (R1, Wed) Benayad, Anass................................. 47 (A1, Tue) Bender, Guido................................. 803 (F6, Wed) Benicewicz, Brian...........................580 (E4, Wed) Bennett, Wendy................................ 52 (A1, Wed) Bennett, Wendy D........................... 180 (A2, Tue) Bensmann, Boris.............................573 (E4, Wed) Benson, David................................518 (D2, Mon) Benson, Jim.......... 245 (A2, Wed), 1606 (Z1, Tue) Bentley, Steven.............................. 1457 (P2, Tue) Benton, Brian............................... 1385 (N2, Wed) Benzo, Patrick................................1580 (R1, Tue) Bera, Milan.................................. 1540 (Q2, Wed) Bera, Milan........1531 (Q2, Tue), 1546 (Q2, Wed) Berbezier, Isabelle........................ 1568 (R1, Mon)

Berencen, Yonder...........................1583 (R1, Tue) Bergmaier, Andreas....................... 1374 (N2, Tue) Bergren, Adam.............................1135 (M1, Wed) Berkman, Erkan........................... 1549 (Q2, Wed) Bernard, Pierre...............................379 (A4, Mon) Bernhard, Rebecca.......................... 146 (A1, Thu) Bernstein, Gary............................ 1079 (H5, Wed) Bertasi, Federico............................. 68 (A1, Wed), ............................1017 (H4, Tue), 1029 (H4, Tue) Bertaud, Thomas........................... 1378 (N2, Tue) Berton, Nicolas............................... 198 (A2, Tue) Bessler, Wolfgang............................ 678 (F2, Tue) Bethune, Keith................................. 796 (F6, Tue) Bettencourt, J...............................1505 (Q2, Mon) Bettge, Martin....... 149 (A1, Thu), 213 (A2, Wed) Bevara, Vamsci V........61 (A1, Wed), 124 (A1, Wed) Beyenal, Haluk.............................. 999 (H3, Wed), .................................................... 1002 (H3, Wed), ..........................1003 (H3, Wed), 1004 (H3, Wed) Bezares, Francisco....................... 1548 (Q2, Wed) Bhansali, Shekhar.......................... 454 (B5, Mon) Bhattarai, Ashish........................... 1311 (M9, Tue) Bhethanabotla, Venkat....................447 (B1, Wed) Bhuyian, Mdnasiruddin................1356 (N2, Mon) Bi, Hailian........................................546 (E1, Tue) Bi, Wu............................................. 158 (A1, Thu) Biance, Anne-Laure.................... 1144 (M2, Mon) Bidan, Gérard.................................. 198 (A2, Tue) Biddinger, Elizabeth.........................542 (E1, Tue) Bienkowski, Krzysztof...................774 (F5, Mon), ......................................................... 781 (F5, Tue) Bierwagen, Oliver........................... 654 (F1, Wed) Bilewicz, Renata.........958 (H2, Thu), 989 (H3, Tue) Billups, W. E................................1199 (M4, Wed) Binnemans, Koen.............................558 (E2, Tue) Birss, Viola...................................... 496 (C1, Thu) Bishop, Sean................................. 353 (A3, Wed), ............................... 354 (A3, Wed), 714 (F4, Tue) Bitner, Anna.................................. 1057 (H5, Tue) Bitner-Michalska, Anna............... 1070 (H5, Wed) Bittner, Andreas............................. 285 (A2, Wed) Bjerrum, Niels........577 (E4, Wed), 613 (E5, Wed) Blackburn, Jeff............................1194 (M4, Wed), .....................................................1195 (M4, Wed) Blackburn, Jeffrey...................... 1145 (M2, Mon), ......................................................1244 (M6, Tue) Blanchard, Gary........................... 1056 (H5, Tue), .......................................................1115 (H9, Tue) Blancon, Jean-Christophe............. 1186 (M4, Tue) Blase, Xavier............................... 1144 (M2, Mon) Blickensderfer, Jacob.....................519 (D2, Mon) Bliznakov, Stoyan..........................601 (E5, Wed), ........................................................604 (E5, Wed) Blomme, Pieter............................. 1374 (N2, Tue) Bloom, Ira....................................... 161 (A1, Thu) Bloomquist, David..........................536 (E1, Tue), ...............................587 (E4, Wed), 588 (E4, Wed) Bo, Tian-Cih.....................................568 (E2, Tue) Boatner, Lynn................................. 282 (A2, Wed) Bobacka, Johan............................1095 (H9, Mon) Boccardi, Guillaume..................... 1370 (N2, Tue) Bock, Christina..............................865 (H1, Mon) Bockrath, Marc........................... 1256 (M7, Mon) Bocquet, Lydéric......................... 1144 (M2, Mon) Bogdanoff, Peter..........................1044 (H5, Mon) Böhme, Solveig............................... 500 (D1, Tue) Bohn, Paul....................................... 914 (H2, Tue) Boitrel, Bernard........................... 1306 (M9, Mon) Bokretsion, Rahel.............................417 (B1, Tue) Bolimowska, Ewelina....................... 46 (A1, Tue) Bolon, Amy.................................... 358 (A3, Wed) Boltalina, Olga........................... 1143 (M2, Mon), .....................................................1230 (M6, Tue), ...........................1232 (M6, Tue), 1244 (M6, Tue) Bom, Nicolau.............................. 1254 (M7, Mon) Boncellla, James.......................... 1074 (H5, Wed)

Babanova, Sofia.......959 (H2, Thu), 962 (H3, Mon), ............................. 965 (H3, Mon), 975 (H3, Tue), ...............................976 (H3, Tue), 984 (H3, Tue), ...............................985 (H3, Tue), 987 (H3, Tue), ..............................988 (H3, Tue), 993 (H3, Wed), .............................994 (H3, Wed), 996 (H3, Wed), ...........................998 (H3, Wed), 1001 (H3, Wed), .........................1011 (H3, Wed), 1013 (H3, Wed), ..................................................... 1014 (H3, Wed) Babauta, Jerome............................ 999 (H3, Wed), ..........................1002 (H3, Wed), 1003 (H3, Wed) Baca, Albert....... 1503 (Q2, Mon), 1525 (Q2, Tue) Bachilo, Sergei.............................. 1174 (M4, Tue) Baciak, James................................ 1526 (Q2, Tue) Backhaus-Ricoult, Monika.............. 711 (F4, Tue) Bae, Jung Min................................1634 (Z1, Tue) Bae, Wan Ki...................................1575 (R1, Tue) Baek, Jong Hyeob........................ 1511 (Q2, Mon) Baggetto, Loic................................. 312 (A2, Thu) Baglio, Vincenzo........17 (A1, Mon), 367 (A4, Mon) Bahrami, Majid...............................555 (E2, Tue), ................................556 (E2, Tue), 640 (F1, Wed) Bai, Jincheng................................. 1121 (M1, Tue) Bai, Peng..........................................22 (A1, Mon) Baik, Kwang Hyeon..................... 1552 (Q2, Wed) Bak, Seong-Min..... 306 (A2, Thu), 314 (A2, Thu) Baker, Caitlin...................................402 (B1, Tue) Baker, Gregory............................... 121 (A1, Wed) Baker-O’Neal, Brett.........................539 (E1, Tue) ......................................................1442 (P2, Mon) Balagi, G......................................... 532 (D2, Tue) Balaish, Moran................................. 60 (A1, Wed) Balaji Gopal, Chirranjeevi...............757 (F4, Thu) Balasubramanian, Mahalingam....... 193 (A2, Tue) Balch, Alan...................................1227 (M5, Wed) Balciunaite, Aldona.........................596 (E5, Tue), ........................................................597 (E5, Tue), ................................598 (E5, Tue), 607 (E5, Wed) Balducci, Andrea.......................... 1054 (H5, Tue), ...................................................... 1058 (H5, Tue) Balijepalli, Anant...........................1107 (H9, Tue) Balke, Nina..................................... 345 (A3, Tue) Ball, Sarah......................................889 (H2, Mon) Ballesteros, Beatriz......................1241 (M6, Tue), .....................................................1343 (M9, Wed) Ballet, Philippe............................. 1382 (N2, Wed) Balseanu, Mihaela.........................1440 (P2, Mon) Baltruschat, Helmut......................853 (H1, Mon), .......................................................1118 (H9, Tue) Banadaki, Yaser............................ 1384 (N2, Wed) Banan, Roshanak............................. 802 (F6, Wed) Bandara, Indika............................1339 (M9, Wed) Bandi, Koteswara.........425 (B1, Tue), 427 (B1, Tue) Bandi, Venugopal..........................1330 (M9, Tue) Banerjee, Debjyoti.......................... 153 (A1, Thu) Banerjee, Gautam........................... 1434 (P1, Tue) Banerjee, Sanjay......................... 1255 (M7, Mon) Banerjee, Sanjoy........ 98 (A1, Wed), 1683 (Z2, Tue) Banik, Stephen................................ 504 (D1, Tue) Banno, Naoki...............................1405 (N3, Mon) Banski, Mateusz.............................1581 (R1, Tue) Banta, Scott..................................... 985 (H3, Tue) Barai, Pallab............332 (A3, Tue), 336 (A3, Tue) Baranova, Elena............................... 719 (F4, Tue) Baranton, Stève............................. 1085 (H8, Tue) Baratoff, Alexis............................1337 (M9, Wed) Barawi, M.......................................758 (F5, Mon) Barboux, Philippe.......................... 252 (A2, Wed) Barchasz, Céline.........185 (A2, Tue), 311 (A2, Thu) Bareno, Javier................................. 161 (A1, Thu) Baribeau, Francois.......................1482 (Q1, Mon) Barile, Christopher.......................... 912 (H2, Tue) Barkam, Swetha............................1655 (Z1, Tue), .............................1658 (Z1, Tue), 1681 (Z2, Tue) Meeting Program l May 11-15, 2014 l Orlando, FL

127

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Bondü, Christoph...........................1118 (H9, Tue) Bonifazi, Davide...........................1315 (M9, Tue) Bonilla, Griselda...........................1440 (P2, Mon) Bonitatibus, Peter............................ 347 (A3, Tue) Bonnefont, Antoine......................... 908 (H2, Tue) Bonnesen, Peter............................ 1383 (N2, Wed) Bonville, Leonard.........................168 (A2, Mon), ................................616 (E5, Thu), 637 (F1, Tue), ................................ 638 (F1, Tue), 797 (F6, Wed) Bonzongo, Jean-Claude...............1210 (M4, Wed) Boone, Leslie.................................1120 (H9, Tue) Borchardt, Gesca..............................437 (B1, Tue) Borguet, Eric.................................1321 (M9, Tue) Borodin, Oleg...... 293 (A2, Thu), 1078 (H5, Wed) Borovkov, Victor...........................1316 (M9, Tue) Borup, Rod.............. 788 (F6, Tue), 793 (F6, Tue), ................................ 794 (F6, Tue), 797 (F6, Wed) Bosco, Giacomo.............................1584 (R1, Tue) Bosman, Gijs............................... 1258 (M7, Mon) Botelho, Steven............................... 653 (F1, Wed) Bott-Neto, José............................... 931 (H2, Wed) Bottari, Giovanni..........................1241 (M6, Tue), .....................................................1343 (M9, Wed) Botte, Gerardine............................ 224 (A2, Wed), ...............................543 (E1, Tue), 575 (E4, Wed), ..............................655 (F1, Wed), 890 (H2, Mon) Bottoms, Wilmer..........................1399 (N3, Mon) Botton, Gianluigi............................600 (E5, Wed) Bouchet, Renaud............................. 311 (A2, Thu) Boukhalfa, Sofiane.........................1606 (Z1, Tue) Boulineau, Adrien........................... 195 (A2, Tue) Boulineau, Sylvain........................... 94 (A1, Wed) Bouyssou, Emilien........................ 108 (A1, Wed), ..................................................... 1420 (N3, Wed) Boxall, Colin................................... 878 (H1, Tue) Bozdech, Sébastien......................... 908 (H2, Tue) Bozek, Boguslaw.........................1098 (H9, Mon) Bozell, Joseph.................................581 (E4, Wed) Bozhevolnyi, Sergey....................1402 (N3, Mon) Bozkurt, Alper................................ 454 (B5, Mon) Braatz, Richard......321 (A3, Mon), 549 (E1, Tue) Brady, Gerald......1200 (M4, Wed), 1205 (M4, Wed) Braff, William................................. 386 (A4, Tue) Brancewicz, Ewa...........................1233 (M6, Tue) Brandell, Daniel.............................. 500 (D1, Tue) Brankovic, Stanko........................... 949 (H2, Thu) Branzoi, Florina.............................477 (C1, Wed), ............................... 478 (C1, Wed), 882 (H1, Tue) Branzoi, Roxana..............................478 (C1, Wed) Branzoi, Viorel....... 477 (C1, Wed), 882 (H1, Tue) Brash, John................................... 1501 (Q1, Wed) Braun, Artur.................................. 1022 (H4, Tue) Braun, Paul.............225 (A2, Wed), 501 (D1, Tue) Braunecker, Wade......................... 232 (A2, Wed), ..................................................... 1038 (H4, Wed) Brecht, David.................................. 152 (A1, Thu) Breen, M......................................1505 (Q2, Mon) Breil, Nicolas................................. 1450 (P2, Tue) Brenner, Wolfgang...................... 1307 (M9, Mon) Brett, Dan........................................13 (A1, Mon), ................................. 20 (A1, Mon), 778 (F5, Tue) Bretzke, Stephanie.......................... 295 (A2, Thu) Breuil, Laurent.............................. 1374 (N2, Tue) Bridgewater, James......................1332 (M9, Wed) Briggs, Ronald.............................1503 (Q2, Mon) Brillas, Enric...................................590 (E4, Wed) Brinkman, Kyle...............................703 (F4, Mon) Brodt, Matthew................................534 (E1, Tue) Brooker, R............ 168 (A2, Mon), 616 (E5, Thu), ............................... 797 (F6, Wed), 812 (F6, Wed) Brooks, D. Bradford........................ 980 (H3, Tue) Brosha, Eric........... 446 (B1, Wed), 614 (E5, Wed) Brosnan, Maureen........................1513 (Q2, Mon) Brousse, Thierry.............................. 198 (A2, Tue) Brown, Billyde........980 (H3, Tue), 1264 (M7, Mon) Brown, E....................................... 1408 (N3, Tue)

Browning, James............................. 312 (A2, Thu) Browning, Nigel...... 52 (A1, Wed), 308 (A2, Thu) Bruneau, Chris................................ 808 (F6, Wed) Brunini, Victor...............................318 (A3, Mon) Brunklaus, Gunther........................ 106 (A1, Wed) Bryan, Evan......................................564 (E2, Tue) Bryan, Isaac................................... 1521 (Q2, Tue) Bryant, Robert............................. 1163 (M3, Mon) Bu, H......................................................(P2, Mon) Buchheit, R.....................................467 (C1, Wed) Buckley, D....................................... 389 (A4, Tue) Buckley, Heather............................. 868 (H1, Tue) Bucur, Claudiu................................. 66 (A1, Wed) Buettner-Garrett, Josh........................9 (A1, Mon) Bugga, Ratnakumar........................... 34 (A1, Tue) Buhlmann, Philippe.....................1099 (H9, Mon) Buie, Cullen.................................... 386 (A4, Tue) Buisson, Thibault.......................... 1409 (N3, Tue) Bukovsky, Eric............................ 1143 (M2, Mon) Bulusu, Venkata Sesha................... 1431 (P1, Tue) Bund, Andreas................................. 388 (A4, Tue) Burgess, Jim.................................... 992 (H3, Tue) Burgess, Mark................................ 935 (H2, Wed) Burgess, Steve............................... 1469 (P2, Wed) Burnham, Jay................................1440 (P2, Mon) Burrell, Anthony............................. 394 (A4, Tue) Burye, Theodore.............................. 721 (F4, Tue) Busnaina, Ahmed............................ 507 (D1, Tue) Butt, Darryl..................................... 483 (C1, Thu) Büchi, Felix...................................... 787 (F6, Tue) Byrne, Kelli..................................... 953 (H2, Thu) Byrnes, Daniel..............................1513 (Q2, Mon) Byun, Sunjung................................ 330 (A3, Tue)

Cao, Y...............1505 (Q2, Mon), 1506 (Q2, Mon) Cao, Yachang.................................1618 (Z1, Tue) Cao, Zeyuan................................... 241 (A2, Wed) Capuano, Rosamaria.....................1319 (M9, Tue) Cardin, Julien.................................1580 (R1, Tue) Carlos, Luis...................................1598 (R1, Wed) Carlsson, Ingemar.......................... 1422 (P1, Tue) Carlton, Chris..................................602 (E5, Wed) Carnahan, David............................ 201 (A2, Wed) Carrada, Marzia.............................1594 (R1, Wed) Carraro, Carlo............................. 1253 (M7, Mon) Carretero-González, Javier............ 114 (A1, Wed) Carroll, Kyler................................. 282 (A2, Wed) Carter, Chad................................ 1140 (M2, Mon) Carter, Emily................................ 1031 (H4, Wed) Carter, Michael.............................. 451 (B5, Mon), ............................. 460 (B5, Mon), 461 (B5, Mon) Cartmell, Samuel............................ 210 (A2, Wed) Carvalho, Sabrina.............................570 (E2, Tue) Carver, Colin.................................. 1435 (P1, Tue) Casalegno, Andrea......................... 993 (H3, Wed) Caselli, Alessandro...................... 1306 (M9, Mon) Cassard, Janet............................... 1416 (N3, Wed) Castañeda Ramírez, Sergio.............667 (F2, Mon) Castelhano, André......................... 1159 (M2, Tue) Castro, Karlee...............................1244 (M6, Tue) Catini, Alexandro..........................1319 (M9, Tue) Cavalcanti, Henrique........................429 (B1, Tue) Cavallotti, Carlo.............................517 (D2, Mon) Cavallotti, Pietro Luigi...................517 (D2, Mon) Caymax, Matty.............................1360 (N2, Mon) Ceder, Gerbrand.............................. 307 (A2, Thu) Cekic-Laskovic, Isidora................... 42 (A1, Tue), ....................................................... 126 (A1, Wed) Celestre, Rich.................................. 340 (A3, Tue) Celik, Ismail............ 679 (F2, Tue), 680 (F2, Tue), ................................. 682 (F2, Tue), 683 (F2, Tue) Ceron, Maira................................1215 (M5, Wed) Cetin, Deniz.................................... 741 (F4, Wed) Çetin, Yasin.....................................586 (E4, Wed) Cha, Kyoung-Ha............................1107 (H9, Tue) Chai, Yating............. 403 (B1, Tue), 409 (B1, Tue) Chakrapanb, Srinivasan................. 204 (A2, Wed) Chakrapani, Srinivasan.................. 278 (A2, Wed) Chakrapani, Vidhya........................765 (F5, Mon), .....................................................1134 (M1, Wed) Chalker, Paul................................1357 (N2, Mon) Chan, Jui-Yuan......1302 (M8, Wed), 1560 (Q2, Thu) Chan, Maria...................................1267 (M7, Tue) Chancelier, Léa................................. 41 (A1, Tue) Chandren, Sheela............................ 850 (G2, Tue) Chang, Chih-Hao........................... 455 (B5, Mon) Chang, Edward.......1530 (Q2, Tue), 1547 (Q2, Wed) Chang, Hsiao-Yu..........................1404 (N3, Mon) Chang, Hsien-Min.......................... 1461 (P2, Tue) Chang, Ko-Wei............................. 1515 (Q2, Tue) Chang, Meng-Ting........................... 84 (A1, Wed) Chang, Siliang..................................422 (B1, Tue) Chang, Tso-Fu Mark.......................583 (E4, Wed) Chang, W......................................1361 (N2, Mon) Chang, Wen-Hsin.......................... 1515 (Q2, Tue) Chang, Won-seok........................... 142 (A1, Wed) Chang, Y.......................................1361 (N2, Mon) Chang, Yingxing..............................412 (B1, Tue) Chapuis-Rey, Marlene..................... 195 (A2, Tue) Charalambidis, Georgios.................762 (F5, Mon) Charley, Sylvain........................... 1420 (N3, Wed) Chassagneux, Yannick.................. 1179 (M4, Tue) Chatterjee, Jhunu........439 (B1, Tue), 1667 (Z1, Tue) Chatterjee, Ratnamala................... 1559 (Q2, Thu) Chatzichristodoulou, Christodoulos....................... ........................................................708 (F4, Mon) Chaudhuri, Jharna........................... 883 (H1, Tue) Chaum, Edward............................ 1102 (H9, Mon) Chazalviel, Jean-Noël................... 1088 (H8, Tue) Che, Yuchi........................................23 (A1, Mon)

128

C

Cabana, Jordi................................... 340 (A3, Tue) Cabrera, Carlos................................440 (B1, Tue) Cabrini, Stefano.......................... 1257 (M7, Mon) Cacho, Florian................................ 1452 (P2, Tue) Caillon, Georges........................... 1088 (H8, Tue) Calabrese Barton, Scott................. 291 (A2, Wed), ........................................................ 972 (H3, Tue) Caldwell, Joshua.......................... 1548 (Q2, Wed) Caldwell, Keegan...........................602 (E5, Wed), .......................................................886 (H2, Mon) Calhoun, Margaret..........................479 (C1, Wed) Caliebe, Marian............................. 1516 (Q2, Tue) Calka, Pauline............................... 1378 (N2, Tue) Callahan, Rebecca....................... 1039 (H4, Wed), ......................................................1701 (Z2, Wed) Callender, Andrew......................... 289 (A2, Wed) Calvo-Marzal, Percy........................437 (B1, Tue) Camargo Amado, Ruben................1645 (Z1, Tue) Cambré, Sofie............................... 1180 (M4, Tue), .........................1197 (M4, Wed), 1198 (M4, Wed) Camoes, Maria............................. 1105 (H9, Mon) Campagnol, Nicolo`.........................558 (E2, Tue) Campbell, Joe............................... 1532 (Q2, Wed) Campbell, John..............................817 (G2, Mon) Campbell, Stephen....................... 1385 (N2, Wed) Campidelli, Stéphane.................... 1178 (M4, Tue) Campo, Jochen.............................. 1180 (M4, Tue) Canaperi, Donald..........................1440 (P2, Mon) Caneiro, Alberto............................... 723 (F4, Tue) Canfield, Nathan..............................14 (A1, Mon) Cannarella, John............................316 (A3, Mon), .............................. 323 (A3, Mon), 334 (A3, Tue) Cantillo, Nelly........ 955 (H2, Thu), 956 (H2, Thu) Cao, Dianxue.................................. 937 (H2, Wed) Cao, Guozhong.............................. 189 (A2, Tue), ............................ 272 (A2, Wed), 1563 (Q2, Thu) Cao, Lei...............1411 (N3, Tue), 1554 (Q2, Thu) Cao, Peng.........................................546 (E1, Tue) Cao, Ruiguo.............56 (A1, Wed), 505 (D1, Tue) Cao, Wanjun................................... 227 (A2, Wed) Cao, Weiguo................................... 244 (A2, Wed)

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Cheek, Graham.......836 (G2, Tue), 876 (H1, Tue) Chehab, Jean-Paul...........................674 (F2, Mon) Chehaidar, Abdallah......................1594 (R1, Wed) Chen, Baowei..........383 (A4, Tue), 396 (A4, Tue) Chen, Biyan.................................... 274 (A2, Wed) Chen, Chun-Yi............................... 242 (A2, Wed) Chen, Chunhui......... 11 (A1, Mon), 86 (A1, Wed) Chen, Dejun...................................897 (H2, Mon) Chen, Di........................................... 714 (F4, Tue) Chen, Dongchang........................... 218 (A2, Wed) Chen, Fanglin (Frank)....................703 (F4, Mon), .........................................................754 (F4, Thu) Chen, Hong.................................. 1501 (Q1, Wed) Chen, Hong-Yu............................. 1188 (M4, Tue) Chen, J..........................................1266 (M7, Tue) Chen, James...................................325 (A3, Mon) Chen, Jihua.......... 217 (A2, Wed), 1125 (M1, Tue) Chen, Jing-Ming............................. 309 (A2, Thu) Chen, Kuo-Ching......83 (A1, Wed), 84 (A1, Wed) Chen, L.......................................... 1519 (Q2, Tue) Chen, Lei........................................325 (A3, Mon) Chen, Long.....................................325 (A3, Mon) Chen, Long-Qing............................ 335 (A3, Tue) Chen, Long-Qing...........................322 (A3, Mon) Chen, Ming-Yuan...........................1673 (Z2, Tue) Chen, Qian.............345 (A3, Tue), 359 (A3, Wed) Chen, Qiao....................................1714 (Z3, Wed) Chen, Ruiyong.................................28 (A1, Mon) Chen, Shikai...........561 (E2, Tue), 1644 (Z1, Tue) Chen, Shuru............... 3 (A1, Mon), 63 (A1, Wed) Chen, Song...................................... 651 (F1, Wed) Chen, Tao......................................1692 (Z2, Wed) Chen, Wen...................................... 272 (A2, Wed) Chen, Xilin..............294 (A2, Thu), 505 (D1, Tue) Chen, Xujie....................................378 (A4, Mon) Chen, Yan.................346 (A3, Tue), 710 (F4, Tue) Chen, Yan....................................... 222 (A2, Wed) Chen, Yan............... 349 (A3, Tue), 744 (F4, Wed) Chen, Yaojia................................. 1532 (Q2, Wed) Chen, Yen-Lun............................. 1536 (Q2, Wed) Chen, Yijia.................................... 1556 (Q2, Thu) Chen, Yu-Kong............................. 1547 (Q2, Wed) Chen, Yu-Min..........486 (C1, Thu), 487 (C1, Thu) Chen, Yun........................................ 651 (F1, Wed) Chen, Zhaohui................................ 115 (A1, Wed) Chen, Zhi......................................1364 (N2, Mon) Chen, Zhongwei.............................. 647 (F1, Wed) Chen-Wiegart, Yu-chen................... 157 (A1, Thu) Chen-Yang, Yui Whei...................... 688 (F2, Tue) Cheney, David.....1522 (Q2, Tue), 1528 (Q2, Tue) Cheng, Gang.............36 (A1, Tue), 152 (A1, Thu) Cheng, Hai-Ping.......................... 1150 (M2, Mon) Cheng, Hsin-Ming........................1690 (Z2, Wed) Cheng, Hua.................................... 207 (A2, Wed) Cheng, Ju-Hsiang............................ 309 (A2, Thu) Cheng, Kui..................................... 937 (H2, Wed) Cheng, Shanshan..............................431 (B1, Tue) Cheng, Tianle.......489 (C1, Thu), 1379 (N2, Wed) Cheng, Tien...................................1442 (P2, Mon) Cheng, Yang-Tse............................. 339 (A3, Tue) Cheng, Yi-Lung................................568 (E2, Tue) Cheng, Yingwen............................... 70 (A1, Wed) Cheng, Zeng................................. 1497 (Q1, Wed) Cheng, Zhe......................................574 (E4, Wed) Cherkaoui, K................................ 1390 (N2, Wed) Chernova, Natasha.......................... 304 (A2, Thu) Chernyak, Leonid......................... 1524 (Q2, Tue), ...................................................... 1529 (Q2, Tue) Chetty, Raghuram........................... 626 (F1, Tue), .................................................... 1152 (M2, Mon) Chi, Miaofang................................. 301 (A2, Thu) Chiang, Ken.................................1304 (M8, Wed) Chiang, Long............................... 1160 (M3, Mon) Chiashi, Shohei.......................... 1138 (M2, Mon), .....................................................1204 (M4, Wed)

Chiba, Kazuhiro............................828 (G2, Mon), ................................838 (G2, Tue), 842 (G2, Tue) Chiba, Takaaki............................ 1138 (M2, Mon) Chih, Yi-Kai.....................................407 (B1, Tue) Chih-Kun, Chang...........................1640 (Z1, Tue) Chikita, Hironori............................ 1462 (P2, Tue) Chiku, Masanobu........90 (A1, Wed), 137 (A1, Wed) Chikyo, Toyohiro.......................... 1375 (N2, Tue) Chikyow, Toyohiro....................... 1376 (N2, Tue), ..................................................... 1551 (Q2, Wed) Chilukuri, Bhaskar........................ 1311 (M9, Tue) Chin, Bryan............. 403 (B1, Tue), 409 (B1, Tue) Chipman, Gregory....................... 1149 (M2, Mon) Chisaka, Mitsuharu.......................... 623 (F1, Tue) Chitrada, Kalyan.......273 (A2, Wed), 764 (F5, Mon) Chitturi, Venkateswara Rao.......... 221 (A2, Wed), ................................673 (F2, Mon), 686 (F2, Tue) Chiu, Chung-Hua.......................... 1453 (P2, Tue), .......................................................1619 (Z1, Tue) Chiu, Hsien-Chin.........................1507 (Q2, Mon) Chlistunoff, Jerzy............................ 630 (F1, Tue), ....................................................... 868 (H1, Tue), ............................ 957 (H2, Thu), 1074 (H5, Wed) Cho, Byung Jin........................... 1265 (M7, Mon) Cho, Byung-Won.......................... 253 (A2, Wed), ........................................................ 697 (F2, Wed) Cho, Chuhyun................................ 118 (A1, Wed) Cho, Hyoung...................................438 (B1, Tue), ........................... 448 (B1, Wed), 1131 (M1, Tue), ............................1649 (Z1, Tue), 1660 (Z1, Tue), .......................................................1675 (Z2, Tue) Cho, Hyun..................................... 1131 (M1, Tue) Cho, Hyun-Seok.............................. 656 (F1, Wed) Cho, Hyunchol.............................1354 (N2, Mon) Cho, Hyung.................................. 1544 (Q2, Wed) Cho, Jaehyun.................................. 253 (A2, Wed) Cho, Ji Yoon.....................................554 (E1, Tue) Cho, Jinwon.................................... 696 (F2, Wed) Cho, Kangwoo.................................540 (E1, Tue) Cho, Kuk Young............................. 247 (A2, Wed) Cho, Kyeongjae.............................. 223 (A2, Wed) Cho, Kyu........................................374 (A4, Mon) Cho, Mann-Ho...............................1634 (Z1, Tue) Cho, Moon.................................... 1370 (N2, Tue) Cho, Sung-baek............................... 514 (D1, Tue) Cho, Sung-Jin.................................. 314 (A2, Thu) Cho, Taiheui................................. 1396 (N2, Wed) Cho, Won-Seob................................554 (E1, Tue) Chobpattana, Varistha.................... 1456 (P2, Tue) Choe, Seunghoe...... 531 (D2, Tue), 554 (E1, Tue) Choe, Song-yul............................... 333 (A3, Tue) Choe, Yoong-Kee.......630 (F1, Tue), 1027 (H4, Tue) Choi, Chulmin.................................763 (F5, Mon) Choi, Hanshin................................1647 (Z1, Tue) Choi, Heewon.................................. 622 (F1, Tue) Choi, Jae-Man................................... 47 (A1, Tue) Choi, Jae-Yong............................... 247 (A2, Wed) Choi, Jeong Eun............................. 248 (A2, Wed) Choi, Jihwan.................................. 243 (A2, Wed) Choi, Jin.........................................1608 (Z1, Tue) Choi, Jinho.......................................551 (E1, Tue) Choi, Joosun...................................1604 (Z1, Tue) Choi, Moon-Bong............................ 729 (F4, Tue) Choi, Munkang.............................. 1449 (P2, Tue) Choi, Nak-Mo................................ 256 (A2, Wed) Choi, Suk...................................... 1517 (Q2, Tue) Choi, Wonchang............................. 116 (A1, Wed) Choi, Wonsung............................... 199 (A2, Wed) Choi, Yeonuk................................1050 (H5, Mon) Choi, Yong...................................... 513 (D1, Tue) Choi, Yong Ho.............................. 1190 (M4, Tue) Chong, Marina................................759 (F5, Mon) Chong, Pau.....................................374 (A4, Mon) Chor, Eng..................................... 1531 (Q2, Tue), ..........................1540 (Q2, Wed), 1546 (Q2, Wed)

Chorkendorff, Ib............................766 (F5, Mon), ................................902 (H2, Tue), 907 (H2, Tue) Chou, Bo-Yi................................. 1550 (Q2, Wed) Chowdhury, Ridwanur.................. 276 (A2, Wed), .......................................................317 (A3, Mon) Christensen, Jake............................315 (A3, Mon) Christians, Jeffrey.........................1282 (M8, Tue) Christou, Aristos.......................... 1541 (Q2, Wed) Chu, Deryn............. 618 (E5, Thu), 663 (F2, Mon) Chu, Hyun-Soo...............................482 (C1, Wed) Chu, Ying-Hao...............................1619 (Z1, Tue) Chuang, Chen Kang........................606 (E5, Wed) Chuang, Han..................................1120 (H9, Tue) Chudzik, Michael..........................1442 (P2, Mon) Chueh, William................................757 (F4, Thu) Chumbimuni-Torres, Karin..............437 (B1, Tue) Chun, Wang-Jae............................1293 (M8, Tue) Chung, Hoon................................... 630 (F1, Tue), ...............................869 (H1, Tue), 929 (H2, Wed) Chung, Il Sub............................... 1397 (N2, Wed) Chung, Jae........................................ 88 (A1, Wed) Chung, Wei-Hsing........................ 1550 (Q2, Wed) Chung, Yoonsung........................ 1263 (M7, Mon) Chung, Yoonsung............................ 514 (D1, Tue) Chupp, Jeremy...............................1667 (Z1, Tue) Chyi, Jen-Inn................................1502 (Q2, Mon) Cicoira, Fabio................................ 1026 (H4, Tue) Ciepiela, Filip...............................1095 (H9, Mon) Ciftyurek, Engin........................... 1386 (N2, Wed) Cirigliano, Nicholas....................... 208 (A2, Wed) Cirrincione, Lisa............................1628 (Z1, Tue) Clancy, Tomas..................................511 (D1, Tue) Clar, Justin...................................1210 (M4, Wed) Clare, Laurie.................................830 (G2, Mon), .............................1652 (Z1, Tue), 1666 (Z1, Tue) Clark, Jeffrey................................. 1018 (H4, Tue) Clark, Robert....1356 (N2, Mon), 1358 (N2, Mon) Clement, Jason................................675 (F2, Mon) Clendenning, Scott......................... 115 (A1, Wed) Cleveland, Christopher.................. 488 (C1, Thu), ........................................................587 (E4, Wed) Clevenger, J..................................1503 (Q2, Mon) Cliffel, David.................................861 (H1, Mon) Clikeman, Tyler.............................1232 (M6, Tue) Co, Anne.......................................... 622 (F1, Tue) Cognet, Laurent.....1182 (M4, Tue), 1197 (M4, Wed) Cohan, Bruce..................................1107 (H9, Tue) Cohen, Stephan.............................1440 (P2, Mon) Cojocaru, Paula..............................526 (D2, Mon) Coleman, Eric.................................. 622 (F1, Tue) Colin, Jean Franรงois....................... 195 (A2, Tue), ........................................................ 311 (A2, Thu) Collaert, Nadine...........................1360 (N2, Mon) Collazo, Ramon............................. 1521 (Q2, Tue) Collins, Keith..................................475 (C1, Wed) Collins, Philip..............................1192 (M4, Wed) Colon, Albert................................. 1413 (N3, Tue) Colussi, Agustin.............................. 506 (D1, Tue) Comeau, J.....................................1505 (Q2, Mon) Compaan, Alvin.......................... 1140 (M2, Mon) Coms, Frank.................................... 798 (F6, Wed) Connie, Ashfiqua.......................... 1565 (R1, Mon) Conrad, Olaf..................................... 792 (F6, Tue) Consiglio, Steve..........................1356 (N2, Mon), .....................................................1358 (N2, Mon) Contento, Nicholas.......................... 914 (H2, Tue) Conti, Richard...............................1443 (P2, Mon) Contu, Francesco............................530 (D2, Mon) Conway, Matthew........................ 1534 (Q2, Wed) Cook, Rob...............87 (A1, Wed), 261 (A2, Wed) Cook, Ronald.................................. 484 (C1, Thu) Cooper, Adam............................. 1260 (M7, Mon) Cooper, John.................................. 292 (A2, Wed) Cordova, Isvar............................. 1264 (M7, Mon) Cรณrdova, Ricardo.....1703 (Z3, Tue), 1704 (Z3, Tue) Cormican, Enda.............................. 1436 (P1, Tue)

Meeting Program l May 11-15, 2014 l Orlando, FL

129

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Cornejo, Jose.........994 (H3, Wed), 996 (H3, Wed) Cornelius, Chris............................ 100 (A1, Wed), .............................167 (A2, Mon), 1631 (Z1, Tue) Corr, Stuart.................................. 1162 (M3, Mon) Correa Baena, Juan Pablo.............. 993 (H3, Wed) Cosimbescu, Lelia.........................165 (A2, Mon), ................................392 (A4, Tue), 399 (A4, Tue) Cosnier, Serge................................967 (H3, Mon) Costa, C............................................. 40 (A1, Tue) Costas, Andrea..... 1538 (Q2, Wed), 1569 (R1, Mon) Cott, Daire...............508 (D1, Tue), 509 (D1, Tue) Cotte, John.......................................539 (E1, Tue) Coughlin, E......................................617 (E5, Thu) Couillard, Martin.............................. 719 (F4, Tue) Courty, Matthieu.............................. 94 (A1, Wed) Coutanceau, Christophe................ 920 (H2, Wed), ...................................................... 1085 (H8, Tue) Coutsolelos, Athanassios................762 (F5, Mon) Cox, James...........927 (H2, Wed), 1063 (H5, Tue) Crawford, Amanda.........................1601 (Z1, Tue) Crawford, Steven..........................1687 (Z2, Wed) Cresce, Arthur................................... 39 (A1, Tue) Crespo-Yapur, Alfonso.................... 908 (H2, Tue) Crisostomo, David.........................861 (H1, Mon) Crisp, Ryan....................................1701 (Z2, Wed) Cristiani, Pierangela...................... 997 (H3, Wed), ..........................1001 (H3, Wed), 1011 (H3, Wed) Crochet, Jared..............................1197 (M4, Wed) Cronin, Stephen............................. 1177 (M4, Tue) Cronquist, Brian...........................1401 (N3, Mon) Crotti, Matteo.......1483 (Q1, Mon), 1496 (Q1, Wed) Croy, Jason...................................... 193 (A2, Tue) Crulhas, Bruno.................................436 (B1, Tue) Cuesta, Angel.................................. 946 (H2, Thu) Cuffari, David............................... 1065 (H5, Tue) Cui, Baochen.................................... 51 (A1, Wed) Cui, Hao........................................ 1427 (P1, Tue), ............................. 1437 (P1, Tue), 1438 (P1, Tue) Cui, Hushan................................. 1371 (N2, Tue), ........................... 1421 (N3, Wed), 1432 (P1, Tue) Cui, Kehang................................ 1138 (M2, Mon) Cui, Rong.....................................1218 (M5, Wed) Cui, Yan........................................1340 (M9, Wed) Cui, Yanjie...................................... 233 (A2, Wed) Cui, Yixiu...................................... 1563 (Q2, Thu) Cui, Yixiu......................................1713 (Z3, Wed) Cullen, David................................. 812 (F6, Wed), .............................. 869 (H1, Tue), 888 (H2, Mon) Cummins, Jamie............................. 278 (A2, Wed) Cunci, Lisandro................................440 (B1, Tue) Curley, Steven............................. 1162 (M3, Mon) Curnick, Oliver................................13 (A1, Mon) Curran, Scott...................................446 (B1, Wed) Cutler, Richard................................. 693 (F2, Tue) Czerwieniec, Bartosz...................... 650 (F1, Wed)

Daniels, Flora...................................20 (A1, Mon) Dantas, Noelio............................... 1159 (M2, Tue) Daphnomili, Dimitra.......................762 (F5, Mon) Daramola, Damilola....................... 655 (F1, Wed), .......................................................890 (H2, Mon) Da Ros, Tatiana........................... 1161 (M3, Mon) Darwiche, Ali.................................. 639 (F1, Wed) Das, Bikas.................................... 1030 (H4, Wed) Das, Rajib.................................... 1150 (M2, Mon) Das, Soumen.........438 (B1, Tue), 1649 (Z1, Tue), ............................1655 (Z1, Tue), 1660 (Z1, Tue), ............................1662 (Z1, Tue), 1681 (Z2, Tue), .......................................................1682 (Z2, Tue) Das, Suman................................... 1517 (Q2, Tue) Das, Sushanta................................1242 (M6, Tue) Das, Tridip...................................... 348 (A3, Tue) Dathar, Gopi Krishna Phani.............. 49 (A1, Tue) Datta, Moni.............15 (A1, Mon), 19 (A1, Mon), .................................65 (A1, Wed), 72 (A1, Wed), ...............................112 (A1, Wed), 502 (D1, Tue) Dattelbaum, Andrew....................... 869 (H1, Tue) Daubert, James............................. 1078 (H5, Wed) Davey, John...................................... 794 (F6, Tue) David, Rooney............................... 267 (A2, Wed) David, Shapiro................................ 340 (A3, Tue) Davidson, Craig...............................535 (E1, Tue) Davis, Calvin................................... 298 (A2, Thu) Davis, Robert.............................. 1149 (M2, Mon) Davydov, Alexey..............................420 (B1, Tue) Dawson, John...............................1339 (M9, Wed) De, Sumitava........ 155 (A1, Thu), 320 (A3, Mon), ............................321 (A3, Mon), 369 (A4, Mon), ................................385 (A4, Tue), 387 (A4, Tue) de Andrade, Adalgisa......................474 (C1, Wed) De Feyter, Steven.........................1347 (M9, Wed) de la Escosura, Andres..................1313 (M9, Tue) De Long, Hugh.............................. 1408 (N3, Tue) de Person, Marine.........................1246 (M6, Tue) de Poulpiquet, Anne........................ 982 (H3, Tue) De Silva, Kaushalya.......................1111 (H9, Tue) De Stefano, Francesca................... 1374 (N2, Tue) De Vos, Dirk.....................................558 (E2, Tue) de Zea Bermudez, V.................... 1072 (H5, Wed), ......................................................1598 (R1, Wed) DeCaluwe, Steven........................... 331 (A3, Tue) Decker, Blair................................. 1055 (H5, Tue) Dedryvère, Rémi...........................379 (A4, Mon), .............................. 639 (F1, Wed), 642 (F1, Wed), ..................................................... 1067 (H5, Wed) Deen, M...............416 (B1, Tue), 1484 (Q1, Mon), ...........................1492 (Q1, Tue), 1493 (Q1, Tue), ..........................1494 (Q1, Tue), 1497 (Q1, Wed), ..................................................... 1498 (Q1, Wed) Degertekin, F................................1406 (N3, Mon) Deguzman, Lou............................ 1534 (Q2, Wed) Deheryan, Stella......508 (D1, Tue), 509 (D1, Tue) Deiana, Davide................................ 907 (H2, Tue) Deiner, L. Jay................................. 238 (A2, Wed) Deiner, L. Jay................................ 1157 (M2, Tue) Deininger, Debra............................ 462 (B5, Mon) Del Fatti, Natalia........................... 1186 (M4, Tue) del Prado, Álvaro.........................1355 (N2, Mon) Deleebeeck, Lisa........732 (F4, Wed), 735 (F4, Wed) Deleporte, Emmanuelle................. 1178 (M4, Tue) Delnick, Frank................................. 398 (A4, Tue) Delor, Milan....................................762 (F5, Mon) Delp, Samuel.............35 (A1, Tue), 293 (A2, Thu) Delport, Géraud............................. 1178 (M4, Tue) DeLucas, Rachel............................860 (H1, Mon) Demirci, Gökhan.....537 (E1, Tue), 586 (E4, Wed) Denayer, Joeri..................................558 (E2, Tue) Deng, Daniel.................................. 210 (A2, Wed) Deng, Lin-Long............................1221 (M5, Wed) Deng, S..........................................1266 (M7, Tue) Deng, S. H. M...............................1232 (M6, Tue) Deng, Weiwei..................................448 (B1, Wed)

Deng, Xingyi................................... 948 (H2, Thu) Denisov, Evgeny............................. 388 (A4, Tue) Dennison, Christopher...................372 (A4, Mon) Denshchikov, Konstantin................ 384 (A4, Tue) Dercz, Grzegorz......875 (H1, Tue), 945 (H2, Thu) Dereux, Alain...............................1402 (N3, Mon) Derhoumi, Zine...............................572 (E4, Wed) Dermer, Mikel................................ 231 (A2, Wed) Desai, Divyaraj..............................1683 (Z2, Tue) Detchprohm, Theeradetch............. 1517 (Q2, Tue) Deutsch, Todd.................................760 (F5, Mon) Devaraju, Murukanahally Kempaiah..................... ......................................................... 74 (A1, Wed) Devie, Arnaud....... 156 (A1, Thu), 209 (A2, Wed) Devine, Roderick......................... 1395 (N2, Wed) DeWitt, Jonathan......................... 1140 (M2, Mon) Dey, Abhishek..............................1342 (M9, Wed) Dhanak, Vinod.............................1357 (N2, Mon) Dhar, Bal-Mukund.......................... 331 (A3, Tue) Dhuey, Scott................................ 1257 (M7, Mon) Di Natale, Corrado.......................1318 (M9, Tue), ......................................................1319 (M9, Tue) Di Noto, Vito........... 12 (A1, Mon), 68 (A1, Wed), ............................. 617 (E5, Thu), 1017 (H4, Tue), ...........................1029 (H4, Tue), 1071 (H5, Wed) Diallo, Alpha Oumar......................... 41 (A1, Tue) Diao, Weijian....... 922 (H2, Wed), 1657 (Z1, Tue) Diatta, Marianne.......................... 1420 (N3, Wed) Diau, Eric......... 1279 (M8, Tue), 1346 (M9, Wed) Diaz, Anthony...............................1596 (R1, Wed) Diaz, Diana......................................440 (B1, Tue) Diaz, Luis........................................575 (E4, Wed) Diaz Orellana, Kryssia................... 266 (A2, Wed) Dickey, Michael............................. 454 (B5, Mon) Dietz, Kelsey................................... 808 (F6, Wed) Dietz, Nancy................................... 161 (A1, Thu) Dietz, Nikolaus............................ 1533 (Q2, Wed) Dijon, Jean...................................... 185 (A2, Tue) DiLeo, Greg................................... 122 (A1, Wed) DiLeo, Roberta.................................. 43 (A1, Tue) Dillet, Jérôme................................... 788 (F6, Tue) Dimiev, Ayrat.............................. 1163 (M3, Mon) Dimitrov, Nikolay..........................523 (D2, Mon) Dimoulas, Athanasios..................1357 (N2, Mon) Din, Rameez....................................471 (C1, Wed) Dinan, Thomas.............................. 1467 (P2, Wed) Ding, Hepeng...................................754 (F4, Thu) Ding, Keqiang..................................16 (A1, Mon) Dinh, Minh...................................... 346 (A3, Tue) Dini, Francesca.............................1318 (M9, Tue) Dion, Genevieve........................... 1408 (N3, Tue) Djilali, Ned............. 640 (F1, Wed), 809 (F6, Wed) Djokic, Stojan................................516 (D2, Mon) Djomeni, Larissa........................... 1469 (P2, Wed) Dodelet, Jean-Pol............................609 (E5, Wed) Doh, Chil-Hoon........118 (A1, Wed), 255 (A2, Wed) Doherty, Mark................................. 347 (A3, Tue) Doi, Kotaro.....................................469 (C1, Wed) Dole, Holly....................................... 719 (F4, Tue) Dollinger, Günther........................ 1374 (N2, Tue) Domen, Kazunari.......................... 1023 (H4, Tue) Don, Kirk.......................................178 (A2, Mon) Dong, Hongzhou............................1411 (N3, Tue) Dong, Lifeng........751 (F4, Thu), 1121 (M1, Tue), ............................1411 (N3, Tue), 1554 (Q2, Thu) Dong, Qi.........................................1675 (Z2, Tue) Dong, Xinyong............................. 1717 (Q1, Wed) Dong, Zhenhua.................................751 (F4, Thu) Dong, Zhenyu..................................751 (F4, Thu) Donoghue, Evan.......................... 1150 (M2, Mon) Donten, Mikolaj.............................. 917 (H2, Tue) Dontigny, Martin..............................750 (F4, Thu) Doo, Seok-Kwang......................... 107 (A1, Wed), ..............................199 (A2, Wed), 223 (A2, Wed) Doo, Seokgwang............................ 142 (A1, Wed)

D

Dąbek, Jarosław.............................. 498 (C1, Thu) Daemen, Luke..................................748 (F4, Thu) D’Agati, Michael........................ 1172 (M3, Mon) Dahbi, Mouad.............................. 1067 (H5, Wed) Dai, Fang.......................................... 63 (A1, Wed) Dai, Jing-Jie................................. 1536 (Q2, Wed) Dai, Liming................................. 1151 (M2, Mon) Dai, Sheng......................................173 (A2, Mon) Daimaru, Akimasa........................... 811 (F6, Wed) Daio, Takeshi..................................705 (F4, Mon) Dale, Nilesh.................................... 122 (A1, Wed) Damien, Dijo..................................1612 (Z1, Tue) Damle, Sameer...................................6 (A1, Mon) Danczuk, Marins.............................. 726 (F4, Tue) Daniel, Bauza............................... 1393 (N2, Wed) Daniel, Claus................................... 194 (A2, Tue) Daniel, Lise..................................... 195 (A2, Tue) Danielewski, Marek....................1098 (H9, Mon), ......................... 1103 (H9, Mon), 1104 (H9, Mon) 130

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Doorn, Stephen............................ 1176 (M4, Tue), ........................ 1198 (M4, Wed), 1344 (M9, Wed) Doorn, Steven..............................1197 (M4, Wed) Dörfler, Susanne.............................. 183 (A2, Tue) Dorkó, Zsanett.............................. 1100 (H9, Mon) Dorn, Harry.........1164 (M3, Mon), 1228 (M5, Wed) Doublet, Marie-Liesse.....................674 (F2, Mon) Dowgiallo, Anne-Marie...............1194 (M4, Wed) Doyle, Brian...................................1670 (Z1, Tue) Draeger, Erik................................ 1075 (H5, Wed) Dragicevic, Daniel.......................... 144 (A1, Thu) Dranka, Maciej........ 1057 (H5, Tue), 1710 (Z3, Tue) Drillet, Jean-Francois..................... 938 (H2, Wed) Druffel, Thad.................................1281 (M8, Tue) Dryfe, Robert........1113 (H9, Tue), 1260 (M7, Mon) Drzal, Lawrence.....135 (A1, Wed), 1152 (M2, Mon) D’Souza, Francis..........................1242 (M6, Tue), ......................................................1330 (M9, Tue) D’Souza, Nandika...........................479 (C1, Wed) Du, Fei.......................................... 1495 (Q1, Tue) Duan, Zhiyao....................................911 (H2, Tue) Dubarry, Matthieu.......................... 156 (A1, Thu), ....................................................... 209 (A2, Wed) Dubiel, Marcin................................ 498 (C1, Thu) Dubois, Sylvain............................1482 (Q1, Mon) Dubois, Vincent.............................. 101 (A1, Wed) Dubowski, Jan.............................. 1566 (R1, Mon) Duchesne, Francois......................1482 (Q1, Mon) Duda, Chester..........915 (H2, Tue), 916 (H2, Tue) Dudley, Michael........................... 1541 (Q2, Wed) Dudney, Nancy....... 31 (A1, Tue), 176 (A2, Mon), .............................225 (A2, Wed), 282 (A2, Wed), ........................................................ 695 (F2, Wed) Dufour, Christian...........................1580 (R1, Tue) Duh, Jenq-Gong............................. 236 (A2, Wed) Dumont, Joseph............................. 929 (H2, Wed) Dumont, Lucile..............................1580 (R1, Tue) Dunk, Paul...................................1213 (M5, Wed) Dunn, Bruce................................... 208 (A2, Wed) Dunne, Peter.................................. 1558 (Q2, Thu) Dunsch, Lothar.............................1229 (M5, Wed) Dupuis, Russell............................. 1517 (Q2, Tue) Duque, Juan.................................1197 (M4, Wed), ........................ 1198 (M4, Wed), 1344 (M9, Wed) Dura, Joseph.................................... 331 (A3, Tue) Durazzo, Michelangelo................... 874 (H1, Tue) Durkin, David............................... 1408 (N3, Tue) Dursch, Thomas.......................... 1716 (M2, Mon) D’Urso, Alessandro.......................1319 (M9, Tue) D’urso, Claudia................................17 (A1, Mon) Dushatinski, Thomas...................... 533 (D2, Tue), ...................................................... 1189 (M4, Tue) Dussault, Patrick..............................411 (B1, Tue) Dutton, Justin.................................. 152 (A1, Thu) Dyakonov, Vladimir.................... 1137 (M2, Mon) Dündar, Yasemin..............................537 (E1, Tue) Dynys, F........................................ 1519 (Q2, Tue) Dzara, Michael............................ 1148 (M2, Mon)

El-Maghraby, Mohamed.................. 782 (F5, Tue) El-Zatahry, Ahmed.......................1305 (M8, Wed) Elam, J............................................. 187 (A2, Tue) Elbaz, Lior.......................................614 (E5, Wed) Elendu, Oyidia...............................529 (D2, Mon) Elkaïm, Erik.................................... 311 (A2, Thu) Ellingson, Randall....................... 1140 (M2, Mon) Elliott, C.........................................1117 (H9, Tue) Ellis, Amanda................................1331 (M9, Tue) Ellis, Chase.................................. 1548 (Q2, Wed) Elsayed, Adly................................... 782 (F5, Tue) Elumalai, Ganesan.......................... 952 (H2, Thu) Emahi, Ismaila................................ 986 (H3, Tue) Emond, Frederic...........................1482 (Q1, Mon) Enculescu, Ionut.......................... 1538 (Q2, Wed), ..................................................... 1569 (R1, Mon) Enculescu, Monica...................... 1538 (Q2, Wed), ..................................................... 1569 (R1, Mon) Engbrecht, Edward........................1442 (P2, Mon) Engel-Herbert, Roman................... 1456 (P2, Tue) Engelhard, Mark..... 52 (A1, Wed), 294 (A2, Thu) Enomoto, Masato...........................527 (D2, Mon) Entwistle, Mark............................1479 (Q1, Mon) Eom, KwangSup..............................10 (A1, Mon) Epur, Rigved.....................................2 (A1, Mon), .................................. 6 (A1, Mon), 502 (D1, Tue) Erdogan, Metehan.......537 (E1, Tue), 586 (E4, Wed) Erickson, Kristopher....................1193 (M4, Wed) Ernst, Thomas.............................. 1389 (N2, Wed) Eroglu, Damla.................................. 62 (A1, Wed) Ertem, S............................................617 (E5, Thu) Escalante-Garcia, J. I......................591 (E5, Tue), .........................................................592 (E5, Tue) Eskelsen, Jeremy...........................1314 (M9, Tue) Eskusson, Jaanus..........................1045 (H5, Mon) Esperança, J. M................................ 40 (A1, Tue), .............................845 (G2, Tue), 1072 (H5, Wed) Esseni, David................................ 1372 (N2, Tue) Esteves, A........................................ 845 (G2, Tue) Ethier, Jeffrey...................................553 (E1, Tue) Etman, Ahmed.........508 (D1, Tue), 509 (D1, Tue) Euerle, Kellan................................965 (H3, Mon) Evanghelidis, Alexandru............. 1538 (Q2, Wed), ..................................................... 1569 (R1, Mon) Evans, James................................... 308 (A2, Thu) Evans, Thomas............................. 1386 (N2, Wed) Evseev, Anatoly................................420 (B1, Tue) Ewers, Bradly.................................530 (D2, Mon)

Fang, Yi............................................414 (B1, Tue) Fang, Yuanyuan............................1340 (M9, Wed) Farag, Hany..................................... 496 (C1, Thu) Farjami, Elaheh....... 238 (A2, Wed), 1157 (M2, Tue) Farmand, Maryam........................... 340 (A3, Tue) Farooque, Mohammad.................... 734 (F4, Wed) Farrington, Jaime.......................... 1065 (H5, Tue) Farrington, Karen............................ 988 (H3, Tue) Farshid, Behzad........................... 1170 (M3, Mon) Fau, Christian.................................. 158 (A1, Thu) Faulkner, Larry...............................885 (H2, Mon) Fausek, Janusz.............................. 1104 (H9, Mon) Fay, Alex............... 102 (A1, Wed), 159 (A1, Thu) Federspiel, Xavier.......................... 1452 (P2, Tue) Feifel, Sven..................................... 977 (H3, Tue) Feijoo, Pedro................................1355 (N2, Mon) Felici, Claudio.................................767 (F5, Mon) Feliciano, Ileana...............................440 (B1, Tue) Feliu, Juan...................................... 909 (H2, Tue), .............................925 (H2, Wed), 1081 (H8, Tue) Feng, Hai........................................ 250 (A2, Wed) Feng, Ju........................................... 294 (A2, Thu) Feng, Ruishu................................... 499 (C1, Thu) Feng, Zhange..................................855 (H1, Mon) Feng, Zhili....................................... 158 (A1, Thu) Fenter, Paul..................................... 187 (A2, Tue) Fentiman, Audeen..........................854 (H1, Mon) Fenton, James................................168 (A2, Mon), ................................616 (E5, Thu), 797 (F6, Wed) Fergus, J.......................................... 333 (A3, Tue) Ferguson, Andrew....................... 1038 (H4, Wed), ....................... 1145 (M2, Mon), 1194 (M4, Wed), ..........................1195 (M4, Wed), 1244 (M6, Tue) Fernandes, Mariana.......................1598 (R1, Wed) Fernando, Reboredo........................671 (F2, Mon) Ferre-Borrull, Josep...................... 1491 (Q1, Tue) Ferreira, Ana Maria.......................... 731 (F4, Tue) Ferreira, Gloria..............................1326 (M9, Tue) Ferreira, Rute................................1598 (R1, Wed) Ferrer, I. J........................................758 (F5, Mon) Ferrer-Huerta, Miriam..................... 878 (H1, Tue) Fetteha, M........................................ 784 (F5, Tue) Feydi, Pierre.................................... 195 (A2, Tue) Feygelson, Tatyana.......................1508 (Q2, Mon) Fic, Krzysztof...............................1042 (H5, Mon) Fichtner, Maximilian..........................7 (A1, Mon) Fiechter, Sebastian.......................1044 (H5, Mon) Figueiredo, Filipe..........................1689 (Z2, Wed) Filipek, Robert............................. 1104 (H9, Mon) Filoramo, Arianna......................... 1178 (M4, Tue) Findeis, Paul..................................1442 (P2, Mon) Fink, Clemens.................................. 82 (A1, Wed) Finklea, Harry........ 679 (F2, Tue), 1111 (H9, Tue) Fischer, Alec.................................. 1517 (Q2, Tue) Fischer, Andreas.............................520 (D2, Mon) Fister, Timothy................................ 187 (A2, Tue) Flaitz, Philip..................................1443 (P2, Mon) Flavel, Ben....... 1136 (M2, Mon), 1331 (M9, Tue) Flitsiyan, Elena........1524 (Q2, Tue), 1529 (Q2, Tue) Florica, Camelia.......................... 1538 (Q2, Wed), ..................................................... 1569 (R1, Mon) Foister, Shane............581 (E4, Wed), 801 (F6, Wed), .................................808 (F6, Wed), 953 (H2, Thu), ..............................955 (H2, Thu), 1082 (H8, Tue) Foix, Dominique............................. 642 (F1, Wed) Föll, Helmut.................................... 183 (A2, Tue) Fong, C.........................................1505 (Q2, Mon) Formentin, Pilar............................ 1491 (Q1, Tue) Forney, Michael.......................... 1148 (M2, Mon) Forster, Stephane.......................... 1420 (N3, Wed) Forsyth, Maria................................856 (H1, Mon) Fortov, Vladimir.............................. 384 (A4, Tue) Fortunato, Elvira...........................1598 (R1, Wed) Fortune, Torben............................1503 (Q2, Mon) Fournier, Adeline............................ 185 (A2, Tue)

E

Easton, E. Bradley........................... 804 (F6, Wed) Ebrahim, Shaker............................... 784 (F5, Tue) Echegoyen, Luis..........................1212 (M5, Wed), .....................................................1215 (M5, Wed) Edafe, Fabio................................... 283 (A2, Wed) Eddy, Charles...............................1508 (Q2, Mon) Edelmann, Richard..........................605 (E5, Wed) Edelstein, Daniel...........................1440 (P2, Mon) Edström, Kristina............................ 500 (D1, Tue) Ehrenberg, Helmut...........................28 (A1, Mon) Eikerling, Michael......562 (E2, Tue), 809 (F6, Wed) Ein-Eli, Yair..................................... 60 (A1, Wed) Einarsson, Erik.............................1204 (M4, Wed) Ejigu, Andinet.............................. 1037 (H4, Wed) El Gabaly, Farid........................... 1069 (H5, Wed) El-Khouly, Mohamed....................1330 (M9, Tue) Meeting Program l May 11-15, 2014 l Orlando, FL

F

Fabre, Bruno..................................858 (H1, Mon) Fabre, Frederic................................ 195 (A2, Tue) Fabre, Steve.................................... 108 (A1, Wed) Fàbrega, Cristian.............................770 (F5, Mon) Fadloun, Sabrina........................... 1469 (P2, Wed) Fafin, Alexandre.............................1580 (R1, Tue) Fagan, Jeffrey...............................1208 (M4, Wed) Fahad, Md.................................... 1384 (N2, Wed) Fairweather, Joseph......................... 793 (F6, Tue), ......................................................... 794 (F6, Tue) Falahati, Hamid............................... 515 (D1, Tue) Fan, Juichin................................. 1149 (M2, Mon) Fan, Li-Zhen........229 (A2, Wed), 281 (A2, Wed), .......................... 302 (A2, Thu), 1250 (M7, Mon), .....................................................1303 (M8, Wed) Fan, Xiujun..................................1199 (M4, Wed) Fan, Ye..........................................1295 (M8, Tue) Fan-Bean, Wu................................1640 (Z1, Tue) Fane, Brian......................................576 (E4, Wed) Fang, Q......................................... 1487 (Q1, Tue), ............................1493 (Q1, Tue), 1494 (Q1, Tue) Fang, Qiyin.................................. 1492 (Q1, Tue), ............................1495 (Q1, Tue),1501 (Q1, Wed) Fang, Shumin..................................703 (F4, Mon) Fang, Te-Hua..................................1673 (Z2, Tue) Fang, Xin.........................................23 (A1, Mon)

131

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Frackowiak, Elzbieta...................1042 (H5, Mon), ...................................................... 1051 (H5, Tue) Fraenkl, Max....................................755 (F4, Thu) Fraga, Eric........................................ 778 (F5, Tue) Fragalà, Maria Elena.....................1319 (M9, Tue) Francescato, Yan.......................... 1548 (Q2, Wed) Francis, John...................................709 (F4, Mon) Francke, Robert............................... 832 (G2, Tue) Franco, Alejandro.......................... 105 (A1, Wed), .............................. 343 (A3, Tue), 674 (F2, Mon), ................................. 689 (F2, Tue), 795 (F6, Tue) Franger, Sylvain.............................. 79 (A1, Wed), ..............................379 (A4, Mon), 642 (F1, Wed) Frangini, Stefano.............................767 (F5, Mon) Frank, Martin................................ 1369 (N2, Tue) Fransaer, Jan.....................................558 (E2, Tue) Free, Michael..................................405 (B1, Tue), ............................... 472 (C1, Wed), 550 (E1, Tue) Freeman, Neville......... 878 (H1, Tue), 879 (H1, Tue) Freiberg, Anna................................. 295 (A2, Thu) Freitag, Lucy................................... 986 (H3, Tue) Frenkel, Anatoly............................. 356 (A3, Wed) Frewin, Chris...............................1133 (M1, Wed) Friebel, Daniel................................. 902 (H2, Tue) Frites, Mourad.................................. 775 (F5, Tue) Fritsch, Ingrid.................................. 918 (H2, Tue) Fromm, Katharina.......................... 283 (A2, Wed) Frontana-Uribe, Bernardo............... 851 (G2, Tue) Fry, Albert....................................... 831 (G2, Tue) Frydendal, Rasmus.......................... 907 (H2, Tue) Fu, Rujian........................................ 333 (A3, Tue) Fuchigami, Toshio.........................816 (G2, Mon), .............................820 (G2, Mon), 823 (G2, Mon) Fuhrer, Timothy...........................1228 (M5, Wed) Fujie, Shunsuke............................... 834 (G2, Tue) Fujii, Shunjiro............................. 1138 (M2, Mon) Fujiki, Hironari..............................1672 (Z2, Tue) Fujiki, Satoshi................................ 107 (A1, Wed) Fujimoto, Shinji..........469 (C1, Wed), 538 (E1, Tue) Fujimura, Naoki...........................1193 (M4, Wed) Fujishima, Minoru.......................1403 (N3, Mon) Fujita, Shigetoshi..........................1688 (Z2, Wed) Fujiwara, Ikumi..............................818 (G2, Mon) Fujiwara, Sergio...............................433 (B1, Tue) Fujiwara, Sergio............................... 726 (F4, Tue) Fukuda, Kenji.................................522 (D2, Mon) Fukui, Takashi...............................1447 (P2, Mon) Fukumitsu, Hitoshi........................1293 (M8, Tue) Fukumori, Minoru........................1211 (M4, Wed) Fukumuro, Naoki..........................522 (D2, Mon), .............................524 (D2, Mon), 527 (D2, Mon) Fukunaka, Yasuhiro..........................552 (E1, Tue) Fukushi, Daisuke............................. 777 (F5, Tue) Fukuzumi, S..................................1330 (M9, Tue) Fulcrand, Rémy........................... 1144 (M2, Mon) Fullarton, Claire.............................1109 (H9, Tue) Fuller, Thomas................................10 (A1, Mon), ............................... 27 (A1, Mon), 245 (A2, Wed) Fullerton, Susan........................... 1079 (H5, Wed) Fullerton-Shirey, Susan.............. 1265 (M7, Mon), ......................................................1446 (P2, Mon) Fulvio, Pasquale.............................173 (A2, Mon) Furube, Akihiro...... 1028 (H4, Tue), 1280 (M8, Tue) Furube, Akihiro............................. 1023 (H4, Tue) Furue, Miwako...............................1624 (Z1, Tue) Furusawa, Hideaki........................1688 (Z2, Wed) Furuta, Hiroyuki.......................... 1308 (M9, Mon)

Gallant, Pascal..............................1482 (Q1, Mon) Gallo, Emma............................... 1306 (M9, Mon) Gallus, Dennis................................ 126 (A1, Wed) Gan, Lin..........................................602 (E5, Wed) Gan, Zhehong.................................. 310 (A2, Thu) Ganesan, Selvarani......................... 291 (A2, Wed) Ganesh, Panchapakesan.................... 49 (A1, Tue) Gangopadhyay, Shubhra............... 274 (A2, Wed), ............................. 419 (B1, Tue), 1268 (M7, Tue) Ganter, Matthew.......................... 1148 (M2, Mon) Gao, Jianfeng................................ 1371 (N2, Tue) Gao, Min...................................... 1381 (N2, Wed) Gao, Peipei..................................... 358 (A3, Wed) Gao, Rui........................................ 1563 (Q2, Thu) Gao, Xin.......................................... 389 (A4, Tue) Gao, Yingning................................. 970 (H3, Tue) Garaeva, Guzel..............................1247 (M6, Tue) Garcia, Alejandro............................773 (F5, Mon) Garcia, Amanda.............................. 931 (H2, Wed) Garcia, Kristen................................ 985 (H3, Tue) Garcia, Pablo.................................. 360 (A3, Wed) Garcia, Sergio....... 962 (H3, Mon), 987 (H3, Tue) Garcia-Borràs, Marc...................1212 (M5, Wed), ......................... 1223 (M5, Wed), 1231 (M6, Tue) Garde, Komal................................1687 (Z2, Wed) Gardner, Donald............................. 115 (A1, Wed) Garich, Holly....................................535 (E1, Tue) Garrick, Taylor...............................580 (E4, Wed), ............................. 922 (H2, Wed), 1657 (Z1, Tue) Garrido, Blas..................................1583 (R1, Tue) Garverick, Steve.............................968 (H3, Mon) Garvin, Emily.................................. 831 (G2, Tue) Garza-Campos, Benjamin...............590 (E4, Wed) Garzon, Fernando...........................446 (B1, Wed), ................................690 (F2, Tue), 748 (F4, Thu), ............................. 794 (F6, Tue), 1074 (H5, Wed) Gasdaska, Charles........................1513 (Q2, Mon) Gaska, Remis...............................1509 (Q2, Mon) Gasparotto, Luiz............................ 1159 (M2, Tue) Gasteiger, Hubert....... 146 (A1, Thu), 295 (A2, Thu) Gattu, Bharat................................... 65 (A1, Wed), ...............................140 (A1, Wed), 502 (D1, Tue) Gaufrès, Etienne.............................1576 (R1, Tue) Gautier, Gaël.................................. 108 (A1, Wed) Gaylord, Richard..........................1358 (N2, Mon) Ge, Junjie......................................... 796 (F6, Tue) Ge, Mingyuan..................................23 (A1, Mon) Ge, Nan........................................... 633 (F1, Tue), ............................... 644 (F1, Wed), 645 (F1, Wed) Ge, Shanhai............139 (A1, Wed), 344 (A3, Tue) Gebara, G.....................................1505 (Q2, Mon) Geisler, Helge..........707 (F4, Mon), 720 (F4, Tue) Geist, Jon..................................... 1416 (N3, Wed) Gelashvili, Lela................................21 (A1, Mon) Gelloz, Bernard............................ 1571 (R1, Mon) Geng, Hui.....................................1401 (N3, Mon) Gennett, Thomas........................... 232 (A2, Wed), ..................................................... 1038 (H4, Wed) Gentile, Pascal................................. 198 (A2, Tue) Gentile, Russell............................... 349 (A3, Tue) Georgakaki, Irene............................762 (F5, Mon) George, Chandramohan................. 286 (A2, Wed) George, Robert............................. 1007 (H3, Wed) George, Steven............................... 232 (A2, Wed) Georgescu, Nicholas................... 1040 (H4, Wed), ...................................................... 1090 (H8, Tue) Geraldo, Daniela............................ 928 (H2, Wed) Gerdes, Kirk........... 651 (F1, Wed), 676 (F2, Tue), ................................. 679 (F2, Tue), 682 (F2, Tue) Gergel, Diana..................................701 (F4, Mon) Gerhardt, Michael....... 395 (A4, Tue), 397 (A4, Tue) Gese, Natalie...................................444 (B1, Wed) Gewirth, Andrew...........................327 (A3, Mon), .................................... (H2, Tue), 1110 (H9, Tue) Geymayer, Martin........................... 805 (F6, Wed)

Ghamouss, Fouad........................... 639 (F1, Wed), ..................................................... 1067 (H5, Wed) Ghenymy, Abdellatif.......................590 (E4, Wed) Ghiassi, Kamran...........................1227 (M5, Wed) Ghioni, Massimo.........................1483 (Q1, Mon), ..................................................... 1496 (Q1, Wed) Ghoniem, Ahmed............................ 641 (F1, Wed) Ghosh, Saunab.............................1199 (M4, Wed) Giannini, Vincenzo...................... 1548 (Q2, Wed) Giaume, Domitille.......................... 252 (A2, Wed) Gibbs, Christopher...........................20 (A1, Mon) Gila, Brent...........1522 (Q2, Tue), 1555 (Q2, Thu) Gilbert, James........ 790 (F6, Tue), 889 (H2, Mon) Giles, Alexander........................... 1548 (Q2, Wed) Gillam, Mallory.............................1326 (M9, Tue) Gilmer, David...............................1358 (N2, Mon) Giraldo, Manuel.............................1651 (Z1, Tue) Girard, Marc.................................1482 (Q1, Mon) Giroud, Fabien...... 963 (H3, Mon), 983 (H3, Tue) Gittleman, Craig.............................. 798 (F6, Wed) Giudici-Orticoni, Marie THérèse.... 982 (H3, Tue) Gizzatov, Ayrat........................... 1162 (M3, Mon), .................................................... 1163 (M3, Mon) Gjoka, Eriugen.................................542 (E1, Tue) Glass, Jeffrey............................... 1264 (M7, Mon) Glatzel, Thilo...............................1337 (M9, Wed) Glatzhofer, Daniel..........................963 (H3, Mon) Glembocki, Orest......................... 1548 (Q2, Wed) Glückert, Jan................................. 1181 (M4, Tue) Göbel, Gero...........974 (H3, Tue), 1089 (H8, Tue) Gobeze, Haptom..........................1298 (M8, Wed) Godin, Biana............................... 1162 (M3, Mon) Goenaga, Gabriel......576 (E4, Wed), 801 (F6, Wed), .............................. 808 (F6, Wed), 953 (H2, Thu), .............................. 955 (H2, Thu), 956 (H2, Thu), ...................................................... 1082 (H8, Tue) Gogotsi, Yury................................ 1408 (N3, Tue) Goh, Sharon................................. 1501 (Q1, Wed) Gohda, Shun...................................1627 (Z1, Tue) Goikolea, Eider.............................. 114 (A1, Wed) Gokceoren, Argun.......................1350 (M9, Wed), .....................................................1351 (M9, Wed) Gokhale, Sasmit............................ 1526 (Q2, Tue) Golacki, Lukasz.............................1585 (R1, Tue) Golden, Teresa................................479 (C1, Wed) Goldin, Mark................................. 205 (A2, Wed), ............................. 420 (B1, Tue), 1247 (M6, Tue) Goldin, Mikhail.... 420 (B1, Tue), 1247 (M6, Tue) Gole, James......................................402 (B1, Tue) Golub, Tatiana................................. 844 (G2, Tue) Gomes, Anosh................................1633 (Z1, Tue) Gomez, Jamie................................ 206 (A2, Wed), ............................. 279 (A2, Wed), 1665 (Z1, Tue) Gomez-Marin, Ana......................... 909 (H2, Tue) Gómez-Romero, Pedro................1048 (H5, Mon) Gonbeau, Danielle........................... 642 (F1, Wed) Gong, Mingyang............................. 624 (F1, Tue), ............................... 676 (F2, Tue), 1670 (Z1, Tue) Gong, Xin...................................... 1155 (M2, Tue) Gong, Yunhui.................................169 (A2, Mon) Gonoi, Yuki.................................... 362 (A3, Wed) González, Enrique........................... 183 (A2, Tue) Gonzalez-Quijano, D......................591 (E5, Tue), .........................................................592 (E5, Tue) Goodenough, John........................382 (A4, Mon), .........................................................750 (F4, Thu) Gopalan, Anu.............................. 1172 (M3, Mon) Gopalan, Padma...........................1205 (M4, Wed) Gopalan, Srikanth........................701 (F4, Mon), | ..............................709 (F4, Mon), 736 (F4, Wed), ........................................................ 741 (F4, Wed) Gor, Gennady.................................323 (A3, Mon) Gordin, Mikhail........63 (A1, Wed), 182 (A2, Tue) Gordon, Roy.................................... 397 (A4, Tue) Gorelishvili, Giorgi..........................21 (A1, Mon) Gorenz, Alan................................1503 (Q2, Mon)

G

Gadiou, Roger................................. 982 (H3, Tue) Gaillard, Nicolas.............................759 (F5, Mon) Gajda, Iwona................................ 1006 (H3, Wed) Gajewska, Agnieszka................... 1060 (H5, Tue), ........................... 1070 (H5, Wed), 1710 (Z3, Tue) Galal, Ahmed..................................473 (C1, Wed) Gallagher, Kevin.........62 (A1, Wed), 138 (A1, Wed) 132

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Gorham, J..................................... 1387 (N2, Wed) Goto, Masahide............................. 1412 (N3, Tue) Gottesfeld, Shimshon..................... 930 (H2, Wed) Gourbilleau, Fabrice......................1580 (R1, Tue) Gousev, Evgeni............................. 1468 (P2, Wed) Gouyé, Adrien.............................. 1568 (R1, Mon) Gower, Mitchell..............................771 (F5, Mon) Goyal, Rajendra.............................. 880 (H1, Tue) Graaf, Matthew..............................826 (G2, Mon) Grace, Roger.................................. 457 (B5, Mon) Gradzka, Emilia............................1233 (M6, Tue) Graetzel, Michael.......................... 1022 (H4, Tue) Granholm, Kim............................1094 (H9, Mon) Grankowska Ciechanowicz, Sylwia....................... ..................................................... 1032 (H4, Wed) Granneman, Ernst.........................1439 (P2, Mon) Grattieri, Matteo............................ 997 (H3, Wed), ..........................1001 (H3, Wed), 1013 (H3, Wed) Graule, Thomas............................... 744 (F4, Wed) Grebe, Anthony..............................1702 (Z3, Tue) Grebel, H..............92 (A1, Wed), 1257 (M7, Mon) Greber, Thomas............................1229 (M5, Wed) Grechko, Maksim.........................1191 (M4, Wed) Greeley, Jeff..................................1267 (M7, Tue) Greenbaum, Steve........................... 68 (A1, Wed), ..........................1065 (H5, Tue), 1076 (H5, Wed), ............................1123 (M1, Tue), 1628 (Z1, Tue) Greene, Andrew............................. 1457 (P2, Tue) Greenleaf, Michael.........................174 (A2, Mon) Greenman, John........................... 1006 (H3, Wed) Gregorkiewicz, Tom.......................1582 (R1, Tue) Grew, Kyle.......................................618 (E5, Thu) Grgicak, Catherine.........................1599 (Z1, Tue) Gribkova, Oxana.......................... 1077 (H5, Wed) Griffith, Kent..................................821 (G2, Mon) Grill, Alfred...................................1440 (P2, Mon) Grillet, Anne...................................318 (A3, Mon) Grillon, Nathanaël.......................... 108 (A1, Wed) Grochala, Wojciech........................867 (H1, Mon) Gross, Toni....................................... 621 (F1, Tue) Gross, Zeev..................................1342 (M9, Wed) Grosse, Frank.........654 (F1, Wed), 672 (F2, Mon) Grosseau Poussard, Jean................. 498 (C1, Thu) Grossman, Kevin............................1653 (Z1, Tue) Grosso, Robson................................ 728 (F4, Tue) Gruenke, Paige................................ 986 (H3, Tue) Grunow, Sarah...............................1442 (P2, Mon) Grunow, Stephan...........................1442 (P2, Mon) Gruszecki, Craig...........................1442 (P2, Mon) Gryko, Daniel......... 762 (F5, Mon), 868 (H1, Tue) Grützke, Martin............................... 162 (A1, Thu) Gu, Jing...........................................448 (B1, Wed) Gu, Meng................ 26 (A1, Mon), 308 (A2, Thu) Guan, Pengjian.................................. 32 (A1, Tue) Guan, Xiaofei..................................709 (F4, Mon) Guarnieri, Massimo..........................12 (A1, Mon) Guenther, D..................................1505 (Q2, Mon) Guerrini, Edoardo......................... 997 (H3, Wed), ..................................................... 1001 (H3, Wed) Gui, Feng........................................475 (C1, Wed) Guilizzoni, Manfredo..................... 993 (H3, Wed) Guillet, Nicolas...............................612 (E5, Wed) Guldi, D. M...... 1141 (M2, Mon), 1235 (M6, Tue) Guldi, Dirk......... 762 (F5, Mon), 1220 (M5, Wed) Gulinatti, Angelo..........................1483 (Q1, Mon) Gullapalli, Hemtej......................... 226 (A2, Wed), ....................................................... 234 (A2, Wed) Gulledge, Alexander.......................580 (E4, Wed) Gulppi, Miguel................................ 493 (C1, Thu) Gumeci, Cenk................................. 883 (H1, Tue) Gundlach, David......................... 1252 (M7, Mon) Gunji, Takao........... 783 (F5, Tue), 1632 (Z1, Tue) Guntow, Uwe................................. 285 (A2, Wed) Guo, Bingkun.......173 (A2, Mon), 382 (A4, Mon) Guo, Jiang........................................16 (A1, Mon) Guo, Meng.............. 95 (A1, Wed), 154 (A1, Thu)

Guo, Rui........................................ 1517 (Q2, Tue) Guo, Tianyi................................... 1494 (Q1, Tue) Guo, Weiming..............................1360 (N2, Mon) Guo, Zhanhu....................................16 (A1, Mon) Gupta, Ankur.................................528 (D2, Mon), .............................1651 (Z1, Tue), 1682 (Z2, Tue) Gupta, Gautam........869 (H1, Tue), 981 (H3, Tue) Gür, Turgut...................................... 733 (F4, Wed) Gust, Devens................................1332 (M9, Wed) Gustafson, John.............................. 115 (A1, Wed) Gustafsson, Anders...................... 1564 (R1, Mon) Gutel, Thibaut................................... 41 (A1, Tue) Guven, Adem.............................. 1163 (M3, Mon) Guy-Bouyssou, Delphine................ 79 (A1, Wed), ....................................................... 101 (A1, Wed) Guyomard, Dominique.................. 108 (A1, Wed) Gyoten, Hisaaki................................594 (E5, Tue)

Haque, Inam...................................822 (G2, Mon) Hara, Shoji...................................... 833 (G2, Tue) Harb, John................................... 1149 (M2, Mon) Hards, Graham...............................889 (H2, Mon) Hardwick, Laurence....................... 203 (A2, Wed) Hardy, John......................................14 (A1, Mon) Harju, Leo....................................1095 (H9, Mon) Härk, Eneli..........1158 (M2, Tue), 1641 (Z1, Tue) Haroz, Erik................................... 1183 (M4, Tue), .........................1197 (M4, Wed), 1198 (M4, Wed) Harrington, Timothy.................... 1004 (H3, Wed) Harris, Charles................................. 632 (F1, Tue) Harris, Stephen................................ 335 (A3, Tue) Harris, Stephen J............................322 (A3, Mon) Harrison, Katharine........................ 200 (A2, Wed) Harsh, K........................................ 1519 (Q2, Tue) Hartl, Monika...................................748 (F4, Thu) Hartleb, Holger............................. 1185 (M4, Tue) Harutyunyan, Avetik....................1202 (M4, Wed) Harvey, David.........665 (F2, Mon), 789 (F6, Tue) Hasan, Mohammed......................... 336 (A3, Tue) Hashimoto, Koichi.......................... 852 (G2, Tue) Hashimoto, Masanari...................... 783 (F5, Tue), .......................................................1632 (Z1, Tue) Hashimoto, Shin-ichi.................... 357 (A3, Wed), .............................. 362 (A3, Wed), 715 (F4, Tue), ........................................................ 747 (F4, Wed) Hashmi, Ali.....................................449 (B1, Wed) Hasobe, Taku.................................1240 (M6, Tue) Hasse, Ulrich..................................1705 (Z3, Tue) Hassel, Achim Walter...................1041 (H5, Mon) Hassoun, Jusef.......131 (A1, Wed), 134 (A1, Wed) Hatakeyama, Nozomu.....................668 (F2, Mon) Hatcher, Jasmine.......................... 1076 (H5, Wed) Hatsukade, Tomoko.........................551 (E1, Tue) Hauge, Robert.............................1193 (M4, Wed), .....................................................1199 (M4, Wed) Haung, Chih-Sheng.......................... 83 (A1, Wed) Haverhals, Luke............................ 1408 (N3, Tue) Hawk, Jeffrey.........475 (C1, Wed), 489 (C1, Thu) Hawks, Samantha............................ 953 (H2, Thu) Hawthorne, Krista........................... 385 (A4, Tue) Hayase, Shuichi............................... 835 (G2, Tue) Hayashi, Akari.........636 (F1, Tue), 704 (F4, Mon) Hayashi, Ryuhei............................ 1485 (Q1, Tue) Hayashi, Ryutaro............................. 837 (G2, Tue) Hayashi, Takao.................................594 (E5, Tue) Hayashi, Takashi...........................1324 (M9, Tue) Hayd, Jan................. 712 (F4, Tue), 742 (F4, Wed) He, Hongshan...............................1345 (M9, Wed) He, Jun......................................... 1071 (H5, Wed) He, Li-Fang..................................1221 (M5, Wed) He, Ping..........................................599 (E5, Wed) He, Qingliang...................................16 (A1, Mon) He, Quanzhi................................... 292 (A2, Wed) He, Xiaobin........ 1371 (N2, Tue), 1697 (Z2, Wed) He, Xiaowei.................................1193 (M4, Wed) He, Yijia...................................... 1249 (M7, Mon) Heben, Michael........................... 1140 (M2, Mon) Hegemann, Philipp.........................1118 (H9, Tue) Heider, Emanuel............................... 629 (F1, Tue) Heine, Brian..................................1330 (M9, Tue) Heinlein, Thorsten........................... 974 (H3, Tue) Heitmann, Johannes.....................1353 (N2, Mon) Heller, Daniel.............................. 1168 (M3, Mon) Hellstrom, Per-Erik......................1357 (N2, Mon) Helmy, Amr..................................1476 (Q1, Mon) Hench, Larry..................................1661 (Z1, Tue) Henderson, Wesley....................... 1078 (H5, Wed) Hendrickson, Mary........................378 (A4, Mon) Henkel, Christoph........................1357 (N2, Mon) Henríquez, Rodrigo.......................1703 (Z3, Tue), .............................1704 (Z3, Tue), 1707 (Z3, Tue) Henslee, Allan............................. 1170 (M3, Mon) Henson, Neil...........614 (E5, Wed), 690 (F2, Tue) Hentz, Sébastien........................... 1389 (N2, Wed)

Meeting Program l May 11-15, 2014 l Orlando, FL

H

Ha, Jun-Seok...................................482 (C1, Wed) Ha, Seungbum.........62 (A1, Wed), 138 (A1, Wed) Ha, Sung Yeob............................. 1397 (N2, Wed) Ha, Yoon-Cheol.............................. 118 (A1, Wed) Haapamaki, Chris......................... 1564 (R1, Mon) Habazaki, Hiroki............................ 110 (A1, Wed) Hacker, Viktor................................. 805 (F6, Wed) Hackett, Gregory............................. 651 (F1, Wed) Hada, Hiromitsu...........................1405 (N3, Mon) Haddon, Robert.......................... 1146 (M2, Mon), .....................................................1196 (M4, Wed) Haering, Dominik........................... 295 (A2, Thu) Haetge, Jan....................................... 76 (A1, Wed) Hagen, Mark..................................174 (A2, Mon) Hagen, Markus................................ 183 (A2, Tue) Hagiwara, Kei............................... 1412 (N3, Tue) Hagiwara, Shino.............................. 834 (G2, Tue) Hahn, Horst......................................28 (A1, Mon) Hahn, Nathan................................... 69 (A1, Wed) Hahn, Uwe....................................1313 (M9, Tue) Haigh, Thomas..............................1440 (P2, Mon) Haile, Sossina...................................757 (F4, Thu) Haino, Takeharu...........................1335 (M9, Wed) Halajko, Anna................................ 104 (A1, Wed) Halat, David..................................... 717 (F4, Tue) Hall, David.....................................865 (H1, Mon) Hall, Peter........... 205 (A2, Wed), 1247 (M6, Tue) Hall, Stephen................................1357 (N2, Mon) Ham, Hyung Chul........................... 696 (F2, Wed) Hamblin, Michael....................... 1160 (M3, Mon) Hammons, Joshua............................ 631 (F1, Tue) Hampton, Michael........................... 812 (F6, Wed) Hamuryudan, Esin........................1351 (M9, Wed) Han, Binghong................................602 (E5, Wed) Han, Byungchan......661 (F2, Mon), 791 (F6, Tue) Han, HyukSu................................. 1526 (Q2, Tue) Han, Jianghao................................1697 (Z2, Wed) Han, Jonghee................................... 696 (F2, Wed) Han, Lei........................................1364 (N2, Mon) Han, Sang-Don............................. 1078 (H5, Wed) Han, Weiqiang........188 (A2, Tue), 277 (A2, Wed) Han, Young..................................... 513 (D1, Tue) Hanasaki, Masahiro.........................705 (F4, Mon) Handal, Hala.................................. 284 (A2, Wed) Handayani, Murni........................1320 (M9, Tue), .......................................................1627 (Z1, Tue) Hanke, Michael............................... 654 (F1, Wed) Hanke-Rauschenbach, Richard.......573 (E4, Wed) Hanna, Jeff...................................... 641 (F1, Wed) Hanna, Nick...................................1601 (Z1, Tue) Hannah, Eric.................................. 115 (A1, Wed) Hansen, Heine................................. 901 (H2, Tue) Hansen, Kent...................................559 (E2, Tue), ............................... 732 (F4, Wed), 735 (F4, Wed) Hao, Liang........................................560 (E2, Tue) Hao, Suju.................421 (B1, Tue), 571 (E2, Tue) Hapiot, Philippe.............................858 (H1, Mon)

133

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Heo, Jeong-Il................................. 1124 (M1, Tue) Herbst, Daniel..................................617 (E5, Thu) Herescu, Alexandru......................... 658 (F1, Wed) Hernández, Sergi............................1583 (R1, Tue) Hernandez-Fernandez, Patricia....... 902 (H2, Tue) Hernández-Ramírez, Aracely..........590 (E4, Wed) Herrero, Enrique........909 (H2, Tue), 925 (H2, Wed) Herring, Andrew....... 617 (E5, Thu), 1019 (H4, Tue) Hersam, Mark............................... 1187 (M4, Tue) Hertel, Tobias....... 1137 (M2, Mon), 1185 (M4, Tue) Hertz, Joshua................................. 363 (A3, Wed), ................................743 (F4, Wed), 756 (F4, Thu) Hess, Christian........445 (B1, Wed), 621 (F1, Tue) Hess, Dennis.................................1448 (P2, Mon) Hettige, Chaminda........................... 68 (A1, Wed) Heuken, Michael............................ 1458 (P2, Tue) Heyns, Marc.................................1360 (N2, Mon) Heyser, Cristopher........................1703 (Z3, Tue), .............................1704 (Z3, Tue), 1705 (Z3, Tue) Hick, Camilla..........878 (H1, Tue), 879 (H1, Tue) Hickey, David................................963 (H3, Mon) Hickner, Michael............................. 808 (F6, Wed) Hideshima, Sho................................431 (B1, Tue) Higashi, Takahiro............................704 (F4, Mon) Higgins, Drew................................. 647 (F1, Wed) Higgins, Scott................................... 796 (F6, Tue) Higuchi, Eiji............90 (A1, Wed), 137 (A1, Wed) Higuchi, Masashi........................... 239 (A2, Wed) Higuchi, Masayoshi..................... 1035 (H4, Wed) Higuchi, Tsunehiko..................... 1310 (M9, Mon) Higurashi, Eiji............................... 1412 (N3, Tue) Hill, D..........................................1506 (Q2, Mon) Hill, Ernie.................................... 1260 (M7, Mon) Hill, Jonathan................................1312 (M9, Tue) Hillebrand, Philipp.......................1044 (H5, Mon) Hillman, Robert..............................1109 (H9, Tue) Hills, Gage.................................... 1188 (M4, Tue) Hilmi, Abdelkader........................... 734 (F4, Wed) Hino, Shojun................................1214 (M5, Wed) Hinton, Kenneth.......................... 1149 (M2, Mon) Hipps, K. W........1311 (M9, Tue), 1314 (M9, Tue) Hirahara, Kazuhiro....................... 1392 (N2, Wed) Hiramoto, Toshiro......................... 1412 (N3, Tue) Hirashita, Norio.............................1711 (Z3, Wed) Hirata, Masaharu............................527 (D2, Mon) Hirose, Fumihiko......................... 1392 (N2, Wed) Hirsch, Andreas............................1338 (M9, Wed) Hirschman, Karl............................ 1561 (Q2, Thu) Hisaeda, Yoshio.......848 (G2, Tue), 852 (G2, Tue) Hisatomi, Takashi.......................... 1023 (H4, Tue) Hitz, Emily.................................... 1368 (N2, Tue) Hiyama, Satoshi...............................418 (B1, Tue) Hjelm, Rachel................................. 985 (H3, Tue) Hmadeh, Mohamed.......................1243 (M6, Tue) Hoang, Thao.................................... 912 (H2, Tue) Hobart, Karl.................................1508 (Q2, Mon) Hobbie, Erik..................................1595 (R1, Wed) Hobbs, Chris................................1358 (N2, Mon) Hocker, Matthias........................... 1516 (Q2, Tue) Hoeppner, Katrin.............................. 99 (A1, Wed) Hoffman, Lance....... 276 (A2, Wed), 317 (A3, Mon) Hoffmann, Björn............................. 162 (A1, Thu) Hoffmann, Michael........................ 506 (D1, Tue), ...............................540 (E1, Tue), 1629 (Z1, Tue) Hoffmann, Peter.............................866 (H1, Mon) Hofmann, Matthias....................... 1181 (M4, Tue) Högele, Alexander......................... 1181 (M4, Tue) Hoivik, Nils....................................1680 (Z2, Tue) Hoke, W.......................................1505 (Q2, Mon) Holdcroft, Steven............................ 809 (F6, Wed) Hollmann, Emma............................. 96 (A1, Wed) Holtz, Mark....................................893 (H2, Mon) Holzwarth, Charles........................ 115 (A1, Wed) Holzworth, Monta......................... 1523 (Q2, Tue) Homma, Shota...............................1245 (M6, Tue) Homma, Takayuki............................552 (E1, Tue)

Honda, Masahito..............................430 (B1, Tue) Hone, James.................................. 1184 (M4, Tue) Hong, Chan Ho............................. 1190 (M4, Tue) Hong, Hyun-Jin............................... 747 (F4, Wed) Hong, Kyung-Sik...... 91 (A1, Wed), 1272 (M7, Tue) Hong, Liu.....................................1211 (M4, Wed) Hong, Minghwei..........................1361 (N2, Mon) Hong, Minki.................................. 1526 (Q2, Tue) Hong, Peizhen.........1371 (N2, Tue), 1465 (P2, Tue), .............................1692 (Z2, Wed), 1697 (Z2, Wed) Hong, Seul-ki.............................. 1265 (M7, Mon) Hong, Yi-Siang.............................1302 (M8, Wed) Hong, Young Kyu......................... 256 (A2, Wed), ...................................................... 1190 (M4, Tue) Honma, Itaru.................................... 74 (A1, Wed) Honmo, Tomohiro............................415 (B1, Tue) Hoober-Burkhardt, Lena................ 393 (A4, Tue), ........................................................ 400 (A4, Tue) Hoorfar, Mina..................................565 (E2, Tue), ................................566 (E2, Tue), 810 (F6, Wed) Horch, Sebastian............................. 907 (H2, Tue) Hori, Michio.................................. 119 (A1, Wed), ...............................668 (F2, Mon), 811 (F6, Wed) Horiguchi, Dai.................................704 (F4, Mon) Horiguchi, Naoto........................... 1370 (N2, Tue) Horikawa, Shin....... 403 (B1, Tue), 409 (B1, Tue) Hörpel, Gerhard.............................. 163 (A1, Thu) Horton, David..............................1504 (Q2, Mon) Horvai, George............................. 1100 (H9, Mon) Horvath, Viola.............................. 1100 (H9, Mon) Hosein, Ian...................................1475 (Q1, Mon) Hoshi, Yoshinao............................. 491 (C1, Thu), .............................. 492 (C1, Thu), 961 (H3, Mon) Hoshino, Norihisa........................1224 (M5, Wed) Hosoi, Takami.................................705 (F4, Mon) Hossain, Md................................. 1035 (H4, Wed) Hosterman, Brian...........................1702 (Z3, Tue) Hotani, Kaori....................................431 (B1, Tue) Houng, Wei-Chung...................... 1543 (Q2, Wed) Howell, Mick................................. 113 (A1, Wed) Hsieh, Han-Wei.....141 (A1, Wed), 262 (A2, Wed) Hsieh, YI-Yun..................................407 (B1, Tue) Hsieh, Yu-Chi..................................599 (E5, Wed) Hsieh, Yu-Shun.............................. 1453 (P2, Tue) Hsieh, Yueh-Ling......................... 1518 (Q2, Tue), ............................1525 (Q2, Tue), 1529 (Q2, Tue) Hsu, HuanHsuan.......................... 1495 (Q1, Tue), ..................................................... 1501 (Q1, Wed) Hsu, Shao...................................... 113 (A1, Wed), ...........................1266 (M7, Tue), 1699 (Z2, Wed) Hsu, Shih........................................ 926 (H2, Wed) Hsu, Wei-Chou............................. 1550 (Q2, Wed) Hsu, Wen-Kuan.............................. 109 (A1, Wed) Hsu, Yung........................................583 (E4, Wed) Htoon, Han.................................... 1176 (M4, Tue) Hu, Chao-kun................................1440 (P2, Mon) Hu, Chenyao.......... 687 (F2, Tue), 1630 (Z1, Tue) Hu, Enyuan..................................... 306 (A2, Thu) Hu, Jian..........................................895 (H2, Mon) Hu, Jianzhi............ 294 (A2, Thu), 375 (A4, Mon) Hu, Libo.................... 25 (A1, Mon), 38 (A1, Tue) Hu, Mary......................................... 294 (A2, Thu) Hu, MingShien.............................1513 (Q2, Mon) Hu, Shan......................................... 272 (A2, Wed) Hu, Shengjun..................................467 (C1, Wed) Hu, Xianluo.................................... 269 (A2, Wed) Hu, Xiaoyu................................... 1380 (N2, Wed) Hu, Yelin....................................... 1022 (H4, Tue) Hu, Zongzhi........ 1059 (H5, Tue), 1621 (Z1, Tue) Huang, Chun-Wei.......................... 1453 (P2, Tue) Huang, Chun-Wei.......................1302 (M8, Wed), ........................... 1453 (P2, Tue), 1560 (Q2, Thu), .......................................................1619 (Z1, Tue) Huang, Fan-Hsiu..........................1507 (Q2, Mon) Huang, Fei............ 100 (A1, Wed), 1631 (Z1, Tue) Huang, He........................................ 689 (F2, Tue)

Huang, Hong-Hsi......................... 1550 (Q2, Wed) Huang, Jin-Hua............................. 113 (A1, Wed), ........................... 280 (A2, Wed), 1266 (M7, Tue), ............................1676 (Z2, Tue), 1690 (Z2, Wed) Huang, Jinhua................................. 394 (A4, Tue) Huang, Joanne................................ 1449 (P2, Tue) Huang, Kan.................................... 201 (A2, Wed) Huang, Kevin......... 95 (A1, Wed), 169 (A2, Mon) Huang, Kuo-Yen...........................1676 (Z2, Tue), ......................................................1690 (Z2, Wed) Huang, Naibao...............................178 (A2, Mon) Huang, Qiang....... 539 (E1, Tue), 1442 (P2, Mon) Huang, Shanqisong.......................... 687 (F2, Tue) Huang, Sheng-Fu.......................... 1556 (Q2, Thu) Huang, Vincent.............................. 1436 (P1, Tue) Huang, Wei-Jie............................... 1464 (P2, Tue) Huang, Xinyu......... 349 (A3, Tue), 744 (F4, Wed) Huang, Yi-Lin.......... 716 (F4, Tue), 722 (F4, Tue) Huang, Yilin..................................... 724 (F4, Tue) Huang, Yuelong...............................536 (E1, Tue), ...............................587 (E4, Wed), 588 (E4, Wed) Huang, Yunhui............................... 184 (A2, Tue), .............................269 (A2, Wed), 1086 (H8, Tue) Huang, Zhongping......................... 201 (A2, Wed) Huard, Vincent............................... 1452 (P2, Tue) Huff, Clay....................................... 533 (D2, Tue) Hughes, Barbara......232 (A2, Wed), 1038 (H4, Wed) Hundertmark, Nina....................... 1086 (H8, Tue) Hung, Ivan....................................... 310 (A2, Thu) Hunter, Gary.........464 (B5, Mon), 1519 (Q2, Tue) Hunter, Gregory............................1326 (M9, Tue) Hupbauer, Cornelius......................1629 (Z1, Tue) Hur, Janet....................................... 208 (A2, Wed) Hurley, Michael............................... 483 (C1, Thu) Hurley, P....................................... 1390 (N2, Wed) Huskinson, Brian....395 (A4, Tue), 397 (A4, Tue) Hussain, Tajamal..............................563 (E2, Tue) Huyghebaert, Cedric....................... 509 (D1, Tue) Hwang, Bing-Joe.....309 (A2, Thu), 1154 (M2, Tue) Hwang, Constanza............................ 34 (A1, Tue) Hwang, Jang Yoen......................... 131 (A1, Wed) Hwang, Wan Sik......................... 1265 (M7, Mon) Hwang, Y. H.................................. 1524 (Q2, Tue) Hwang, Ya-Hsi............................. 1518 (Q2, Tue), ...........................1525 (Q2, Tue), 1527 (Q2, Tue), ...................................................... 1529 (Q2, Tue) Hy, Sunny........................................ 309 (A2, Thu) Hyk, Wojciech................................859 (H1, Mon) Hyodo, Junji.................................... 740 (F4, Wed)

134

I

Ida, Shintaro.................................... 740 (F4, Wed) Iehl, Julian.....................................1243 (M6, Tue) Ieropolous, Ioannis...................... 1006 (H3, Wed), ..................................................... 1011 (H3, Wed) Iguchi, Yoshinori........................... 1412 (N3, Tue) Ihnfeldt, Robin............................... 1424 (P1, Tue) Iida, Ken-ichiro............................. 1485 (Q1, Tue) Ikeda, Katsuyoshi..........................895 (H2, Mon), ......................................................1291 (M8, Tue) Ikeda, Keiji..................................... 1454 (P2, Tue) Ikegami, Naokatsu....................... 1571 (R1, Mon) Ikeshoji, Tamio....... 659 (F2, Mon), 906 (H2, Tue) Ikuta, Taro.....................................1245 (M6, Tue) Im, Dongmin.................................. 199 (A2, Wed) Im, Ha-Ni........................................ 713 (F4, Tue), .................................729 (F4, Tue), 752 (F4, Thu) Imahori, Hiroshi...........................1234 (M6, Tue), ...........................1238 (M6, Tue), 1278 (M8, Tue) Imanishi, Akihito.........................1300 (M8, Wed) Imhoff, Eugene............................ 1548 (Q2, Wed) Inaba, Juliana...................................429 (B1, Tue) Inaba, Takuya.................................. 848 (G2, Tue) Inagi, Shinsuke..............................816 (G2, Mon), .............................820 (G2, Mon), 823 (G2, Mon) Inari, Hirofumi.................................552 (E1, Tue) Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Ince, Mine....................................1343 (M9, Wed) Indeir, Fahima.................................466 (C1, Wed) Indris, Sylvio....................................28 (A1, Mon) Inokuma, Kiyoshi..........................1292 (M8, Tue) Inose, Tomoko..............................1320 (M9, Tue), .....................................................1347 (M9, Wed) Inoue, Hiroshi.........90 (A1, Wed), 137 (A1, Wed) Inoue, Kumi.....................................415 (B1, Tue) Intrieri, Daniela........................... 1306 (M9, Mon) Inukai, Junji.............904 (H2, Tue), 905 (H2, Tue) Ip, K.............................................1505 (Q2, Mon) Ippolito, Davide..............................559 (E2, Tue), ............................... 732 (F4, Wed), 735 (F4, Wed) Iqbal, Samir.................................... 1611 (Z1, Tue) Iqbal, Shahid..................................853 (H1, Mon) Irie, Hiroshi...................................... 776 (F5, Tue) Irisawa, Toshifumi......................... 1454 (P2, Tue) Isakova, Alexandra....................... 1077 (H5, Wed) Ishibashi, Shoji............................. 1567 (R1, Mon) Ishida, Hiroshi....... 442 (B1, Wed), 443 (B1, Wed) Ishida, Makoto.............................. 1485 (Q1, Tue) Ishifune, Manabu............................ 843 (G2, Tue) Ishigaki, Toshikazu...................... 1365 (N2, Tue), ....................................................... 1459 (P2, Tue) Ishigami, Masa............................ 1262 (M7, Mon) Ishihara, Akimitsu...........................610 (E5, Wed) Ishihara, Tatsumi............................. 740 (F4, Wed) Ishii, Hiromu................................. 1485 (Q1, Tue) Ishii, Ryusuke...................................434 (B1, Tue) Ishikawa, Hiroshi............................. 785 (F6, Tue) Ishikawa, Koki................................. 776 (F5, Tue) Ishikawa, Naoto...........................1347 (M9, Wed) Ishikawa, Yasuyuki........................673 (F2, Mon), ......................................................... 686 (F2, Tue) Ishimori, Koichiro.........................1325 (M9, Tue) Islam, Muhymin............................. 1611 (Z1, Tue) Ista, Linnea............994 (H3, Wed), 996 (H3, Wed) Itabashi, Keiji...................................418 (B1, Tue) Itagaki, Masayuki........................... 491 (C1, Thu), .............................. 492 (C1, Thu), 961 (H3, Mon) Itkis, Mikhail............................... 1146 (M2, Mon) Ito, Hiromu....................................1323 (M9, Tue) Ito, Kazuhiro................................. 1375 (N2, Tue) Ito, Osamu.....................................1242 (M6, Tue) Itoh, Toshihiro..................................430 (B1, Tue) Itoh, Toshiyuki................................ 835 (G2, Tue) Itzler, Mark...................................1479 (Q1, Mon) Iurlo, Matteo................................. 1092 (H8, Tue) Ivanisevic, Albena......................... 1521 (Q2, Tue) Ivanov, Alexey............................... 125 (A1, Wed) Ivanov, Ivan.................................... 355 (A3, Wed) Ivanov, Victor............................... 1077 (H5, Wed) Ivanova, Nataliya.........................1096 (H9, Mon) Ivasenko, Oleksandr.....................1347 (M9, Wed) Ivers-Tiffée, Ellen..........................700 (F4, Mon), ...............................707 (F4, Mon), 712 (F4, Tue), ................................ 720 (F4, Tue), 742 (F4, Wed) Ivey, Douglas................................... 97 (A1, Wed) Iwai, Hiroshi................................ 1539 (Q2, Wed) Iwai, Taichi.....................................1639 (Z1, Tue) Iwan, Agnieszka........................... 1032 (H4, Wed) Izard, Nicolas.................................1576 (R1, Tue) Izquierdo, Marta...........................1215 (M5, Wed)

Jagannathan, Kaushik....................518 (D2, Mon) Jäger, Rutha................................... 1158 (M2, Tue) Jagminiene, Aldona.........................598 (E5, Tue), ........................................................607 (E5, Wed) Jain, Ajay..........................................427 (B1, Tue) Jain, Rajeev..........862 (H1, Mon), 1607 (Z1, Tue) Jain, Rishabh...................................441 (B1, Wed) Jaini, Rajiv.......................................27 (A1, Mon) Jakubow, Katarzyna........................ 971 (H3, Tue) Jalaguier, Eric................................ 1377 (N2, Tue) Jamali, Sina.......... 465 (C1, Wed), 856 (H1, Mon) James, David................................ 1030 (H4, Wed) Jampani Hanumantha, Prashanth........................... ................................ 15 (A1, Mon), 65 (A1, Wed), ..............................112 (A1, Wed), 140 (A1, Wed) Janata, Jiri....................................1097 (H9, Mon) Janata, Jiri...................................... 923 (H2, Wed) Janczarek, Marcin.........................1289 (M8, Tue) Jänes, Alar....................................1045 (H5, Mon) Jang, Byungchul............................. 246 (A2, Wed) Jang, Dae Gyu..................................423 (B1, Tue) Jang, Eunjoo................................. 1572 (R1, Mon) Jang, Hye Mi..................................1678 (Z2, Tue) Jang, Soohwan............................. 1552 (Q2, Wed) Jankowski, Piotr........................... 1060 (H5, Tue), ........................... 1070 (H5, Wed), 1710 (Z3, Tue) Jansen, Andrew......... 213 (A2, Wed), 305 (A2, Thu) Janssen, Yuri...................................1628 (Z1, Tue) Januszewska, Aneta......................... 945 (H2, Thu) Jarry, Angelique............................... 29 (A1, Tue), ............................ 899 (H2, Mon), 1062 (H5, Tue) Jasielec, Jerzy............................... 1104 (H9, Mon) Jasinski, Jacek.......271 (A2, Wed), 760 (F5, Mon) Jayaraman, Shrisudersan...............1685 (Z2, Wed) Jayasankar, Barathram....................665 (F2, Mon) Jebaraj, Adriel......... 944 (H2, Thu), 1040 (H4, Wed) Jedlinski, Jerzy................................ 498 (C1, Thu) Jedlovszky, Pal............................. 1100 (H9, Mon) Jeevagan, Arockiam........................ 783 (F5, Tue), .......................................................1632 (Z1, Tue) Jeevarajan, Judith............................. 88 (A1, Wed) Jellesen, Morten..............................471 (C1, Wed) Jensen, Gary...................................1107 (H9, Tue) Jensen, Jens.....................................613 (E5, Wed) Jeon, Dae-Woo............................. 1511 (Q2, Mon) Jeon, Jae-Deok............................... 251 (A2, Wed) Jeon, Ju-Won.................................. 288 (A2, Wed) Jeon, Sang-Yun....... 713 (F4, Tue), 729 (F4, Tue), .................................730 (F4, Tue), 752 (F4, Thu) Jeon, Woo........................................ 330 (A3, Tue) Jeong, Huisu....................................763 (F5, Mon) Jesse, Stephen................................. 345 (A3, Tue) Ji, Chang......................................... 841 (G2, Tue) Ji, Junhua..................................... 1717 (Q1, Wed) Ji, Liwen.......................................... 297 (A2, Thu) Ji, Mi-Hee..................................... 1517 (Q2, Tue) Ji, Qingmin....................................1312 (M9, Tue) Ji, Yan.............................................. 150 (A1, Thu) Jia, Hongfei.....................................771 (F5, Mon) Jia, Qingying...................................602 (E5, Wed) Jia, Zhe........................................... 121 (A1, Wed) Jiang, Haojie................................ 1421 (N3, Wed) Jiang, Jun....................................... 363 (A3, Wed) Jiang, Junhua.................................. 932 (H2, Wed) Jiang, Sijia....................................1360 (N2, Mon) Jiang, Wufeng..........421 (B1, Tue), 571 (E2, Tue) Jiang, Xin.......................................1642 (Z1, Tue) Jiang, Xudong..............................1479 (Q1, Mon) Jiao, Qing-jie.................................... 85 (A1, Wed) Jin, Rongchao.......948 (H2, Thu), 1695 (Z2, Wed) Jin, Seung Woo............................. 1365 (N2, Tue) Jin, Sungho......................................763 (F5, Mon) Jin, Wei........................................... 115 (A1, Wed) Jin, Yi-Chun................................... 236 (A2, Wed) Jin, Yuhuan....................................1244 (M6, Tue) Jin-Hong, Liao...............................1640 (Z1, Tue)

Joghee, Prabhuram.......................... 803 (F6, Wed) Johansson, Tobias............................ 902 (H2, Tue) Johnson, Christopher......................25 (A1, Mon), ............................. 170 (A2, Mon), 193 (A2, Tue), .....................................................1332 (M9, Wed) Johnson, David................................ 733 (F4, Wed) Johnson, Forrest........................... 1385 (N2, Wed) Johnson, Glenn................................ 988 (H3, Tue) Johnson, W...........1505 (Q2, Mon), 1506 (Q2, Mon) Jones, Amanda................................ 390 (A4, Tue) Jones, Benjamin.............................. 918 (H2, Tue) Jones, Deborah....... 800 (F6, Wed), 805 (F6, Wed) Jones, John-Paul................................ 34 (A1, Tue) Jones, Kevin.................................. 1523 (Q2, Tue) Jones, Reese..................................... 53 (A1, Wed) Jong, Jongjin..................................1678 (Z2, Tue) Jonke, Alex..................................... 923 (H2, Wed) Joo, Jaebaek................................... 116 (A1, Wed) Joo, Jin Chul....................................423 (B1, Tue) Joo, Yong...............204 (A2, Wed), 278 (A2, Wed) Joo, Yongho..................................1205 (M4, Wed) Jordan, J........................................ 1519 (Q2, Tue) Jordy, Christian............................. 1088 (H8, Tue) Jörissen, Ludwig.............................. 629 (F1, Tue) Josowicz, Mira............................... 923 (H2, Wed) Jost, Kristy.................................... 1408 (N3, Tue) Jow, T........................35 (A1, Tue), 293 (A2, Thu) Joyce, Jesse......................................411 (B1, Tue) Ju, Hong-Fei................................ 1250 (M7, Mon) Ju, Young-Wan................................ 740 (F4, Wed) Juday, Reid.................................... 1517 (Q2, Tue) Jung, Byungkwon............................423 (B1, Tue) Jung, Changhoon............................ 330 (A3, Tue) Jung, Doo-Hwan.......569 (E2, Tue), 1132 (M1, Tue) Jung, Gun Young.............................763 (F5, Mon) Jung, Heechul.................................. 330 (A3, Tue) Jung, Il.............................................554 (E1, Tue) Jung, Ji Hea.................................... 127 (A1, Wed) Jung, Juyoung................................1615 (Z1, Tue) Jung, Kwang.................................... 88 (A1, Wed) Jung, Yongju..................................1623 (Z1, Tue) Jung, Young Hwa............................. 91 (A1, Wed) Jungjohann, Katherine..................... 632 (F1, Tue) Jur, Jesse......................................... 453 (B5, Mon) Jurczakowski, Rafal......................867 (H1, Mon), ................................875 (H1, Tue), 945 (H2, Thu) Juskenas, Remigijus........................593 (E5, Tue), ........................................................607 (E5, Wed) Jux, Norbert................................. 1307 (M9, Mon)

J

Jablonski, Andrzej.......................... 921 (H2, Wed) Jablonskiene, Jolita..........................598 (E5, Tue) Jacob, Ajey..................................... 1457 (P2, Tue) Jacobsen, Torben.............................708 (F4, Mon) Jacobson, Lauren............................ 1435 (P1, Tue) Jacquemin, Johan......................... 1067 (H5, Wed) Jacques, Sébastien.......................... 108 (A1, Wed) Jadhav, Harsharaj S....................... 259 (A2, Wed), ....................................................... 260 (A2, Wed) Jadon, Nimsha................................862 (H1, Mon) Jadwisienczak, Wojciech...............1585 (R1, Tue) Meeting Program l May 11-15, 2014 l Orlando, FL

K

Kabrane, Joseph.............................891 (H2, Mon) Kadakia, Karan........15 (A1, Mon), 19 (A1, Mon) Kadish, Karl.................................1340 (M9, Wed) Kahnt, Axel.....................................762 (F5, Mon) Kahvecioglu Feridun, Ozgenur...... 231 (A2, Wed) Kahyarian, Aria..............................890 (H2, Mon) Kai, Yuki........................................ 1462 (P2, Tue) Kakiuchi, Hiroaki..........................1715 (Z3, Wed) Kakunuri, Manohar....................... 1126 (M1, Tue) Kakushima, Kuniyuki.................. 1539 (Q2, Wed) Kalaga, Kaushik........226 (A2, Wed), 234 (A2, Wed) Kalingamuthu, P.......... 628 (F1, Tue), 652 (F1, Wed) Kalinin, Sergei........338 (A3, Tue), 345 (A3, Tue) Kalita, Michal.............................. 1060 (H5, Tue), ........................... 1070 (H5, Wed), 1710 (Z3, Tue) Kallel, Houssem............................1594 (R1, Wed) Kalra, Vibha.......... 192 (A2, Tue), 372 (A4, Mon) Kaltenegger, Bernhard..................... 82 (A1, Wed) Kalu, Egwu............57 (A1, Wed), 206 (A2, Wed), ............................ 279 (A2, Wed), 525 (D2, Mon), ..............................529 (D2, Mon), 553 (E1, Tue), .............................. 873 (H1, Tue), 1665 (Z1, Tue) Kalubarme, Ramchandra S............ 259 (A2, Wed) Kalupson, James........ 145 (A1, Thu), 160 (A1, Thu) Kaluzhina, Svetlana........................480 (C1, Wed) 135

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Kalyanaraman, Ramki....................1649 (Z1, Tue) Kamai, Ryo......................................594 (E5, Tue) Kamat, Prashant......................... 1153 (M2, Mon), ......................................................1282 (M8, Tue) Kamath, Ganesh............................... 693 (F2, Tue) Kamath, Rahul.............................. 1129 (M1, Tue) Kambour, Kenneth....................... 1395 (N2, Wed) Kamenov, George........................ 1150 (M2, Mon) Kameyama, Tatsuya.....................1275 (M8, Tue), ......................................................1688 (Z2, Wed) Kamimoto, Natsuyo....................... 839 (G2, Tue), ........................................................ 840 (G2, Tue) Kamimuta, Yuuichi........................ 1454 (P2, Tue) Kaminska, Maria.......................... 1032 (H4, Wed) Kanamura, Kiyoshi........................ 103 (A1, Wed) Kanarbik, Rait................................1641 (Z1, Tue) Kanayama, Kaoru.........................1445 (P2, Mon) Kane, Marie...................................... 53 (A1, Wed) Kaneko, Shingo.......... 783 (F5, Tue), 1632 (Z1, Tue) Kaneuchi, Shotaro.........................1245 (M6, Tue) Kang, Bongjo................................. 116 (A1, Wed) Kang, Chul.....................................1634 (Z1, Tue) Kang, Hye-Joung........................... 256 (A2, Wed) Kang, Joyce...................................1699 (Z2, Wed) Kang, Kitaek........1365 (N2, Tue), 1459 (P2, Tue) Kang, Min Cheol............................ 1423 (P1, Tue) Kang, Narae................................ 1262 (M7, Mon) Kang, Sangkoo...............................1617 (Z1, Tue) Kang, Shao-Hui..............................1673 (Z2, Tue) Kang, Sung Yong..........................1712 (Z3, Wed) Kang, Tsung-Sheng....................... 1522 (Q2, Tue) Kang, Weng......... 113 (A1, Wed), 1266 (M7, Tue) Kang, Yen-Wen............................. 1515 (Q2, Tue) Kang, Yijin......................................611 (E5, Wed) Kannangara, G. S. Kamali............. 250 (A2, Wed) Kano, Kenji...................................857 (H1, Mon), ..........................1009 (H3, Wed), 1010 (H3, Wed) Kanomata, Kensaku..................... 1392 (N2, Wed) Kaplan, Ekrem.............................1350 (M9, Wed) Kapp, Andreas................................. 977 (H3, Tue) Kara, Abdelkader..........................1677 (Z2, Tue), ...........................1679 (Z2, Tue), 1691 (Z2, Wed), ...........................1693 (Z2, Wed), 1694 (Z2, Wed) Karagoz, Ayse.......... 1426 (P1, Tue), 1433 (P1, Tue) Karakassides, Michael................ 1261 (M7, Mon) Karakaya, Ishak...........537 (E1, Tue), 586 (E4, Wed) Karan, Kunal.................................. 643 (F1, Wed), ................................665 (F2, Mon), 789 (F6, Tue) Karaoglan, Gulten..........................893 (H2, Mon) Karaseva, Elena............................. 123 (A1, Wed), ..............................125 (A1, Wed), 130 (A1, Wed) Kargar, Alireza................................763 (F5, Mon) Kariuki, Nancy....... 790 (F6, Tue), 889 (H2, Mon) Karkashon, Shay...........................1327 (M9, Tue) Karthik, Esakki..............................1620 (Z1, Tue) Karthikeyan, Sreejith................... 1385 (N2, Wed) Karulkar, Mohan....... 4 (A1, Mon), 197 (A2, Tue) Karunanithi, K...............................1329 (M9, Tue) Kasai, Hideaki............................. 1309 (M9, Mon) Kasai, Shigenobu.........415 (B1, Tue), 434 (B1, Tue) Kaserer, Sebastian..........................886 (H2, Mon) Kashimura, Shigenori..................... 834 (G2, Tue) Kashiwagi, Tsuneo.........................825 (G2, Mon) Kasica, Richard............................ 1548 (Q2, Wed) Kaskel, Stefan................................. 183 (A2, Tue) Kasnatscheew, Johannes................... 37 (A1, Tue) Kasper, Kurtis............................. 1170 (M3, Mon) Kataoka, Yoshinori.......................... 777 (F5, Tue), ..................................................... 1539 (Q2, Wed) Kataura, Hiromichi.................... 1138 (M2, Mon), .....................................................1206 (M4, Wed) Katayama, Akihito.......................... 503 (D1, Tue) Katayama, Keiichi.......................... 239 (A2, Wed) Katayama, Yasushi.......................... 494 (C1, Thu) Katepalli, Hari............................... 1127 (M1, Tue) Katiyar, Rajesh K...........................1708 (Z3, Tue)

Katiyar, Ram S.........221 (A2, Wed), 673 (F2, Mon), ............................ 417 (N3, Wed), 1466 (P2, Tue), .......................... 1557 (Q2, Thu), 1559 (Q2, Thu), ........................... 1562 (Q2, Thu), 1708 (Z3, Tue), .......................................................1709 (Z3, Tue) Kato, Kazuhiko..............................527 (D2, Mon) Kato, Kazuo.................................. 1093 (H8, Tue) Kato, Seiya.....................................961 (H3, Mon) Kato, Zenta.......................................434 (B1, Tue) Katoh, Ryuzi................................. 1028 (H4, Tue) Katovic, Vladimir..........................1605 (Z1, Tue) Katsaros, Fotios.......................... 1261 (M7, Mon) Katsounaros, Ioannis....................... 946 (H2, Thu) Kattel, Shyam......... 664 (F2, Mon), 911 (H2, Tue) Kauffman, Douglas........................ 948 (H2, Thu), ......................................................1695 (Z2, Wed) Kaule, Joseph....... 276 (A2, Wed), 317 (A3, Mon) Kauppinen, Esko......................... 1138 (M2, Mon) Kavanagh, Paul............................... 978 (H3, Tue) Kawa, Kohei..................................819 (G2, Mon) Kawada, Tatsuya........................... 357 (A3, Wed), .............................362 (A3, Wed), 364 (A3, Wed), ................................ 715 (F4, Tue), 747 (F4, Wed) Kawai, Shigeki.............................1337 (M9, Wed) Kawai, Shota........ 1009 (H3, Wed), 1010 (H3, Wed) Kawakami, Mai..............................818 (G2, Mon) Kawamura, Junichi........................898 (H2, Mon) Kawano, Yukio.............................1193 (M4, Wed) Kawasaki, Tadahiro........................887 (H2, Mon) Kay, Nicola.............878 (H1, Tue), 879 (H1, Tue) Kaye, Steven.............36 (A1, Tue), 152 (A1, Thu) Kazior, T.......................................1505 (Q2, Mon) K. C., Santosh................................ 223 (A2, Wed) Ke, fu-Sheng...........582 (E4, Wed), 727 (F4, Tue) Ke, Wen-Cheng............................ 1543 (Q2, Wed) Kelly, Jesse................................... 1073 (H5, Wed) Kelly, Joe............................................9 (A1, Mon) Kemper, Travis............................... 232 (A2, Wed) Kenis, Paul..................................... 936 (H2, Wed) Kennedy, T...................................1505 (Q2, Mon) Kent, Paul................. 49 (A1, Tue), 671 (F2, Mon) Kepeniene, Virginija.......................607 (E5, Wed) Kercher, Andrew....... 282 (A2, Wed), 695 (F2, Wed) Kerman, Kian................................. 365 (A3, Wed) Keshishian, Vazrik...................... 1163 (M3, Mon) Ketabi, Sanaz................................ 1055 (H5, Tue) Ketpang, Kraingsak..........................619 (E5, Thu) Keum, Jong......... 217 (A2, Wed), 1125 (M1, Tue) Key, Baris........................................ 193 (A2, Tue) Khajeh Hosseini Dalasm, Navvab....... 637 (F1, Tue) Khalifah, Peter...............................1628 (Z1, Tue) Khan, Mohammed........................1477 (Q1, Mon) Khan, Shah.....................................866 (H1, Mon) Khan, Shahed................................... 775 (F5, Tue) Khan, Shahrukh.............................1443 (P2, Mon) Khanal, Rajendra......................... 1140 (M2, Mon) Khani, Hadi.....................................111 (A1, Wed) Khatami, Zahra..............................1578 (R1, Tue) Khetan, Abhishek............................661 (F2, Mon) Khodayari, Mehdi..........................1118 (H9, Tue) Khondaker, Saiful....................... 1262 (M7, Mon) Khosla, Ajit.................................. 1388 (N2, Wed) Khotseng, Lindiwe......................... 202 (A2, Wed) Khubutiya, Mogely.......................1247 (M6, Tue) Kiefer, Boris............ 690 (F2, Tue), 950 (H2, Thu) Kiggans, Jim......... 282 (A2, Wed), 695 (F2, Wed) Kikas, Arvo................................... 1087 (H8, Tue) Kikuchi, Hiroyuki............................415 (B1, Tue) Kikuchi, Takahiro...........................1624 (Z1, Tue) Kilcoyne, David.............................. 340 (A3, Tue) Kilgore, Steve................................1648 (Z1, Tue) Kim, Bong-Soo..............................1706 (Z3, Tue) Kim, Byoung Gyu......................... 1365 (N2, Tue) Kim, Byung-Jae...........................1512 (Q2, Mon) Kim, Byung-Ryang....................... 256 (A2, Wed), ...................................................... 1190 (M4, Tue)

Kim, Chang-Jin.............................. 208 (A2, Wed) Kim, Changmin.............................. 129 (A1, Wed) Kim, DaeWook............................. 1131 (M1, Tue) Kim, Dong-Joo................................423 (B1, Tue), ............................514 (D1, Tue), 1263 (M7, Mon) Kim, Doo Young............................. 871 (H1, Tue) Kim, Doohun................................. 118 (A1, Wed) Kim, Edward................................... 515 (D1, Tue) Kim, Eun Hee.................................1623 (Z1, Tue) Kim, Gha-Young.............................589 (E4, Wed) Kim, Gi-Heon................................. 147 (A1, Thu) Kim, Gyu Dong.............................1712 (Z3, Wed) Kim, Han-Joo................................. 136 (A1, Wed) Kim, Hanjoo................................... 110 (A1, Wed) Kim, Hee Jin................................. 1517 (Q2, Tue) Kim, Hee Min................................ 133 (A1, Wed) Kim, Hee-Tak................................. 228 (A2, Wed) Kim, Heegoo................................... 330 (A3, Tue) Kim, Hoe Chul.................................554 (E1, Tue) Kim, Hong-Yeol............................ 1525 (Q2, Tue) Kim, Hongil................................... 110 (A1, Wed) Kim, Hye..........................................408 (B1, Tue) Kim, Hyea....................................... 181 (A2, Tue) Kim, Hyonwoong......................... 1552 (Q2, Wed) Kim, Hyun Chul........................... 1397 (N2, Wed) Kim, Hyun-Jong............................. 127 (A1, Wed) Kim, Hyung-Sun............................. 697 (F2, Wed) Kim, Il-Hwan............................... 1499 (Q1, Wed) Kim, Ilgweon.................................1604 (Z1, Tue) Kim, In......................................... 1544 (Q2, Wed) Kim, Jae Jeong........ 531 (D2, Tue), 554 (E1, Tue) Kim, Jae Jin................................... 353 (A3, Wed), ................................. 710 (F4, Tue), 714 (F4, Tue) Kim, Jangwoo................................ 204 (A2, Wed) Kim, Jeomoh................................. 1517 (Q2, Tue) Kim, Jeongnim................................671 (F2, Mon) Kim, JeongWan............................. 1131 (M1, Tue) Kim, JI Man....................................615 (E5, Wed) Kim, Ji-Hye...................................... 730 (F4, Tue) Kim, JiHyun.................................1512 (Q2, Mon) Kim, Jihyun................................... 1525 (Q2, Tue) Kim, Jin Hoe...................................615 (E5, Wed) Kim, Jin Soo................................. 1517 (Q2, Tue) Kim, Jin-Tae...................................1588 (R1, Tue) Kim, JinKon.................................. 1131 (M1, Tue) Kim, Jiyoung......... 1132 (M1, Tue), 1396 (N2, Wed) Kim, Jong Kyu...............................1608 (Z1, Tue) Kim, Joshua................................... 104 (A1, Wed) Kim, Jun Young............................. 228 (A2, Wed) Kim, Jung Hun...............................1634 (Z1, Tue) Kim, Jusik...................................... 142 (A1, Wed) Kim, Ki Wook................................ 455 (B5, Mon) Kim, Kijung......... 1425 (P1, Tue), 1429 (P1, Tue) Kim, Kwang Hwan......................... 531 (D2, Tue) Kim, Kwang-Joong........................1706 (Z3, Tue) Kim, Man........................................ 513 (D1, Tue) Kim, Min Su....................................538 (E1, Tue) Kim, Minjung..................................476 (C1, Wed) Kim, Myung Jun..... 531 (D2, Tue), 554 (E1, Tue) Kim, Pil........................................ 1015 (H3, Wed) Kim, Ryoung-Hee............................. 47 (A1, Tue) Kim, Sang Woo.............................. 247 (A2, Wed) Kim, Sang-Wan.............................. 258 (A2, Wed) Kim, Sangkyun........ 1425 (P1, Tue), 1429 (P1, Tue) Kim, Shokaku....... 828 (G2, Mon), 842 (G2, Tue) Kim, Si-Hyung................................589 (E4, Wed) Kim, Siwon...................................... 634 (F1, Tue) Kim, Soo............... 253 (A2, Wed), 697 (F2, Wed) Kim, Sun...................................... 1544 (Q2, Wed) Kim, Sun Ah.................................. 256 (A2, Wed) Kim, Sung Joo.................................763 (F5, Mon) Kim, Sung Soon............................. 1459 (P2, Tue) Kim, Sung-Yup............................... 342 (A3, Tue) Kim, Sungjin................................1204 (M4, Wed) Kim, Tack-Jin..................................589 (E4, Wed) Kim, Tae Young............................. 199 (A2, Wed)

136

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Kim, TaeGyu.......1131 (M1, Tue), 1675 (Z2, Tue) Kim, TaeYoung........................... 1147 (M2, Mon) Kim, Yehwan........ 1425 (P1, Tue), 1429 (P1, Tue) Kim, Yong........................................619 (E5, Thu) Kim, Yong Seok............................. 278 (A2, Wed) Kim, Yong-Han.............................. 259 (A2, Wed) Kim, Yong-tae................................ 243 (A2, Wed) Kim, Yonghwan.............................1647 (Z1, Tue) Kim, Young-tae.............................. 1611 (Z1, Tue) Kim, Yu Seung......... 630 (F1, Tue), 788 (F6, Tue) Kimura, Shunsuke.........................1294 (M8, Tue) Kimura, Toshihiko.........................527 (D2, Mon) Kimura, Yuta.........357 (A3, Wed), 362 (A3, Wed) Kinch, Richard................................. 681 (F2, Tue) Kinder, Erich........1265 (M7, Mon), 1446 (P2, Mon) King, David........................................9 (A1, Mon) Kinloch, Ian................................. 1260 (M7, Mon) Kirk, Donald....................................547 (E1, Tue) Kirkpatrick, Lynn........................ 1165 (M3, Mon) Kirsch, Paul..................................1358 (N2, Mon) Kirste, Axel....................................520 (D2, Mon) Kirtley, John..................................... 717 (F4, Tue) Kiselev, Boris.............................. 1164 (M3, Mon) Kita, Koji......................................1363 (N2, Mon) Kita, Toshihito................................. 849 (G2, Tue) Kitajima, Tomohiko....................... 1422 (P1, Tue) Kitamura, Takashi..........................1637 (Z1, Tue) Kitano, Yoshikazu........................... 842 (G2, Tue) Kitaura, Ryo.................................1224 (M5, Wed) Kitazumi, Yuki..............................857 (H1, Mon), ..........................1009 (H3, Wed), 1010 (H3, Wed) Kivlehan, Francine....................... 1102 (H9, Mon) Kjaer, Philip...................................377 (A4, Mon) Kjeang, Erik.................................... 809 (F6, Wed) Klamor, Sebastian......................... 106 (A1, Wed), ........................................................ 162 (A1, Thu) Klein, Martin................................. 1516 (Q2, Tue) Klem, John...................................1503 (Q2, Mon) Klenk, Matt....................................... 48 (A1, Tue) Klimov, Victor................................1575 (R1, Tue) Klotz, Dino....................................... 712 (F4, Tue) Klymko, Nancy............................1440 (P2, Mon), ......................................................1443 (P2, Mon) Knapp, Michael................................28 (A1, Mon) Kneer, Alexander.......................... 1181 (M4, Tue) Knights, Hemma.............................769 (F5, Mon) Knights, Shanna.............................600 (E5, Wed), ............................... 786 (F6, Tue), 797 (F6, Wed), ........................................................ 809 (F6, Wed) Knitsch, Robert................................. 29 (A1, Tue) Knoche, Krysti...... 872 (H1, Tue), 1116 (H9, Tue) Knospe, Carl................................ 1380 (N2, Wed) Ko, Dae Hong...............................1712 (Z3, Wed) Ko, Dong-su.................................... 330 (A3, Tue) Ko, Jonathan.................................. 104 (A1, Wed) Ko, Min Sung................................. 1459 (P2, Tue) Kobata, Masaaki............................887 (H2, Mon) Kobayashi, Keisuke......................887 (H2, Mon), ...................................................... 1376 (N2, Tue) Kobayashi, Kenji.......119 (A1, Wed), 811 (F6, Wed) Kobayashi, Kumpei.......................... 777 (F5, Tue) Kobayashi, Masaki..........................415 (B1, Tue), .........................................................434 (B1, Tue) Kobayashi, Tetsuro......................... 219 (A2, Wed) Kobrak, Mark................................ 1052 (H5, Tue) Koch, Donald.................................... 50 (A1, Tue) Koehler, Andrew..........................1508 (Q2, Mon) Koeppel, Brian................................ 383 (A4, Tue) Koh, Jeong Yoon............................1623 (Z1, Tue) Kohl, Paul.................................... 1471 (P2, Wed), ........................... 1472 (P2, Wed), 1473 (P2, Wed) Kohoutek, Tomas..........................1686 (Z2, Wed) Koike, Shoma................................1711 (Z3, Wed) Koiwa, Ichiro................................1609 (Z1, Tue), ............................1610 (Z1, Tue), 1711 (Z3, Wed) Kojima, Akira............................... 1571 (R1, Mon)

Kolar, Jakub..................................1686 (Z2, Wed) Kolathodi, Muhamed....................... 73 (A1, Wed) Kolla, Praveen............................... 261 (A2, Wed), ...........................1301 (M8, Wed), 1664 (Z1, Tue) Kolosnitsyn, Vladimir................... 123 (A1, Wed), ..............................125 (A1, Wed), 130 (A1, Wed) Koltashova, Evgeniya..................1096 (H9, Mon) Komatsu, Naoki............................1328 (M9, Tue) Kondo, Toshiaki............................1284 (M8, Tue) Kondo, Toshihiro........................... 903 (H2, Tue), ............................1293 (M8, Tue), 1626 (Z1, Tue) Kondoh, Hiroshi............................ 1093 (H8, Tue) Kondratenko, Mykola..................1135 (M1, Wed) Kondrotas, Rokas.........593 (E5, Tue), 598 (E5, Tue) Konev, Dmitry..............................1046 (H5, Mon) Kong, Fantai................................... 223 (A2, Wed) Kong, Jing................................... 1252 (M7, Mon) Kong, Rui........................................536 (E1, Tue), ...............................587 (E4, Wed), 588 (E4, Wed) Kongkanand, Anusorn.....................602 (E5, Wed) Konishi, Hirokazu...........................584 (E4, Wed) Konishi, Toshifumi.......................1245 (M6, Tue), ...................................................... 1407 (N3, Tue) Konishi, Yoko..................................552 (E1, Tue) Kono, Junichiro............................1193 (M4, Wed) Konwar, Dhrubajit.........................366 (A4, Mon) Koo, Helen.................................. 1263 (M7, Mon) Kooi, Bart.................................... 1261 (M7, Mon) Kopanski, Joseph......................... 1368 (N2, Tue), ..................................................... 1415 (N3, Wed) Korobko, Roman............................ 356 (A3, Wed) Korona, Krzysztof........................ 1032 (H4, Wed) Kortshagen, Uwe...........................1595 (R1, Wed) Korzeniewski, Carol...................... 883 (H1, Tue), .............................891 (H2, Mon), 893 (H2, Mon) Kosaraju, Karshak.........................1687 (Z2, Wed) Koshida, Nobuyoshi..................... 1571 (R1, Mon) Kosivi, Joyce...........57 (A1, Wed), 206 (A2, Wed) Kostecki, Robert.............................. 29 (A1, Tue), ............................ 899 (H2, Mon), 1062 (H5, Tue) Kotaka, Toshikazu........................... 633 (F1, Tue), ............................... 644 (F1, Wed), 645 (F1, Wed) Kotobi, Joshua.............................1503 (Q2, Mon) Kotz, Sharon................................... 507 (D1, Tue) Kou, Rong...................................... 139 (A1, Wed) Kouhestani, Camron.................... 1395 (N2, Wed) Kovalenko, Igor....... 245 (A2, Wed), 1606 (Z1, Tue) Kowal, Andrzej.............................. 939 (H2, Wed) Kowalczyk, Agata........................... 917 (H2, Tue) Kowalewska, Barbara..................... 971 (H3, Tue) Kowalska, Ewa.............................1289 (M8, Tue) Kraft, Vadim.................................... 162 (A1, Thu) Kramar, John................................ 1416 (N3, Wed) Kramberger, Christian..................1204 (M4, Wed) Kramer, Dörte................................. 300 (A2, Thu) Kraus, Hannes............................. 1137 (M2, Mon) Krause, Frederick.............................. 34 (A1, Tue) Krause, John................................. 1537 (Q2, Wed) Krauss, Todd............................... 1139 (M2, Mon) Kravchenko, I................................ 1529 (Q2, Tue) Kreitmeier, Stefan............................ 787 (F6, Tue) Kreller, Cortney.......... 446 (B1, Wed), 748 (F4, Thu) Krischer, Katharina......................... 908 (H2, Tue) Krishnamoorthy, Aravind................ 346 (A3, Tue) Krishnan, Balakrishnan................ 1511 (Q2, Mon) Kroll, Dan...................................... 459 (B5, Mon) Kroll, Daniel.................................1595 (R1, Wed) Kromp, Alexander.......707 (F4, Mon), 720 (F4, Tue) Kropf, Jeremy................................ 305 (A2, Thu), ............................... 790 (F6, Tue), 889 (H2, Mon) Kroto, Harry.................................1213 (M5, Wed) Krumdick, Gregory........................ 231 (A2, Wed) Krupke, Ralph............................. 1136 (M2, Mon) Kruusma, Jaanus.........................1045 (H5, Mon), ...................................................... 1087 (H8, Tue) Krüger, Sven...................................662 (F2, Mon)

Krysiak, Mike....................................9 (A1, Mon) Krywko-Cendrowska, Agata........... 919 (H2, Tue) Ku, Felix........................................ 1436 (P1, Tue) Ku, Ja-Hm......................................1617 (Z1, Tue) Kub, Fritz.....................................1508 (Q2, Mon) Kübel, Christian...............................557 (E2, Tue) Kubota, Shigeru........................... 1392 (N2, Wed) Kucernak, Anthony...... 20 (A1, Mon), 625 (F1, Tue) Kucza, Witold............................. 1103 (H9, Mon), ..................................................... 1104 (H9, Mon) Kuebler, Jakob................................ 744 (F4, Wed) Kühnel, Ruben-Simon................... 1054 (H5, Tue) Kukreja, Ratan................................602 (E5, Wed) Kulesza, Pawel...............................774 (F5, Mon), ............................... 781 (F5, Tue), 947 (H2, Thu), ........................ 1005 (H3, Wed), 1049 (H5, Mon), ...........................1053 (H5, Tue), 1084 (H8, Tue), .......................................................1115 (H9, Tue) Kumar, Amit...........438 (B1, Tue), 1649 (Z1, Tue) Kumar, Dhanjai..............................1607 (Z1, Tue) Kumar, Raj.......................................535 (E1, Tue) Kumar, Surender.............................. 54 (A1, Wed) Kumbur, Emin................................372 (A4, Mon) Kumta, Prashant..........2 (A1, Mon), 6 (A1, Mon), ................................15 (A1, Mon), 19 (A1, Mon), .................................65 (A1, Wed), 72 (A1, Wed), .............................112 (A1, Wed), 140 (A1, Wed), ........................................................ 502 (D1, Tue) Kuno, Masaru................................1283 (M8, Tue) Kunugi, Yoshihito.........................1613 (Z1, Tue), .......................................................1624 (Z1, Tue) Kunz, H................ 168 (A2, Mon), 616 (E5, Thu), ................................ 634 (F1, Tue), 797 (F6, Wed) Kuo, Yue....................................... 1366 (N2, Tue), ......................... 1481 (Q1, Mon), 1573 (R1, Mon) Kurig, Heisi..................................1045 (H5, Mon) Kurihara, Yuusuke..........................818 (G2, Mon) Kurishima, Kazunori.................... 1551 (Q2, Wed) Kuroboshi, Manabu......................... 849 (G2, Tue) Kuroda, Rihito...............................1441 (P2, Mon) Kuroiwa, Shigeki.............................431 (B1, Tue) Kurtanidze, Rusudan.......................21 (A1, Mon), ...................................................... 1064 (H5, Tue) Kusaka, Takao.................................. 777 (F5, Tue) Kusoglu, Ahmet.............................. 799 (F6, Wed) Kusunoki, Takafumi........................443 (B1, Wed) Kutelia, Elguja................................ 738 (F4, Wed) Kuwabata, Susumu.......................1275 (M8, Tue) Kuwata, Naoaki..............................898 (H2, Mon) Kuyanov, Paul.............................. 1564 (R1, Mon) Kuykendall, Tevye...................... 1257 (M7, Mon) Kuzmina, Elena............................. 123 (A1, Wed), ..............................125 (A1, Wed), 130 (A1, Wed) Kuznetsov, Vladimir.....................1439 (P2, Mon) Kvaratskhelia, Elene..................... 1064 (H5, Tue) Kvaratskhelia, Ramaz................... 1064 (H5, Tue) Kveselava, Valentina........................21 (A1, Mon) Kwak, Dongwook............................ 634 (F1, Tue) Kwak, Noh Yeal............................. 1459 (P2, Tue) Kwak, WonJin................................ 133 (A1, Wed) Kwo, J..........................................1361 (N2, Mon) Kwon, HyukSang............................ 91 (A1, Wed), ......................................................1272 (M7, Tue) Kwon, Min-Ki............................... 1517 (Q2, Tue) Kwon, Nam Hee............................. 283 (A2, Wed) Kwon, Ohyun.................................1588 (R1, Tue) Kwon, Youngim............................... 780 (F5, Tue) Kyaw, Lwin........1531 (Q2, Tue), 1546 (Q2, Wed) Kyaw, Lwin.................................. 1540 (Q2, Wed) Kyung, Ki Uk.................................1587 (R1, Tue)

Meeting Program l May 11-15, 2014 l Orlando, FL

L

Labbe, Christophe..........................1580 (R1, Tue) Laboutin, O......1505 (Q2, Mon), 1506 (Q2, Mon) Laerke, Rasmus..............................377 (A4, Mon) Lagowski, Jacek........................... 1391 (N2, Wed) 137

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Laheäär, Ann................................1045 (H5, Mon) Lai, Han...........................................536 (E1, Tue), ...............................587 (E4, Wed), 588 (E4, Wed) Lai, Kwan-Yu................................ 1468 (P2, Wed) Lai, Rebecca.....................................411 (B1, Tue) Lai, Samson...................................... 624 (F1, Tue) Lai, Wei............................................ 48 (A1, Tue), ...............................381 (A4, Mon), 753 (F4, Thu) Lai, Yeh-Hung................................. 798 (F6, Wed) Lakritz, Mark................................1442 (P2, Mon) Lal, Vikas.......................................1607 (Z1, Tue) Lalère, Fabien.................................. 94 (A1, Wed) Lalwani, Gaurav......................... 1170 (M3, Mon), .................................................... 1172 (M3, Mon) LaManna, Jacob.............................. 646 (F1, Wed) Lambotte, Guillaume.....................860 (H1, Mon) Laminack, William...........................402 (B1, Tue) Lamy, Claude.......920 (H2, Wed), 1085 (H8, Tue) Lanceros-Méndez, S......................... 40 (A1, Tue) Landgren, Jeffrey............................ 916 (H2, Tue) Landi, Brian................................ 1148 (M2, Mon) Landrou, Georgios..........................762 (F5, Mon) Langklotz, Ulrike............................ 300 (A2, Thu) Langlois, Benjamin....................... 1178 (M4, Tue) Langlois, David........ 788 (F6, Tue), 794 (F6, Tue) LaPierre, Ray............................... 1564 (R1, Mon) Lara-Curzio, Edgar........................ 358 (A3, Wed) Larfaillou, Séverin........................... 79 (A1, Wed) Largier, Timothy............................167 (A2, Mon) Laroche, J.....................................1505 (Q2, Mon) Larsen, Ross................................... 232 (A2, Wed) Larson, Bryon............................ 1143 (M2, Mon), .....................................................1195 (M4, Wed) Latoszynska, Anna........................ 1053 (H5, Tue) Lau, Jason........................................ 51 (A1, Wed) Lau, Sampson................................... 58 (A1, Wed) Lauret, Jean-Sébastien................. 1178 (M4, Tue), ...................................................... 1179 (M4, Tue) Lauritzen, Mike................................ 786 (F6, Tue) Lavina, Sandra.............................. 1017 (H4, Tue) Law, Mark........ 1504 (Q2, Mon), 1518 (Q2, Tue), ............................1525 (Q2, Tue), 1527 (Q2, Tue) Lawder, Matthew...........................380 (A4, Mon) Lawton, Jamie................................ 390 (A4, Tue), ..............................956 (H2, Thu), 1082 (H8, Tue) Lazarides, Theodore........................762 (F5, Mon) Le, Hang T. T................................. 257 (A2, Wed) Le, V. N. Du....... 1488 (Q1, Tue), 1597 (R1, Wed) Le Cras, Frédéric.....79 (A1, Wed), 101 (A1, Wed) Le Gac, Stéphane........................ 1306 (M9, Mon) Le Roux, Xavier.............................1576 (R1, Tue) Leddy, Johna..........872 (H1, Tue), 915 (H2, Tue), .............................. 916 (H2, Tue), 1116 (H9, Tue) Lee, Bongmook.............................. 454 (B5, Mon) Lee, Byung Seok............................ 1459 (P2, Tue) Lee, Byungrok.......569 (E2, Tue), 1132 (M1, Tue) Lee, Ching-Sung.......................... 1550 (Q2, Wed) Lee, Choonghyun........................... 1455 (P2, Tue) Lee, Chu-An................................... 1436 (P1, Tue) Lee, Dong..................................... 1511 (Q2, Mon) Lee, Dong Joon.............................. 199 (A2, Wed) Lee, Dong-Ju.................................. 134 (A1, Wed) Lee, Dong-Jun.................................482 (C1, Wed) Lee, Dongbok..................................476 (C1, Wed) Lee, Donghyung...............................554 (E1, Tue) Lee, E.-J......................................... 132 (A1, Wed) Lee, El-Hang................................1474 (Q1, Mon) Lee, Eungje..................................... 193 (A2, Tue) Lee, Geng-Yen.............................1502 (Q2, Mon) Lee, Gwo-Bin................................ 1515 (Q2, Tue) Lee, Ha-Young............................... 129 (A1, Wed) Lee, Ho Nyun................................. 127 (A1, Wed) Lee, Hung-Fan................................. 688 (F2, Tue) Lee, Hyo-Jong.................................482 (C1, Wed) Lee, Irene.......................................968 (H3, Mon) Lee, Jae......................................... 1370 (N2, Tue)

Lee, Jae Chun.................................1706 (Z3, Tue) Lee, Jaemyung............................... 142 (A1, Wed) Lee, Jeongbin................................. 129 (A1, Wed) Lee, Ji Ung.................................. 1259 (M7, Mon) Lee, Ji-Yong..................................... 725 (F4, Tue) Lee, Jong Dae................................. 248 (A2, Wed) Lee, Jong-hyuk............................... 256 (A2, Wed) Lee, Jong-Won................................. 725 (F4, Tue) Lee, Jongmin................................... 633 (F1, Tue), ............................... 644 (F1, Wed), 645 (F1, Wed) Lee, Joo........................................... 513 (D1, Tue) Lee, Joo Hee..................................1712 (Z3, Wed) Lee, Joonkee.................................. 116 (A1, Wed) Lee, Jung................181 (A2, Tue), 245 (A2, Wed) Lee, Jung-Pil........ 218 (A2, Wed), 1659 (Z1, Tue) Lee, Jyh-Tsung............................... 141 (A1, Wed) Lee, Ki-Tae.................................... 256 (A2, Wed) Lee, Min Sun.................................1712 (Z3, Wed) Lee, Min-Ho.....................................408 (B1, Tue) Lee, Nea-In....................................1617 (Z1, Tue) Lee, Sang Kyu................................ 134 (A1, Wed) Lee, Sangheon................................. 696 (F2, Wed) Lee, Sangho...........204 (A2, Wed), 278 (A2, Wed) Lee, Seoksoo.................................. 142 (A1, Wed) Lee, Seon Ho....................................569 (E2, Tue) Lee, Seung Jae...............................1678 (Z2, Tue) Lee, Seung-Bok................................ 725 (F4, Tue) Lee, Seung-Jae............................. 1511 (Q2, Mon) Lee, Shiwoo.................................... 651 (F1, Wed) Lee, Shyi-Long............................1225 (M5, Wed) Lee, Sohee........................................432 (B1, Tue) Lee, Sung-chul............................... 228 (A2, Wed) Lee, Sungchul.................................615 (E5, Wed) Lee, Sungho...................................1608 (Z1, Tue) Lee, Ui-Hyoung...............................551 (E1, Tue) Lee, Wen-Che............................... 1536 (Q2, Wed) Lee, Won Gyu................................1625 (Z1, Tue) Lee, Won-Jae.................................. 255 (A2, Wed) Lee, Woo-Jung...............................1634 (Z1, Tue) Lee, Yi-Hsien.............................. 1252 (M7, Mon) Lee, Yueh-Lien................................467 (C1, Wed) Leenheer, Andrew............................ 632 (F1, Tue) Lei, Yu.............................................441 (B1, Wed) Lei, Zhengyu.................................. 267 (A2, Wed) Leker, Jens....................................... 78 (A1, Wed) Lekki, J........................................... 464 (B5, Mon) Lemmetyinen, Helge.....................1238 (M6, Tue) Lemordant, Daniel......................... 639 (F1, Wed), ..................................................... 1067 (H5, Wed) Len, Christophe................................. 41 (A1, Tue) LeNader, Victor............................. 1558 (Q2, Thu) Lengyel, Miklos...............................24 (A1, Mon) Leonard, Francois........................1193 (M4, Wed) Leonard, Nathaniel......................... 291 (A2, Wed) Leones, R......................................... 40 (A1, Tue), ..........................1072 (H5, Wed), 1598 (R1, Wed) Lepesant, Mathieu...........................612 (E5, Wed) Leprêtre, Jean-Claude..................... 311 (A2, Thu) Leriche, Jean-Bernard...................... 94 (A1, Wed) Lestriez, Bernard............................ 108 (A1, Wed) Leuenberger, Michael....................1651 (Z1, Tue) Leusink, Gert........1356 (N2, Mon), 1358 (N2, Mon) Levecque, Pieter............................... 792 (F6, Tue) Levin, Mikhail..............................1096 (H9, Mon) Levon, Kalle...................................1119 (H9, Tue) Lewenstam, Andrzej...................... 913 (H2, Tue), ........................1094 (H9, Mon), 1095 (H9, Mon), ........................ 1098 (H9, Mon), 1101 (H9, Mon), ......................... 1103 (H9, Mon), 1104 (H9, Mon) Lewera, Adam............................... 921 (H2, Wed), ............................... 945 (H2, Thu), 947 (H2, Thu) Lewis-Ballester, Ariel...................1327 (M9, Tue) Leyland, Adrian...............................466 (C1, Wed) Li, Baikun...........993 (H3, Wed), 1011 (H3, Wed) Lieber, Charles.......................(ECS Plenary, Mon)

Li, Bin.................... 36 (A1, Tue), 165 (A2, Mon), ................................... (A4, Mon), 383 (A4, Tue), ................................391 (A4, Tue), 396 (A4, Tue) Li, Bingyun..................................... 186 (A2, Tue) Li, Cheng...................................... 1542 (Q2, Wed) Li, Chia-Chen................................. 262 (A2, Wed) Li, Chunlong.................................1700 (Z2, Wed) Li, Chunlong.......1371 (N2, Tue), 1465 (P2, Tue), ...........................1692 (Z2, Wed), 1697 (Z2, Wed) Li, Dongguo....................................611 (E5, Wed) Li, Guosheng.................................... 70 (A1, Wed) Li, Hongwei................................. 1511 (Q2, Mon) Li, Hongxiao.................................. 229 (A2, Wed) Li, Huidong.................................... 210 (A2, Wed) Li, James......................................... 149 (A1, Thu) Li, Jiangyu.....................................177 (A2, Mon), ...............................345 (A3, Tue), 359 (A3, Wed) Li, Jianlin........................................ 194 (A2, Tue) Li, Jing........................................... 456 (B5, Mon) Li, Juchuan..................................... 225 (A2, Wed) Li, Junfeng........1371 (N2, Tue), 1398 (N2, Wed), .......................... 1421 (N3, Wed), 1432 (P1, Tue), ............................ 1451 (P2, Tue), 1465 (P2, Tue), ..........................1692 (Z2, Wed), 1697 (Z2, Wed), ......................................................1700 (Z2, Wed) Li, Junjie..............1371 (N2, Tue), 1465 (P2, Tue) Li, Luyue......................................... 648 (F1, Wed) LI, Meiling....................................... 677 (F2, Tue) Li, Meng................ 604 (E5, Wed), 924 (H2, Wed) Li, Ning.......................................... 128 (A1, Wed) Li, Peng........................................ 1079 (H5, Wed) Li, Qing.......................................... 128 (A1, Wed) Li, Shun..............1518 (Q2, Tue), 1525 (Q2, Tue), ............................1527 (Q2, Tue), 1529 (Q2, Tue) Li, Tinghui.................................. 1164 (M3, Mon) Li, Tingting........1371 (N2, Tue), 1421 (N3, Wed) Li, Wan...........................................178 (A2, Mon) Li, Wei.............. 1252 (M7, Mon), 1696 (Z2, Wed) Li, Wei-Che................................... 1560 (Q2, Thu) Li, Xiao....................................... 1142 (M2, Mon) Li, Xiaolin....................................... 294 (A2, Thu) Li, Xue...........................................169 (A2, Mon) Li, Yan............................................ 149 (A1, Thu), ............................. 213 (A2, Wed), 858 (H1, Mon) Li, Yang......................................... 1554 (Q2, Thu) Li, Yebo...........................................467 (C1, Wed) Li, Yifei........................................... 303 (A2, Thu) Li, Ying........................................ 1549 (Q2, Wed) Li, Yue.....................544 (E1, Tue), 737 (F4, Wed) Li, Yunfeng..................................... 201 (A2, Wed) Li, Zhen........................................... 184 (A2, Tue) Li, Zhiyun..................................... 1493 (Q1, Tue) Lian, Keryn................................... 1055 (H5, Tue) Liang, Chengdu......... 222 (A2, Wed), 301 (A2, Thu) Liang, Chenghao............................178 (A2, Mon) Liang, Linyun.................................322 (A3, Mon) Liang, Weizheng.......................... 1381 (N2, Wed) Liang, Wen-I..................................1619 (Z1, Tue) Liang, Xinhua...............................1684 (Z2, Wed) Liang, Xuelei............................... 1252 (M7, Mon) Liang, Yanliang............................... 303 (A2, Thu) Liang, Yiran................................ 1252 (M7, Mon) Liao, Chiang-Sheng.......................1676 (Z2, Tue) Liao, Min-Han..............................1361 (N2, Mon) Liao, Yu-Mei........ 1460 (P2, Tue), 1461 (P2, Tue) Liao, Yu-Xiang............................... 109 (A1, Wed) Liao, Yun-Wen............................... 280 (A2, Wed) Liatard, Sébastien............................ 185 (A2, Tue) Liaw, Bor Yann......... 156 (A1, Thu), 209 (A2, Wed) Licht, Stuart...................................... 51 (A1, Wed) Lichusina, Svetlana..........................596 (E5, Tue) Liddell, Paul.................................1332 (M9, Wed) Lim, Dae-Kwang..............................752 (F4, Thu) Lim, Hana...................................... 127 (A1, Wed) Lim, Sung-Jin................................... 91 (A1, Wed) Lim, Taeho...................................... 531 (D2, Tue)

138

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Lim, Tak-Hyoung............................. 725 (F4, Tue) Lim, Yeongjin............................... 1124 (M1, Tue) Lima, Dhesmon................................429 (B1, Tue) Lin, Bing-Hong................................568 (E2, Tue) Lin, Changjian...............................1276 (M8, Tue) Lin, Chi-Chou.............................1481 (Q1, Mon), ..................................................... 1573 (R1, Mon) Lin, Chi-Yen................................... 141 (A1, Wed) Lin, Chia-Feng............................. 1536 (Q2, Wed) Lin, Chih-Lin................................ 1515 (Q2, Tue) Lin, Ching-Wei........................... 1169 (M3, Mon) Lin, Guangyu.......366 (A4, Mon), 374 (A4, Mon) Lin, Hao.......................................1475 (Q1, Mon) Lin, Huijing.................................... 292 (A2, Wed) Lin, Ivan........................................ 1556 (Q2, Thu) Lin, John........................................ 1436 (P1, Tue) Lin, Jyun-Liang............................... 970 (H3, Tue) Lin, Ken........................................ 1556 (Q2, Thu) Lin, Liangjun............................... 1170 (M3, Mon) Lin, T............................................1361 (N2, Mon) Lin, Wei-Hao...................................583 (E4, Wed) Lin, Xi............................................. 741 (F4, Wed) Lin, Xianke....................................... 32 (A1, Tue) Lin, Yang-Shan.........83 (A1, Wed), 84 (A1, Wed) Lin, Yao-Nan.................................. 109 (A1, Wed) Lin, Yu-Fang.................................. 141 (A1, Wed) Lin, Yuan...................................... 1381 (N2, Wed) Lin, Zhiqun...................................1276 (M8, Tue) Lindberg, Gerrick.......................... 1019 (H4, Tue) Lindner, Erno............................... 1102 (H9, Mon) Lindsay, Lucas............................. 1548 (Q2, Wed) Lindstrom, Ulf................................962 (H3, Mon) Ling, Chen.......................................771 (F5, Mon) Ling, Guoping................................1616 (Z1, Tue) Ling, Xi....................................... 1252 (M7, Mon) Ling, Yunhan............421 (B1, Tue), 571 (E2, Tue) Liniger, Eric..................................1440 (P2, Mon) Lipkowski, Jacek...........................894 (H2, Mon), .....................................................1050 (H5, Mon) Liptak, Richard............................ 1385 (N2, Wed) Liriano, J....................................... 1557 (Q2, Thu) Lisak, Grzegorz............................1095 (H9, Mon) Lisdat, Fred............974 (H3, Tue), 977 (H3, Tue), ...........................1012 (H3, Wed), 1089 (H8, Tue) Lisoni, Judit.................................. 1374 (N2, Tue) Litta, Eugenio Dentoni.................1357 (N2, Mon) Little, R. Daniel......... 814 (G2, Mon), 832 (G2, Tue) Liu, Ben............................................751 (F4, Thu) Liu, Bo..............................................1 (A1, Mon), .............................. 210 (A2, Wed), 297 (A2, Thu) Liu, Chung..................................... 926 (H2, Wed) Liu, Dan..........................................768 (F5, Mon) Liu, Feng.................746 (F4, Wed), 754 (F4, Thu) Liu, Gang......................................1328 (M9, Tue) Liu, Gao......................................... 120 (A1, Wed) Liu, Han-Yin................................ 1550 (Q2, Wed) Liu, Hongtan................................... 657 (F1, Wed) Liu, Huijin......................................898 (H2, Mon) Liu, Jianping................................. 1517 (Q2, Tue) Liu, Jie....................561 (E2, Tue), 1644 (Z1, Tue) Liu, Jinbiao................................... 1371 (N2, Tue) Liu, Jinbiao...................................1700 (Z2, Wed) Liu, Jun...................70 (A1, Wed), 180 (A2, Tue), .............................. 294 (A2, Thu), 297 (A2, Thu), ...............................391 (A4, Tue), 392 (A4, Tue), ........................................................ 399 (A4, Tue) Liu, L............................................. 1524 (Q2, Tue) Liu, Lei............................................ 307 (A2, Thu) Liu, Lin............................................ 32 (A1, Tue), ...................................33 (A1, Tue), 685 (F2, Tue) Liu, Meilin.................................... 218 (A2, Wed), ............................... 624 (F1, Tue), 1659 (Z1, Tue) Liu, Mingfei..................................... 624 (F1, Tue) Liu, Ping................ 599 (E5, Wed), 924 (H2, Wed) Liu, Shih Chien............................. 1530 (Q2, Tue) Liu, Shuai....................................... 244 (A2, Wed)

Liu, Tianbiao......... 70 (A1, Wed), 165 (A2, Mon), ...................................... (A4, Tue), 399 (A4, Tue) Liu, Tzu-Yu.................................... 1422 (P1, Tue) Liu, Wei-Ting....... 1460 (P2, Tue), 1461 (P2, Tue) Liu, Xi........................................... 1366 (N2, Tue) Liu, Xiaojiang........1563 (Q2, Thu), 1713 (Z3, Wed) Liu, Xingbo............ 18 (A1, Mon), 186 (A2, Tue), ............................... 240 (A2, Wed), 676 (F2, Tue) Liu, Xinyi.......................................323 (A3, Mon) Liu, Yang........................................ 115 (A1, Wed) Liu, Yi.......................................... 1531 (Q2, Tue), ..........................1540 (Q2, Wed), 1546 (Q2, Wed) Liu, Yihang.......................................23 (A1, Mon) Liu, Yixin........................................441 (B1, Wed) Liu, Yongxun................................. 1373 (N2, Tue) Liu, Yuanming................................ 359 (A3, Wed) Liu, Zhe................. 322 (A3, Mon), 335 (A3, Tue) Liu, Zhixiao..................................... 313 (A2, Thu) Livolsi, Federica......................... 1253 (M7, Mon) Lizcano Valbuena, William............1645 (Z1, Tue) Lo, C.-F........................................1506 (Q2, Mon) Lo, Guo........................................ 1546 (Q2, Wed) Lochner, Zachary.......................... 1517 (Q2, Tue) Lockwood, David......................... 1568 (R1, Mon) Lojou, Elisabeth.............................. 982 (H3, Tue) Long, Brandon................................ 193 (A2, Tue) Long, James................................. 1548 (Q2, Wed) Long, Jeffrey...... 230 (A2, Wed), 1043 (H5, Mon) Long, Kevin...................................318 (A3, Mon) Longo, Roberto.............................. 223 (A2, Wed) Loparo, Kenneth.......................... 1040 (H4, Wed) Lopes, João................................. 1254 (M7, Mon) Lopes, Mauro.................................1602 (Z1, Tue) Lopez, Carlos.................................. 153 (A1, Thu) López, Julià....................................1583 (R1, Tue) Lopez, Ryan............976 (H3, Tue), 984 (H3, Tue) Lordi, Vincenzo............................ 1075 (H5, Wed) Lorrmann, Henning........................ 285 (A2, Wed) Lottin, Olivier.................................. 788 (F6, Tue) Loukrakpam, Rameshwori............ 1086 (H8, Tue) Lounis, Brahim............................1197 (M4, Wed) Loy, Thye Chong.......................... 1391 (N2, Wed) Lozano, Terence.........180 (A2, Tue), 210 (A2, Wed) Lu, Chunyuan.................................1675 (Z2, Tue) Lu, Cimang.................................... 1455 (P2, Tue) Lu, Hao....................................... 1265 (M7, Mon) Lu, Jun.................... 305 (A2, Thu), 718 (F4, Tue) Lu, Ke.............................................578 (E4, Wed) Lu, Kuo-Chang.... 1453 (P2, Tue), 1464 (P2, Tue) Lu, Peng................ 322 (A3, Mon), 335 (A3, Tue) Lu, Qiyang...................................... 346 (A3, Tue) Lu, Wu........................................... 1520 (Q2, Tue) Lu, Xing.......................................1226 (M5, Wed) Lu, Yihong................................... 1371 (N2, Tue), ............................1432 (P1, Tue), 1697 (Z2, Wed) Lubomirsky, Igor............................ 356 (A3, Wed) Lucas, Francisco Willian................1602 (Z1, Tue) Lucas, Ivan..................................... 899 (H2, Mon) Lucatero, Savidra.............................18 (A1, Mon) Lucero, Antonio........................... 1396 (N2, Wed) Lucia, María.................................1355 (N2, Mon) Luckarift, Heather........................... 988 (H3, Tue) Ludwig, Karl................................... 741 (F4, Wed) Ludwig, Roland............................... 977 (H3, Tue) Lugovy, Mykola..........349 (A3, Tue), 744 (F4, Wed) Luis, Josep Maria........................1212 (M5, Wed), ......................... 1223 (M5, Wed), 1231 (M6, Tue) Lum, Robert................................... 1436 (P1, Tue) Lundgren, Cynthia.........................328 (A3, Mon) Lundstrom, Ingemar......................1318 (M9, Tue) Lunsford, Suzanne...........................424 (B1, Tue) Lunt, Richard.................................. 351 (A3, Tue) Luntz, Alan......................................670 (F2, Mon) Luo, Heng....................................... 741 (F4, Wed) Luo, Jun....................................... 1371 (N2, Tue), ............................1465 (P2, Tue), 1692 (Z2, Wed)

Luo, Wei......................................... 269 (A2, Wed) Luo, Xiaolan...................................467 (C1, Wed) Luo, Yi-Hsiang.............................. 280 (A2, Wed), ............................1676 (Z2, Tue), 1690 (Z2, Wed) Luo, Ying..................................... 1421 (N3, Wed) Lust, Enn...................................... 1087 (H8, Tue), ............................1156 (M2, Tue), 1641 (Z1, Tue) Lust, Enn...........1045 (H5, Mon), 1158 (M2, Tue) Lustig, Naftali...............................1442 (P2, Mon) Luther, Joseph...............................1701 (Z2, Wed) Lutkenhaus, Jodie.......................... 288 (A2, Wed) Lutter, Simone................................520 (D2, Mon) Lux, Simon..............29 (A1, Tue), 1062 (H5, Tue) Lv, Dongping.................................. 180 (A2, Tue) Lv, Weiming..................................... 718 (F4, Tue) Lvov, Serguei.................................. 499 (C1, Thu) Ly, Anh...........................................1681 (Z2, Tue) Lyalin, Andrey................................. 952 (H2, Thu) Lynch, Robert.................................. 389 (A4, Tue) Lysenko, Vladimir........................ 1390 (N2, Wed) Lyth, Stephen..................................704 (F4, Mon)

Meeting Program l May 11-15, 2014 l Orlando, FL

M

Ma, Chaoxiong................................ 914 (H2, Tue) Ma, Cheng....................................... 301 (A2, Thu) Ma, Jin Won...................................1634 (Z1, Tue) Ma, Sang Bok................................ 199 (A2, Wed) Ma, Shuai...................................... 1554 (Q2, Thu) Ma, Wen........................................... 710 (F4, Tue) Ma, Xuedan................................... 1176 (M4, Tue) Ma, Zhenqiang.............................. 1490 (Q1, Tue) Ma, Zi-Feng..................................... 718 (F4, Tue) Maa, Jer-Shen.............................. 1547 (Q2, Wed) Maboudian, Roya........................ 1253 (M7, Mon) Macak, Jan............755 (F4, Thu), 1686 (Z2, Wed) MacDougall, Barry........................865 (H1, Mon) Macedo, Daniel.......1674 (Z2, Tue), 1689 (Z2, Wed) Macedo, Graziele..........................1689 (Z2, Wed) Machado, A....................................... 40 (A1, Tue) Machado, Maria Manuela..............1602 (Z1, Tue) Machida, Katsuyuki..................... 1407 (N3, Tue), ...................................................... 1485 (Q1, Tue) Macias, Gerard.............................. 1491 (Q1, Tue) Mack, Florian................................... 629 (F1, Tue) Mack, Nathan.................................. 869 (H1, Tue) Mackey, J...................................... 1519 (Q2, Tue) Madan, Anita.........1440 (P2, Mon), 1443 (P2, Mon) Madisetti, Shailesh......................... 1457 (P2, Tue) Madou, M...................................... 1127 (M1, Tue) Madou, Marc......1129 (M1, Tue), 1130 (M1, Tue) Maeda, Ryutaro................................430 (B1, Tue) Maeda, Yutaro.................................450 (B1, Wed) Maejima, Kunimitsu.....................1711 (Z3, Wed) Maes, Ashley....................................617 (E5, Thu) Magagnin, Luca............................517 (D2, Mon), .......................... 526 (D2, Mon), 1253 (M7, Mon) Magasinski, Alexandre................... 181 (A2, Tue), ............................. 254 (A2, Wed), 1622 (Z1, Tue) Magnin, Jean-Pierre........................ 881 (H1, Tue) Mahammed, Atif..........................1342 (M9, Wed) Mahanta, Subrata......................... 1028 (H4, Tue), ......................................................1280 (M8, Tue) Mahapatro, Anil.......1633 (Z1, Tue), 1636 (Z1, Tue) Mahmood, Arif............................... 1611 (Z1, Tue) Mahto, Sanjeev............................. 1486 (Q1, Tue) Maia, Filipe..................................... 340 (A3, Tue) Maier, Stefan................................ 1548 (Q2, Wed) Mailley, Pascal................................612 (E5, Wed) Mailley, Sophie................................. 41 (A1, Tue) Maiocco, Lisa...............................1513 (Q2, Mon) Maiti, Spandan...................................6 (A1, Mon) Majors, Paul................................. 1002 (H3, Wed) Maki, Hideshi.................................. 503 (D1, Tue) Makimura, Yoshinari...................... 219 (A2, Wed) Malacrida, Paolo............................. 902 (H2, Tue) Malek, Kourosh............................... 809 (F6, Wed) 139

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Malizia, Mauro................................766 (F5, Mon) Malkhandi, Souradip.....................368 (A4, Mon), ............................370 (A4, Mon), 373 (A4, Mon), .......................................................376 (A4, Mon) Malyshkin, Dmitry......................... 355 (A3, Wed) Mammeri, Youcef............................674 (F2, Mon) Mandin, Philippe.............................572 (E4, Wed) Mani, Tomoyasu...........................1334 (M9, Wed) Maniam, Kranthi Kumar.................. 626 (F1, Tue) Manivannan, A.........64 (A1, Wed), 72 (A1, Wed), ..............................264 (A2, Wed), 502 (D1, Tue), .........................................................750 (F4, Thu) Manley, Robert.............................. 1561 (Q2, Thu) Mano, Nicolas................................. 982 (H3, Tue) Manohar, Aswin K........................368 (A4, Mon), ............................370 (A4, Mon), 373 (A4, Mon), .......................................................376 (A4, Mon) Manthiram, Arumugam................... 179 (A2, Tue) Manzanares, Marta..........................770 (F5, Mon) Maranowski, Bartosz...................... 650 (F1, Wed) Maranzana, Gael.............................. 788 (F6, Tue) Marathe, Archis............................... 883 (H1, Tue) Marcaccio, Massimo..................... 1092 (H8, Tue) Marchesini, Stefano........................ 340 (A3, Tue) Marcinek, Marek.......................... 1057 (H5, Tue), ..................................................... 1070 (H5, Wed) Maresca, Luke..............................1401 (N3, Mon) Mariappan, Sakthivel..................... 938 (H2, Wed) Maric, Radenka..............................441 (B1, Wed), ................................604 (E5, Wed), 634 (F1, Tue) Marino, Cyril................................... 295 (A2, Thu) Marinskiy, Dmitriy....................... 1391 (N2, Wed) Markovic, Nenad....... 611 (E5, Wed), 900 (H2, Tue) Marlair, Guy...................................... 41 (A1, Tue) Maroni, Victor................................. 193 (A2, Tue) Marques, Fernando.......................1689 (Z2, Wed) Marquez, Andres.............................481 (C1, Wed) Marro, James......1367 (N2, Tue), 1418 (N3, Wed) Marrocchelli, Dario....................... 353 (A3, Wed), ............................... 354 (A3, Wed), 714 (F4, Tue) Marsal, Lluis................................. 1491 (Q1, Tue) Marschilok, Amy........43 (A1, Tue), 175 (A2, Mon), ................................191 (A2, Tue), 510 (D1, Tue) Marshak, Michael....... 395 (A4, Tue), 397 (A4, Tue) Martel, Richard..............................1577 (R1, Tue) Martha, Surendra......225 (A2, Wed), 289 (A2, Wed) Martin, Candace.............................1599 (Z1, Tue) Martin, Jean-Frédéric..................... 311 (A2, Thu), ........................................................ 642 (F1, Wed) Martin, Nazario............................1220 (M5, Wed) Martinelli, Antonio........................1674 (Z2, Tue), ......................................................1689 (Z2, Wed) Martinet, Sebastien......................... 195 (A2, Tue) Martinez, Hervé............................379 (A4, Mon), ............................ 639 (F1, Wed), 1067 (H5, Wed) Martinez, James............................... 88 (A1, Wed) Martinez, Madison......................... 232 (A2, Wed) Martinez, Ulises.........869 (H1, Tue), 929 (H2, Wed) Martinez-Duarte, Rodrigo............. 1122 (M1, Tue) Martyla, Agnieszka........................ 939 (H2, Wed) Maruizumi, Takuya........................1574 (R1, Tue) Maruo, Yasuko.................................434 (B1, Tue) Maruyama, Shigeo..................... 1138 (M2, Mon), .....................................................1204 (M4, Wed) Mascher, Peter................................1578 (R1, Tue) Masher, Peter.................................1585 (R1, Tue) Masini, Federico............................. 907 (H2, Tue) Masquelier, Christian....................... 94 (A1, Wed) Masse, Robert.................................. 52 (A1, Wed) Mastragostino, Marina.................. 1061 (H5, Tue) Masu, Kazuya............................... 1407 (N3, Tue) Masud, Jahangir.............................366 (A4, Mon) Masuda, Hideki.............................1284 (M8, Tue) Masuda, Takuya............................887 (H2, Mon), ...............................903 (H2, Tue), 952 (H2, Thu), ........................... 1093 (H8, Tue), 1293 (M8, Tue)

Matano, Yoshihiro.........................1238 (M6, Tue) Matanovic, Ivana.........690 (F2, Tue), 975 (H3, Tue) Matei, Elena......... 1538 (Q2, Wed), 1569 (R1, Mon) Mates, Thomas............................... 1456 (P2, Tue) Mathai, Cherian.............................. 274 (A2, Wed) Mathe, Mkhulu............................... 202 (A2, Wed) Mather, Sean................................1357 (N2, Mon) Mathiot, Daniel............................. 1469 (P2, Wed) Matic, Jamie...................................968 (H3, Mon) Matos, Jeronimo............................1677 (Z2, Tue), ...........................1691 (Z2, Wed), 1694 (Z2, Wed) Matranga, Christopher................... 948 (H2, Thu), ......................................................1695 (Z2, Wed) Matshaba, Malili............................. 699 (F2, Wed) Matsuda, Hitoshi...........................522 (D2, Mon), .............................524 (D2, Mon), 527 (D2, Mon) Matsuda, Kazunari........................ 1175 (M4, Tue) Matsue, Tomokazu...........................415 (B1, Tue) Matsui, Hirofumi...........................1323 (M9, Tue) Matsui, Ryota.................................1589 (R1, Tue) Matsukura, Haruka..........................442 (B1, Wed) Matsumoto, Futoshi........................ 783 (F5, Tue), .......................................................1632 (Z1, Tue) Matsumoto, Hajime....................... 1028 (H4, Tue) Matsumoto, Kei............................... 835 (G2, Tue) Matsumoto, Kouichi....................... 834 (G2, Tue) Matsumoto, Takuto......................... 350 (A3, Tue) Matsumura, Ryo............................. 1462 (P2, Tue) Matsuo, Takatoshi.........................1441 (P2, Mon) Matsuzaki, Hiroyuki.................... 1023 (H4, Tue), ........................... 1028 (H4, Tue), 1280 (M8, Tue) Matsuzawa, Koichi.........................610 (E5, Wed) Matthews, Allan..............................466 (C1, Wed) Matthews, Ken.............................1358 (N2, Mon) Maute, Kurt....................................319 (A3, Mon) May, Michael.................................1605 (Z1, Tue) Mayer, Theresa.........454 (B5, Mon), 1410 (N3, Tue) Mayrhofer, Karl.............................. 946 (H2, Thu) Mayrhuber, Immanuel....................372 (A4, Mon) Mazur, Ursula.........1311 (M9, Tue), 1314 (M9, Tue) McAllister, Quinn..........................328 (A3, Mon) McCamant, David...........................762 (F5, Mon) McCarty, Kevin............................ 1069 (H5, Wed) McClure, Joshua.............................663 (F2, Mon) McCormack, Rameech...................1649 (Z1, Tue) McCrabb, Heather...........................18 (A1, Mon), .......................................................166 (A2, Mon) McCreery, Richard...................... 1030 (H4, Wed), .....................................................1135 (M1, Wed) McDevitt, Michael...................... 1166 (M3, Mon) McDonald, Kenneth........................771 (F5, Mon) McDonough, Thomas..................1191 (M4, Wed) McIntyre, Melissa............................ 717 (F4, Tue) Mclaughlin, Paul...........................1442 (P2, Mon) McNealy, Benjamin.........................756 (F4, Thu) McNicholas, Brendon..................... 868 (H1, Tue) Meda, Lamartine.............................. 89 (A1, Wed) Medeiros, Amanda.........................1674 (Z2, Tue) Medeiros, M.................................... 845 (G2, Tue) Medel, Maria................................1343 (M9, Wed) Medina, Pablo Alberto................... 881 (H1, Tue), ........................................................ 884 (H1, Tue) Meersschaut, Johan....................... 1374 (N2, Tue) Mehdi, B. Layla............................... 52 (A1, Wed) Mehdi, Beata................................... 308 (A2, Thu) Mehlenbacher, Randy..................1191 (M4, Wed) Mehta, Mohit..................................1112 (H9, Tue) Mei, Donghai.................................. 294 (A2, Thu) Meini, Stefano................................. 146 (A1, Thu) Meisch, Tobias.............................. 1516 (Q2, Tue) Meisner, Roberta............................ 282 (A2, Wed) Meitei, Oinam.................................468 (C1, Wed) Melchy, Pierre-Éric..........................562 (E2, Tue) Melhuish, Chris............................ 1006 (H3, Wed) Meller, Mikolaj............................1042 (H5, Mon) Melli, Mauro............................... 1257 (M7, Mon)

Melo, Dulce....................................1674 (Z2, Tue) Melo, Francisco............................... 493 (C1, Thu) Mench, Matthew............................. 96 (A1, Wed), .............................371 (A4, Mon), 646 (F1, Wed), ........................................................675 (F2, Mon) Meng, Fanke...................................761 (F5, Mon) Meng, Gu......................................... 52 (A1, Wed) Meng, Lingkuan........................... 1371 (N2, Tue), ............................1465 (P2, Tue), 1697 (Z2, Wed) Meng, Shirley.................................. 340 (A3, Tue) Meng, Xiangbo............................... 187 (A2, Tue) Menne, Sebastian.......................... 1054 (H5, Tue) Menon, Madhu................................760 (F5, Mon) Mentek, Romain........................... 1571 (R1, Mon) Menzel, Jakub..............................1042 (H5, Mon) Menzler, Norbert.............................. 712 (F4, Tue) Merckling, Clement.....................1360 (N2, Mon) Meredith, R................................... 1519 (Q2, Tue) Mermut, Ozzy..............................1482 (Q1, Mon) Merten, Clemens............................. 144 (A1, Thu) Mertens, Robert.............................1656 (Z1, Tue), ......................................................1698 (Z2, Wed) Merzel, Rachel................................ 831 (G2, Tue) Mesa, Jesus....................................1645 (Z1, Tue) Metzger, Michael............................ 295 (A2, Thu) Meulenberg, Robert.................... 1570 (R1, Mon), .......................................................1590 (R1, Tue) Meyer, Ernst.................................1337 (M9, Wed) Meyer, Hinrich............................... 211 (A2, Wed) Meyer, Quentin................................13 (A1, Mon) Meyerhoff, Mark............................1107 (H9, Tue) Mi, Zetian..................................... 1565 (R1, Mon) Miao, Tengfei.............................. 1256 (M7, Mon) Mibus, Marcel.............................. 1380 (N2, Wed) Michaelis, Alexander...................... 300 (A2, Thu) Michel, Kyle................................... 697 (F2, Wed) Michler, Johann............................. 1558 (Q2, Thu) Miecznikowski, Krzysztof............ 927 (H2, Wed), ..............................947 (H2, Thu), 1063 (H5, Tue) Mieszala, Maxime......................... 1558 (Q2, Thu) Mike, Jared..................................... 288 (A2, Wed) Mikhelson, Konstantin.................1096 (H9, Mon) Mikos, Antonios.......................... 1170 (M3, Mon) Milev, Adriyan............................... 250 (A2, Wed) Miller, Joseph................................1595 (R1, Wed) Mills, Bernice...............................1193 (M4, Wed) Mills, Douglas.................................465 (C1, Wed) Milshtein, Jarrod........701 (F4, Mon), 736 (F4, Wed) Milton, Ross.................................... 983 (H3, Tue) Min, Kyung-Seok........................... 129 (A1, Wed) Min, Myoungki.............................. 228 (A2, Wed) Minakova, Tatiana...........................480 (C1, Wed) Minakshi, Manickam....................... 81 (A1, Wed) Minegishi, Tsutomu...................... 1023 (H4, Tue) Mineo, Takehiro............................ 1093 (H8, Tue) Minoret, Stéphane......................... 1469 (P2, Wed) Minteer, Shelley............................963 (H3, Mon), ............................. 969 (H3, Mon), 973 (H3, Tue), ........................................................ 983 (H3, Tue) Minutolo, Anthony........................ 1066 (H5, Tue) Mirkin, Chad....................................401 (B1, Tue) Mirza, Jeff....................................1050 (H5, Mon) Mirzaeian, Mojtaba....................... 205 (A2, Wed), ............................. 420 (B1, Tue), 1247 (M6, Tue) Misawa, Hiroaki............................1288 (M8, Tue) Misiewicz, Jan..... 1581 (R1, Tue), 1585 (R1, Tue) Misra, Durga................................1356 (N2, Mon) Misra, Monica................................. 869 (H1, Tue) Misra, Pankaj.............................. 1417 (N3, Wed), ........................... 1466 (P2, Tue), 1557 (Q2, Thu), .......................... 1559 (Q2, Thu), 1562 (Q2, Thu), .............................1708 (Z3, Tue), 1709 (Z3, Tue) Misra, Veena................................. 453 (B5, Mon), ............................. 454 (B5, Mon), 455 (B5, Mon) Mistry, Kevin............................. 1145 (M2, Mon), .........................1194 (M4, Wed), 1195 (M4, Wed)

140

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Misture, Scott................................... 714 (F4, Tue) Mitchell, Reginald........................... 733 (F4, Wed) Mitchell, William........................... 1456 (P2, Tue) Mitra, Subhasish........................... 1188 (M4, Tue) Mitra, Sushanta................................404 (B1, Tue) Mitrovic, Ivona............................1357 (N2, Mon) Mitsudo, Koichi............................818 (G2, Mon), ................................839 (G2, Tue), 840 (G2, Tue) Mitsushima, Shigenori....................610 (E5, Wed) Mittal, Surbhi................................1442 (P2, Mon) Miura, Ryuji....................................668 (F2, Mon) Miura, Takashi................................ 494 (C1, Thu) Miyabe, Sayaka...............................469 (C1, Wed) Miyamoto, Akira.............................668 (F2, Mon) Miyamura, Makoto......................1405 (N3, Mon) Miyao, Masanobu.......................... 1462 (P2, Tue) Miyatake, Kenji................................ 692 (F2, Tue) Miyauchi, Masahiro........................ 783 (F5, Tue), .......................................................1632 (Z1, Tue) Miyauchi, Yuhei............................ 1175 (M4, Tue) Mizoe, Masahiro............................964 (H3, Mon) Mizuhata, Minoru........................... 503 (D1, Tue) Mo, Runwei................................... 267 (A2, Wed) Mochalov, Sergey.......................... 123 (A1, Wed), ....................................................... 125 (A1, Wed) Modibedi, Remegia........................ 202 (A2, Wed) Módolo, Márcio............................... 726 (F4, Tue) Moeller, Kevin.........817 (G2, Mon), 826 (G2, Mon) Mogensen, Mogens.........................708 (F4, Mon) Moghadam, Hassan......................1482 (Q1, Mon) Moghaddam, Saeed........................ 488 (C1, Thu), ...............................536 (E1, Tue), 587 (E4, Wed), ...............................588 (E4, Wed), 635 (F1, Tue), ......................................................1269 (M7, Tue) Mogni, Liliana.................................. 723 (F4, Tue) Mohajeri, Nahid..............................616 (E5, Thu), ............................... 797 (F6, Wed), 812 (F6, Wed) Mohamed, Adel...............................479 (C1, Wed) Mohammed, Ahmed......................1270 (M7, Tue) Mohanty, Debasish.......................... 194 (A2, Tue) Mohite, Aditya................................ 869 (H1, Tue) Moinpour, Mansour....................... 1435 (P1, Tue) Molis, Steven................................1440 (P2, Mon) Moller-Holst, Steffen...................... 805 (F6, Wed) Molls, Christoph............................1118 (H9, Tue) Molter, Trent............ 637 (F1, Tue), 638 (F1, Tue) Momma, Toshiyuki........................ 242 (A2, Wed) Monaco, Simone........................... 1061 (H5, Tue) Monaghan, S................................ 1390 (N2, Wed) Monconduit, Laure......................... 639 (F1, Wed), ..................................................... 1067 (H5, Wed) Mondal, Biswajit..........................1342 (M9, Wed) Mondal, Sujit........ 484 (C1, Thu), 530 (D2, Mon) Monnier, John...... 922 (H2, Wed), 1657 (Z1, Tue) Mönnighoff, Xaver......................... 162 (A1, Thu) Monsieur, Frederic......................... 1452 (P2, Tue) Montano, Gabriel.........................1344 (M9, Wed) Montazeri, Hanif.............................. 691 (F2, Tue) Montenegro-Hernández, Alejandra........................ ......................................................... 723 (F4, Tue) Montgomery, Christa....................1442 (P2, Mon) Moo, James..................................... 942 (H2, Thu) Moon, Bum Ki............................... 115 (A1, Wed) Moon, Eui-seong............................. 330 (A3, Tue) Moon, Jinok......... 1425 (P1, Tue), 1429 (P1, Tue) Moon, Joong-Ho............................ 454 (B5, Mon) Moore, Ana..................................1332 (M9, Wed) Moore, Katherine..........................1331 (M9, Tue) Moore, Michael................................410 (B1, Tue) Moore, Thomas............................1332 (M9, Wed) Mora, Pascal................................... 1452 (P2, Tue) Moradi Ghadi, Bahar..................... 224 (A2, Wed) Morales-Acosta, D...........................595 (E5, Tue) Morante, Joan..................................770 (F5, Mon)

More, Karren............31 (A1, Tue), 301 (A2, Thu), ...............................614 (E5, Wed), 788 (F6, Tue), ................................794 (F6, Tue), 869 (H1, Tue), .............................. 888 (H2, Mon), 955 (H2, Thu) Moreira, Roberta.............................474 (C1, Wed) Morell, Gerardo..............................1708 (Z3, Tue) Moreno, Joaquin Lorenzo........... 1309 (M9, Mon) Moreno, Monica.............................. 992 (H3, Tue) Moreno, Roberto............................ 360 (A3, Wed) Morgan, Dane................................889 (H2, Mon) Mori, Nobuya............................... 1571 (R1, Mon) Mori, Ryohei..................................171 (A2, Mon) Mori, Yasuro....................................431 (B1, Tue) Morimitsu, Masatsugu...................1614 (Z1, Tue) Morishima, Yuji...............................551 (E1, Tue) Morita, Yuki..................................1293 (M8, Tue) Moriyama, Satoshi....................... 1035 (H4, Wed) Moriyama, Yoshihiko..................... 1454 (P2, Tue) Morofuji, Tatuya............................815 (G2, Mon) Moroz, Victor................................. 1449 (P2, Tue) Morrow, Wayne............................. 1555 (Q2, Thu) Moss, Eugene.................................1650 (Z1, Tue) Moss, Pedro.................................... 59 (A1, Wed), .............................. 151 (A1, Thu), 1650 (Z1, Tue) Motoya, Tsukasa............................ 1463 (P2, Tue) Motsegood, Perry............................ 870 (H1, Tue) Motsoeneng, Rapelang................... 202 (A2, Wed) Mou, Xuehao............................... 1255 (M7, Mon) Moulton, Simon.............................856 (H1, Mon) Mourier, Thierry............................ 1469 (P2, Wed) Mourzagh, Djamel......................... 117 (A1, Wed) Mousavi, Maral............................1099 (H9, Mon) Mousavi, Zekra............................1094 (H9, Mon) Moussa, Fathi................................1246 (M6, Tue) Moy, Derek...................................... 64 (A1, Wed) Moylan, Thomas.............................602 (E5, Wed) Mubarak, Muhammad....................827 (G2, Mon) Muccillo, Eliana....... 728 (F4, Tue), 731 (F4, Tue) Muccillo, R......................................570 (E2, Tue) Mudgal, Tarun............................... 1561 (Q2, Thu) Mueller, Brennen......................... 1471 (P2, Wed), ...................................................... 1473 (P2, Wed) Mujahid, Adnan................................563 (E2, Tue) Mukaibo, Hitomi........................... 276 (A2, Wed), .......................................................317 (A3, Mon) Mukerjee, Sanjeev...........................602 (E5, Wed) Mukherjee, Partha.......................... 153 (A1, Thu), ...............................313 (A2, Thu), 332 (A3, Tue), ........................................................ 336 (A3, Tue) Mukherjee, Somik......................... 274 (A2, Wed), ......................................................1268 (M7, Tue) Mukundan, Rangachary.................446 (B1, Wed), ................................748 (F4, Thu), 788 (F6, Tue), ................................ 793 (F6, Tue), 794 (F6, Tue), ........................................................ 797 (F6, Wed) Muldoon, John................................. 66 (A1, Wed) Mulet, Marc..................................1213 (M5, Wed) Mullings, Matthew....................... 1068 (H5, Wed) Mulvey, Justin............................. 1166 (M3, Mon) Munakata, Hirokazu....................... 103 (A1, Wed) Mundet, Bernat..............................1583 (R1, Tue) Munichandraiah, N.......................... 54 (A1, Wed) Munnangi, Anji Reddy.......................7 (A1, Mon) Muñoz, Eduardo............................1703 (Z3, Tue), .............................1704 (Z3, Tue), 1705 (Z3, Tue) Muñoz-García, Ana...................... 1031 (H4, Wed) Munroe, Norman........470 (C1, Wed), 495 (C1, Thu) Murakami, Takurou....................... 1028 (H4, Tue) Murakoshi, Kei.............................896 (H2, Mon), ...........................1290 (M8, Tue), 1291 (M8, Tue) Muramoto, Hirokazu........................ 623 (F1, Tue) Murata, Yasujiro...........................1224 (M5, Wed) Murawska, Magdalena................... 927 (H2, Wed) Murmann, Patrick............................. 42 (A1, Tue) Murota, Junichi............................1359 (N2, Mon) Murphy, Susan............................ 1164 (M3, Mon)

Murugesan, Vijayakumar..............375 (A4, Mon), ........................................................ 392 (A4, Tue) Mustain, William................................8 (A1, Mon) Mustarelli, Piercarlo...................... 1021 (H4, Tue) Muth, John.................................... 453 (B5, Mon), ............................. 454 (B5, Mon), 455 (B5, Mon) Muthukumar, Volga.......................... 626 (F1, Tue) Muthupillai, Raja........................ 1163 (M3, Mon) Myers, Deborah...... 790 (F6, Tue), 889 (H2, Mon) Mysyk, Roman............................... 114 (A1, Wed)

Meeting Program l May 11-15, 2014 l Orlando, FL

N

N., Munichandraiah......................... 81 (A1, Wed) Na, Hyunwoong.............................1647 (Z1, Tue) Nabatame, Toshihide.................... 1375 (N2, Tue), ..................................................... 1551 (Q2, Wed) Naber, Verena................................... 93 (A1, Wed) Nagai, Hiroyuki..............................816 (G2, Mon) Nagamatsu, Yohei...........................704 (F4, Mon) Nagano, Takahito..........................1275 (M8, Tue) Nagasawa, Fumika........................896 (H2, Mon), ......................................................1290 (M8, Tue) Nagase, Shigeru...........................1225 (M5, Wed) Nagashio, Kosuke........................1445 (P2, Mon), ....................................................... 1455 (P2, Tue) Nagata, Mikito...... 102 (A1, Wed), 159 (A1, Thu) Nagata, Takahiro........................... 1376 (N2, Tue) Nagata, Toshi...............................1347 (M9, Wed) Nagy, Sayed.................................1135 (M1, Wed) Nahm, KeeSuk............................. 1015 (H3, Wed) Nahm, Sahn....................................1647 (Z1, Tue) Naima Guenifi, Guenifi................ 1393 (N2, Wed) Nakabayashi, Koji........................... 846 (G2, Tue) Nakafuji, Hiroki.............................961 (H3, Mon) Nakahara, Hiroshi......................... 212 (A2, Wed), ....................................................... 214 (A2, Wed) Nakamura, G................................1356 (N2, Mon) Nakamura, Nariaki......................... 839 (G2, Tue), ........................................................ 840 (G2, Tue) Nakamura, Ryuhei........................... 779 (F5, Tue) Nakamura, Takashi........................... 715 (F4, Tue) Nakanishi, Takuya............................431 (B1, Tue) Nakano, Masanori............................415 (B1, Tue) Nakao, Yukihisa............................1441 (P2, Mon) Nakayama, Akira............................. 952 (H2, Thu) Nakayama, Ken-ichi.....................1237 (M6, Tue) Nakazawa, Hirokazu..................... 1485 (Q1, Tue) Nam, DoHwan................................. 91 (A1, Wed) Nam, Kyung-Wan.......................... 306 (A2, Thu), ........................................................ 314 (A2, Thu) Nam, Se Kwang.............................1587 (R1, Tue) Nam, Suk Woo................................ 696 (F2, Wed) Namkoong, Gon............................... 782 (F5, Tue) Nanda, Jagjit........225 (A2, Wed), 289 (A2, Wed), ................................398 (A4, Tue), 501 (D1, Tue) Nara, Hiroki................................... 242 (A2, Wed) Narano, Kazuhiro............................450 (B1, Wed) Narayanan, Ranga..........................1663 (Z1, Tue) Narayanan, S......... 64 (A1, Wed), 368 (A4, Mon), ............................370 (A4, Mon), 373 (A4, Mon), .............................. 376 (A4, Mon), 400 (A4, Tue) Narayanan, Sumaletha.................... 296 (A2, Thu) Narayanan, Tharangattu.................1612 (Z1, Tue) Nardis, Sara...................................1319 (M9, Tue) Naruskevicius, Leonas.....................598 (E5, Tue) Narváez Villarrubia, Claudia......... 979 (H3, Tue), ..................................................... 1013 (H3, Wed) Nascimento, Rubens.....................1689 (Z2, Wed) Nash, Christena............................... 918 (H2, Tue) Nash, Philip.................................... 292 (A2, Wed) Nasibulin, Albert......................... 1138 (M2, Mon) Nasybulin, Eduard.......52 (A1, Wed), 56 (A1, Wed), ................................308 (A2, Thu), 505 (D1, Tue) Natarajan, T...................................... 73 (A1, Wed) Navarrete, Emilio..........................1703 (Z3, Tue), .......................................................1704 (Z3, Tue) 141

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Navarro-Suárez, Adriana................ 114 (A1, Wed) Navulla, Anantharamulu.................. 89 (A1, Wed) Nazarov, Aleksey......................... 1390 (N2, Wed) Nazri, Gholam-Abbas.................... 216 (A2, Wed) Nazri, Maryam............................... 216 (A2, Wed) Neal, Craig......................................438 (B1, Tue), .............................1660 (Z1, Tue), 1662 (Z1, Tue) Nedellec, Yannig............................. 805 (F6, Wed) Negro, Enrico........ 12 (A1, Mon), 1017 (H4, Tue) Nekrasov, Alexander.................... 1077 (H5, Wed) Nelson, Ruben..........57 (A1, Wed), 59 (A1, Wed), ............................. 206 (A2, Wed), 1650 (Z1, Tue) Nelson, Travis.................................. 87 (A1, Wed) Nepomnyashchii, Alex..................1277 (M8, Tue) Nerut, Jaak..........1156 (M2, Tue), 1641 (Z1, Tue) Nesterov, Vlad...............................1330 (M9, Tue) Neto, M........................................... 845 (G2, Tue) Neurock, Matthew........................... 910 (H2, Tue) Neuschl, Benjamin........................ 1516 (Q2, Tue) Nevers, Doug................................... 77 (A1, Wed) Nezafati, Maysam........................1133 (M1, Wed) Ng, Tien........... 1477 (Q1, Mon), 1545 (Q2, Wed) Ngaboyamahina, Edgard................864 (H1, Mon) Ngai, Tat.......................................1358 (N2, Mon) Ngo, Duc Tung............................... 258 (A2, Wed) Ngoepe, Phuti.................................. 699 (F2, Wed) Ngoo, Yi....................................... 1531 (Q2, Tue), ..........................1540 (Q2, Wed), 1546 (Q2, Wed) Nguyen, Bichlien...........................826 (G2, Mon) Nguyen, Duc................................ 1395 (N2, Wed) Nguyen, Duc Ba.............................1625 (Z1, Tue) Nguyen, Hieu............................... 1565 (R1, Mon) Nguyen, Minh-Anh......................... 841 (G2, Tue) Nguyen, Nhan......1252 (M7, Mon), 1696 (Z2, Wed) Nguyen, Phuong Khanh...................424 (B1, Tue) Nguyen, Son..................................1440 (P2, Mon) Nguyen, Trong-Khoa..................... 343 (A3, Tue), ................................674 (F2, Mon), 689 (F2, Tue) Nguyen, Trung..............................366 (A4, Mon), ...............................374 (A4, Mon), 545 (E1, Tue) Nguyen, Tu.......... 271 (A2, Wed), 1281 (M8, Tue) Ni, Haifang..................................... 281 (A2, Wed) Ni, Meng....................................... 290 (A2, Wed), ................................. 677 (F2, Tue), 684 (F2, Tue) Ni, Qing...........................................547 (E1, Tue) Nicholas, Jason......348 (A3, Tue), 351 (A3, Tue), ............................... 361 (A3, Wed), 721 (F4, Tue) Nichols, Richard............................ 203 (A2, Wed) Nicolini, Fabio...............................520 (D2, Mon) Nie, Zimin............. 52 (A1, Wed), 165 (A2, Mon), ............................. 375 (A4, Mon), 383 (A4, Tue), ................................391 (A4, Tue), 396 (A4, Tue) Niedzicki, Leszek.......................... 1057 (H5, Tue) Niehoff, Philip................................... 42 (A1, Tue) Nierengarten, Iwona......................1243 (M6, Tue) Nierengarten, Jean-François.........1243 (M6, Tue) Niigata, Kazutaka............................450 (B1, Wed) Nikiforov, Aleksey.........................577 (E4, Wed), ........................................................613 (E5, Wed) Nikoleishvili, Paata..........................21 (A1, Mon) Nilges, Tom..................................... 295 (A2, Thu) Nilsson, Anders............................... 902 (H2, Tue) Nilsson, Mikael............................... 873 (H1, Tue) Nino, Juan............. 298 (A2, Thu), 745 (F4, Wed), .............................. 749 (F4, Thu), 1526 (Q2, Tue) Nisa, Zaib.........................................563 (E2, Tue) Nishi, Hiroyasu............................1275 (M8, Tue), ......................................................1286 (M8, Tue) Nishikawa, Kei............................... 103 (A1, Wed) Nishimura, Takashi.........................705 (F4, Mon) Nishimura, Tomonori...................1445 (P2, Mon), ....................................................... 1455 (P2, Tue) Nishio, Kazuyuki..........................1284 (M8, Tue) Nishiyama, Shigeru........................819 (G2, Mon) Nitani, Hiroaki.............................. 1093 (H8, Tue) Nitta, Kiyofumi............................. 1093 (H8, Tue)

Nitta, Naoki.................................... 254 (A2, Wed) Nitta, Naoki.................................... 245 (A2, Wed) Nobili, Luca................................ 1253 (M7, Mon) Nobuyuki, Shimizu......................... 698 (F2, Wed) Noculak, Agnieszka.......................1581 (R1, Tue) Noda, Zhiyun..................................704 (F4, Mon) Noe, Jonathan................................ 1181 (M4, Tue) Noguchi, Hidenori.........................887 (H2, Mon), ..............................952 (H2, Thu), 1083 (H8, Tue) Noh, H.-J........................................ 132 (A1, Wed) Nohira, Toshiyuki............................584 (E4, Wed) Nokami, Toshiki.......... 835 (G2, Tue), 837 (G2, Tue) Noll, Pascal..................................... 163 (A1, Thu) Nõmmiste, Ergo............................ 1087 (H8, Tue) Nonell, Santiago............................1313 (M9, Tue) Nørgaard, Casper.......806 (F6, Wed), 807 (F6, Wed) Norkus, Eugenijus.........................521 (D2, Mon), ................................593 (E5, Tue), 596 (E5, Tue), ................................597 (E5, Tue), 598 (E5, Tue), ........................................................607 (E5, Wed) Normand, Pascal...........................1594 (R1, Wed) Norouzifard, Vahid.......555 (E2, Tue), 556 (E2, Tue) Nørskov, Jens......... 670 (F2, Mon), 901 (H2, Tue) North, Thomas................................ 490 (C1, Thu) Northrop, Paul....... 143 (A1, Thu), 155 (A1, Thu), ............................320 (A3, Mon), 321 (A3, Mon), ............................. 380 (A4, Mon), 387 (A4, Tue), .........................................................549 (E1, Tue) Nosach, Tetiana..............................1628 (Z1, Tue) Nosaka, Takenori.........................1348 (M9, Wed) Notsu, Hideo..................................892 (H2, Mon) Noury, Adrien.................................1576 (R1, Tue) Novoselov, Kostya...................... 1260 (M7, Mon) Nowak, Ryszard............................. 939 (H2, Wed) Nowak, Sascha................................. 42 (A1, Tue), ................................ 93 (A1, Wed), 162 (A1, Thu) Nowicka, Anna................................ 917 (H2, Tue) Ntais, Spyridon................................ 719 (F4, Tue) Null, Emily..............915 (H2, Tue), 916 (H2, Tue) Nunes, Luiza.................................. 931 (H2, Wed) Nurgaliev, Azat............................... 123 (A1, Wed) Nyholm, Leif................................... 500 (D1, Tue)

Ok, Yul......................................... 1544 (Q2, Wed) Oka, Hideaki.................................. 219 (A2, Wed) Okada, Yohei......... 828 (G2, Mon), 838 (G2, Tue) Okajima, Takeyoshi........................ 942 (H2, Thu) Okamoto, Koichiro......................1405 (N3, Mon) Okamoto, Mari............................. 1539 (Q2, Wed) Okamura, Yuuya.............................818 (G2, Mon) Okazaki, Toshiya.......................... 1173 (M4, Tue), .....................................................1217 (M5, Wed) Okoro, Chukwudi......................... 1367 (N2, Tue), ..........................1415 (N3, Wed), 1418 (N3, Wed) Oktyabrsky, Serge.......................... 1457 (P2, Tue) Okubo, Tatsuya................................418 (B1, Tue) Okuda, Chikaaki............................ 219 (A2, Wed) Oladimeji, Charles.......................... 151 (A1, Thu) Oliveira, Eneas................................ 874 (H1, Tue) Oliveira, Myriano........................ 1254 (M7, Mon) Oliveira, Osvaldo.......................... 1159 (M2, Tue) Olmstead, Marilyn.......................1227 (M5, Wed) Olsen, Michele............................ 1145 (M2, Mon) Olsowski, Birke-Elisabeth............. 285 (A2, Wed) Oltean, Gabriel................................ 500 (D1, Tue) O’Malley, Rachel............................602 (E5, Wed) O’Meara, David...........................1358 (N2, Mon) Omenya, Fredrick........................... 304 (A2, Thu) Omosebi, Ayokunle..........................541 (E1, Tue) Omura, Jun......................................660 (F2, Mon) Ong, Mitchell............................... 1075 (H5, Wed) Onishi, Yuki...................................818 (G2, Mon) Ono, Hideki.....................................584 (E4, Wed) Ono, Mizuki................................... 1454 (P2, Tue) Onyeozili, Edith.............................525 (D2, Mon) Ooi, Boon......... 1477 (Q1, Mon), 1545 (Q2, Wed) Oono, Yuka............ 119 (A1, Wed), 668 (F2, Mon) Or-Bach, Zvi................................1401 (N3, Mon) Oralkan, Omer................................ 454 (B5, Mon) Orazem, Mark............486 (C1, Thu), 487 (C1, Thu), ............................... 488 (C1, Thu), 536 (E1, Tue), ...............................587 (E4, Wed), 588 (E4, Wed) Orhan, Orcun.................................. 1430 (P1, Tue) O’Riordan, Alan...............................410 (B1, Tue) Orita, Yukiko........524 (D2, Mon), 527 (D2, Mon) Orlandi, Marcelo............................1674 (Z2, Tue) Orlovskaya, Nina........349 (A3, Tue), 744 (F4, Wed) Orlowska, Justyna........................1049 (H5, Mon) Orozco, Diana................................. 956 (H2, Thu) Ortiz, Julian....................................1655 (Z1, Tue) Osaka, Tetsuya....... 242 (A2, Wed), 431 (B1, Tue) Osawa, Masatoshi..........................898 (H2, Mon) Oshihara, Kenzo............................. 122 (A1, Wed) Oshima, Nagayasu....................... 1567 (R1, Mon) Ossipova, Anna............................... 148 (A1, Thu) Osten, H. Joerg.............................1352 (N2, Mon) Ostling, Mikael............................1357 (N2, Mon) Ostrovskiy, Eugene...................... 1065 (H5, Tue), ..................................................... 1076 (H5, Wed) Osuna, Sílvia...............................1212 (M5, Wed), ......................... 1223 (M5, Wed), 1231 (M6, Tue) Ota, Ken-ichiro...............................610 (E5, Wed) Otani, Minoru......... 659 (F2, Mon), 906 (H2, Tue) Ou, Keng-Liang...............................567 (E2, Tue) Ou, Shih-Fu......................................567 (E2, Tue) Ouerghi, Issam............................. 1389 (N2, Wed) Owrutsky, Jeffrey......................... 1548 (Q2, Wed) Ozanam, François......................... 1088 (H8, Tue) Ozdemir, M. Ozan........637 (F1, Tue), 638 (F1, Tue) Ozdemir, Zeynep............................ 1430 (P1, Tue) Ozoemena, Kenneth....................... 202 (A2, Wed) Ozturk, Mehmet............................. 455 (B5, Mon)

142

O

Obeisun, Oluwamayowa..................20 (A1, Mon) Obeng, Yaw........1367 (N2, Tue), 1368 (N2, Tue), ..........................1415 (N3, Wed), 1418 (N3, Wed) Ochi, Kentaro.................................. 491 (C1, Thu) Oconnor, K...................................1506 (Q2, Mon) Oda, Minoru................................... 1454 (P2, Tue) Odaya, Silvia....................................566 (E2, Tue) Ogawa, Masafumi..........................1613 (Z1, Tue) Ogawa, Takuji.............................1211 (M4, Wed), ...........................1348 (M9, Wed), 1627 (Z1, Tue) Ogawa, Takuji..............................1320 (M9, Tue), .....................................................1347 (M9, Wed) Ogura, Atsushi............................. 1551 (Q2, Wed) Oh, Hoon Jung..............................1712 (Z3, Wed) Oh, Hwa Sub................................ 1553 (Q2, Wed) Oh, Ji-Won.....................................1647 (Z1, Tue) Oh, Seung Hun...............................1634 (Z1, Tue) Oh, Seung-Min............................... 131 (A1, Wed) O’Hayre, Ryan................................ 803 (F6, Wed) Ohba, Hisashi............................... 1392 (N2, Wed) Ohi, Akihiko.......1375 (N2, Tue), 1551 (Q2, Wed) Ohkubo, Kei..................................1330 (M9, Tue) Ohmi, Hiromasa............................1715 (Z3, Wed) Ohmi, Tadahiro........................... 1394 (N2, Wed), ............................1441 (P2, Mon), 1463 (P2, Tue) Ohodnicki, Paul............................... 948 (H2, Thu) Ohsaka, Takeo................................. 942 (H2, Thu) Ohtake, Hiroshi............................. 1412 (N3, Tue) Ohtani, Bunsho.............................. 850 (G2, Tue), ...........................1289 (M8, Tue), 1294 (M8, Tue) Oishi, Tetsuo...................................584 (E4, Wed) Ojima, Mayuko.............................1320 (M9, Tue)

P

P., Bhyrappa..................................1329 (M9, Tue) Pacey, Gilbert................................ 1063 (H5, Tue) Pacuretu, Catalina...........................478 (C1, Wed) Padama, Allan Abraham.............. 1309 (M9, Mon) Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Paddison, Stephen........................... 68 (A1, Wed), ...........................1020 (H4, Tue), 1029 (H4, Tue), ...........................1018 (H4, Tue), 1066 (H5, Tue), ..................................................... 1071 (H5, Wed) Padmanbhan, Vivek....................... 203 (A2, Wed) Padmore, Howard........................... 340 (A3, Tue) Paek, Seungwoo..............................589 (E4, Wed) Paesani, Francesco....................... 1033 (H4, Wed) Paez, Maritza.......... 493 (C1, Thu), 954 (H2, Thu) Pahom, Zoia.................................... 882 (H1, Tue) Paik, Ungyu......... 1425 (P1, Tue), 1429 (P1, Tue) Paillard, Vincent............................1594 (R1, Wed) Pailleret, Alain................................864 (H1, Mon) Paillet, Matthieu............................ 1186 (M4, Tue) Pak, Chanho.......... 228 (A2, Wed), 615 (E5, Wed) Pakalapati, Suryanarayana.............. 679 (F2, Tue), ................................ 680 (F2, Tue), 682 (F2, Tue), ......................................................... 683 (F2, Tue) Pal, Siladitya......................................6 (A1, Mon) Pal, Uday.............. 701 (F4, Mon), 709 (F4, Mon), ............................... 736 (F4, Wed), 741 (F4, Wed) Pala, Marco................................... 1372 (N2, Tue) Palanisamy, Ramesh................... 1146 (M2, Mon) Pallares, Josep............................... 1491 (Q1, Tue) Palm, Rasmus...............................1045 (H5, Mon) Palmore, G. Tayhas.........................768 (F5, Mon) Palomares, Emilio........................1480 (Q1, Mon) Palubiak, Darek............................1484 (Q1, Mon) Pampillon, María..........................1355 (N2, Mon) Pan, Chun-Jern................................ 309 (A2, Thu) Pan, Fu........................................... 926 (H2, Wed) Pan, Jie............................................ 339 (A3, Tue) Pan, Xiaoqing..................................763 (F5, Mon) Pan, Zhenxing...............................1277 (M8, Tue) Pandey, Rakesh............................ 1035 (H4, Wed) Paneri, Abhilash............................1269 (M7, Tue) Pannala, Sreekanth......................... 225 (A2, Wed) Pansila, P. Pungboon.................... 1392 (N2, Wed) Paolella, Andrea............................. 286 (A2, Wed) Paolesse, Roberto.........................1318 (M9, Tue), ......................................................1319 (M9, Tue) Paoli, Elisa...................................... 907 (H2, Tue) Paolucci, Francesco....................... 1092 (H8, Tue) Papa, Henry......................................439 (B1, Tue) Papageorgopoulos, Dimitrios......... 934 (H2, Wed) Papandrew, Alex............................ 801 (F6, Wed), ............................... 808 (F6, Wed), 953 (H2, Thu) Papasouliotis, George..................1513 (Q2, Mon) Parafiniuk, Kacper........................ 1032 (H4, Wed) Parak, Wolfgang............................ 1089 (H8, Tue) Paranjpe, Ajit................................ 1511 (Q2, Mon) Paranthaman, Mariappan.................750 (F4, Thu) Paraskevaidis, Harry................... 1257 (M7, Mon) Pardo, Virtudes..............................1241 (M6, Tue) Pardo Rodriguez, Virtudes...........1343 (M9, Wed) Parilla, Philip.............................. 1145 (M2, Mon) Park, Bong Je.................................1587 (R1, Tue) Park, Chan-Jin............................... 257 (A2, Wed), .............................258 (A2, Wed), 259 (A2, Wed), ....................................................... 260 (A2, Wed) Park, Choong-Do.........................1332 (M9, Wed) Park, Ho-Nyun.................................551 (E1, Tue) Park, Hyejin.....................................423 (B1, Tue) Park, Hyejin........514 (D1, Tue), 1263 (M7, Mon) Park, Hyeon Ki.............................. 1190 (M4, Tue) Park, Hyung-Jo............................ 1511 (Q2, Mon) Park, Ja Young...............................1678 (Z2, Tue) Park, James...................................... 88 (A1, Wed) Park, Jea-Gun.......... 1427 (P1, Tue), 1437 (P1, Tue), ........................... 1438 (P1, Tue), 1499 (Q1, Wed) Park, Jin-Bum................................ 133 (A1, Wed) Park, Jin-Goo................................. 1431 (P1, Tue) Park, Jin-Hwan............................... 223 (A2, Wed) Park, JinHyung.............................. 1427 (P1, Tue), ............................. 1437 (P1, Tue), 1438 (P1, Tue)

Park, Joo-Hyeong......................... 1499 (Q1, Wed) Park, Joung Kyu.............................1678 (Z2, Tue) Park, Ju-Won.................................. 134 (A1, Wed) Park, Jun-Beom............................ 1511 (Q2, Mon) Park, Jun-Seong........................... 1499 (Q1, Wed) Park, Jun-Young.............................1669 (Z1, Tue) Park, Ka-Young..............................1669 (Z1, Tue) Park, Kyung Ju................................ 531 (D2, Tue) Park, Kyusung................................... 47 (A1, Tue) Park, Min-Sik................................. 223 (A2, Wed) Park, Minsik................................... 116 (A1, Wed) Park, MiSeok................................1272 (M7, Tue) Park, Moonhan...............................1617 (Z1, Tue) Park, Sanghoon......438 (B1, Tue), 1660 (Z1, Tue) Park, Segeun...... 1397 (N2, Wed), 1604 (Z1, Tue) Park, Seok-Joo................................. 725 (F4, Tue) Park, Seong Soon...........................1623 (Z1, Tue) Park, Seung-Keun......................... 246 (A2, Wed), ....................................................... 249 (A2, Wed) Park, Seungwon.............................1637 (Z1, Tue) Park, Soo-gil.........110 (A1, Wed), 136 (A1, Wed) Park, Sun Tak.................................1587 (R1, Tue) Park, Sung......................................1706 (Z3, Tue) Park, Tae Jung................................1608 (Z1, Tue) Park, YeongMin..1131 (M1, Tue), 1675 (Z2, Tue) Park, Yongjik..................................1604 (Z1, Tue) Park, Young-Shin...........................1575 (R1, Tue) Park, Youngsin............................... 107 (A1, Wed) Parker, Charles............................ 1264 (M7, Mon) Parkinson, Bruce...........................1277 (M8, Tue) Parks, Christopher.........................1440 (P2, Mon) Parks, James....................................446 (B1, Wed) Parlinska-Wojtan, Magdalena........ 939 (H2, Wed) Pärna, Rainer................................. 1087 (H8, Tue) Parra-Vasquez, A. Nicholas.........1197 (M4, Wed), ........................ 1198 (M4, Wed), 1344 (M9, Wed) Parrish, Riley.................................... 693 (F2, Tue) Parulekar, Satish......544 (E1, Tue), 737 (F4, Wed) Pasaogullari, Ugur........................... 637 (F1, Tue), ............................... 638 (F1, Tue), 993 (H3, Wed) Pasciak, Erick.................................824 (G2, Mon) Pask, John.................................... 1075 (H5, Wed) Passerini, Stefano.........76 (A1, Wed), 78 (A1, Wed), ................................ 93 (A1, Wed), 163 (A1, Thu) Pate, Bradford..............................1508 (Q2, Mon) Patel, Bharat..........204 (A2, Wed), 278 (A2, Wed) Patel, Prasad........... 15 (A1, Mon), 112 (A1, Wed) Patel, Rajankumar.........................1684 (Z2, Wed) Patil, Deepak....................................755 (F4, Thu) Patil, Nishant................................. 1188 (M4, Tue) Patoux, Sebastien........195 (A2, Tue), 642 (F1, Wed) Patrick, Erin.......... 1504 (Q2, Mon), 1518 (Q2, Tue), ............................1525 (Q2, Tue), 1527 (Q2, Tue) Patrizi, Gary.................................1503 (Q2, Mon) Pattrick, Gary................................... 792 (F6, Tue) Paul, Devproshad............................ 643 (F1, Wed) Paul, Elizabeth...............................1605 (Z1, Tue) Paulson, Scott.................................. 496 (C1, Thu) Pavez, Jorge.................................... 954 (H2, Thu) Pavlovic, Zoran...... 620 (F1, Tue), 1643 (Z1, Tue) Pavone, Michele........................... 1031 (H4, Wed) Pavunny, Shojan P.......................... 1466 (P2, Tue) Pawlak, Remy..............................1337 (M9, Wed) Pawlak, Valeria................................433 (B1, Tue) Paz Velásquez, Enrique................... 485 (C1, Thu) Peacock, Bruce................................ 745 (F4, Wed) Pearman, Benjamin......................... 812 (F6, Wed) Pearton, S...................................... 1524 (Q2, Tue) Pearton, Stephen.......................... 1518 (Q2, Tue), ...........................1522 (Q2, Tue), 1525 (Q2, Tue), ...........................1527 (Q2, Tue), 1529 (Q2, Tue), .......................... 1552 (Q2, Wed), 1555 (Q2, Thu) Pech-Rodríguez, W .J......................591 (E5, Tue), .........................................................592 (E5, Tue) Peck, Dong-Hyun............................569 (E2, Tue), ...................................................... 1132 (M1, Tue)

Pecquenard, Brigitte....................... 101 (A1, Wed) Pedrosa, Valber................................436 (B1, Tue) Peinecke, Volker............................. 938 (H2, Wed) Pekas, Nikola............................... 1030 (H4, Wed) Pellegrinelli, Christopher................ 716 (F4, Tue), ................................. 722 (F4, Tue), 724 (F4, Tue) Pendley, Bradford........................ 1102 (H9, Mon) Penev, Evgeni...............................1203 (M4, Wed) Peng, Feng..............544 (E1, Tue), 737 (F4, Wed) Peng, Hao..........1497 (Q1, Wed), 1498 (Q1, Wed) Peng, Jing...................................... 1123 (M1, Tue) Peng, Wen-Chuan.......................... 1460 (P2, Tue), ....................................................... 1461 (P2, Tue) Penki, Tirupathi................................ 81 (A1, Wed) Perales, Juan................................... 925 (H2, Wed) Peralta, David.................................. 195 (A2, Tue) Pereira, Ernesto..............................1602 (Z1, Tue) Pereira, Nathalie........ 104 (A1, Wed), 304 (A2, Thu) Pereira, S.......................................1598 (R1, Wed) Pérez, Juan.................................... 1081 (H8, Tue) Perez, Samuel............................... 1419 (N3, Wed) Periwal, Priyanka..........................1594 (R1, Wed) Perkins, Robert...............................817 (G2, Mon) Perniola, Luca............................... 1377 (N2, Tue) Perry, Nicola.................................. 353 (A3, Wed) Perry III, Albert............................ 1014 (H3, Wed) Pervez, Syed Atif........................... 255 (A2, Wed) Pesaran, Ahmad............................... 147 (A1, Thu) Peshkova, Maria...........................1096 (H9, Mon) Pessoa, Christiana........429 (B1, Tue), 433 (B1, Tue) Peter, Benedikt.................................557 (E2, Tue) Peters, Andrea................................. 347 (A3, Tue) Peters, Dennis...............................821 (G2, Mon), .............................824 (G2, Mon), 827 (G2, Mon) Petrissans, Xavier........................... 252 (A2, Wed) Petrushina, Irina.........577 (E4, Wed), 613 (E5, Wed) Peuntinger, Katrin...........................762 (F5, Mon) Pezeshki, Alan................................371 (A4, Mon) Pham, An..............830 (G2, Mon), 1666 (Z1, Tue) Phan, Ngoc-Minh.......................... 1186 (M4, Tue) Phani, Kanala.................................1620 (Z1, Tue) Pharoah, Jon..................................... 789 (F6, Tue) Philippe, Julien............................. 1389 (N2, Wed) Philippe, Laetitia........................... 1558 (Q2, Thu) Philips, Ryan....................................566 (E2, Tue) Phillion, Andre.................................566 (E2, Tue) Phillips, Adam............................. 1140 (M2, Mon) Phillips, Jonathan............................614 (E5, Wed) Phillips, Ryan.................................. 810 (F6, Wed) Phillips, Ryan...................................565 (E2, Tue) Phipps, Jacob................................... 87 (A1, Wed) Pi, T..............................................1361 (N2, Mon) Piao, Yuanzhe................................ 246 (A2, Wed), ............................... 249 (A2, Wed), 432 (B1, Tue) Pietryga, Jeffrey.............................1575 (R1, Tue) Pigliafreddo, Dario...................... 1253 (M7, Mon) Pihl, Josh.........................................446 (B1, Wed) Pilar, Kartik........1065 (H5, Tue), 1076 (H5, Wed) Pillai, Rajesh................................ 1030 (H4, Wed) Pinchon, Erica................................962 (H3, Mon) Pinchuk, Alexey...............................420 (B1, Tue) Pinczuk, Aron.............................. 1248 (M7, Mon) Pint, Cary....................................... 115 (A1, Wed) Pintauro, Peter..................................534 (E1, Tue) Piszcz, Michal........1060 (H5, Tue), 1070 (H5, Wed) Pitsch, Heinz...................................661 (F2, Mon) Pizzagalli, Amandine.................... 1409 (N3, Tue) Pleros, Nikos................................1402 (N3, Mon) Plewa-Marczewska, Anna............. 1057 (H5, Tue) Plichta, Edward..............................378 (A4, Mon) Plotnikov, Victor......................... 1140 (M2, Mon) Poblet, Josep M............................1213 (M5, Wed) Podgaynyy, Nikolay.......................853 (H1, Mon) Podhorodecki, Artur......................1581 (R1, Tue), .......................................................1585 (R1, Tue) Podlaha-Murphy, Elizabeth..............548 (E1, Tue)

Meeting Program l May 11-15, 2014 l Orlando, FL

143

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Pohlmann, Sebastian..................... 1058 (H5, Tue) Pokora, Monika.............................. 939 (H2, Wed) Polczynski, Piotr....... 867 (H1, Mon), 875 (H1, Tue) Pollack, Alan..................................968 (H3, Mon) Pollet, Bruno...................................603 (E5, Wed) Pollet, Olivier............................... 1389 (N2, Wed) Polzin, Bryant................................ 213 (A2, Wed) Pomarico, Giuseppe......................1319 (M9, Tue) Ponce, Fernando............................ 1517 (Q2, Tue) Ponce, Ingrid................................... 954 (H2, Thu) Ponchak, G.................................... 1519 (Q2, Tue) Poncharal, Philippe..................... 1144 (M2, Mon) Ponte, Matthew............................1475 (Q1, Mon) Pop, Eric...................................... 1258 (M7, Mon) Popat, Sudeep............................... 1000 (H3, Wed) Pope, Tim.....................................1482 (Q1, Mon) Popov, Alexey............................ 1143 (M2, Mon), ........................ 1229 (M5, Wed), 1230 (M6, Tue), ...........................1232 (M6, Tue), 1244 (M6, Tue) Porfyrakis, Kyriakos....................1219 (M5, Wed) Poterala, Marcin........................... 1060 (H5, Tue), ........................... 1070 (H5, Wed), 1710 (Z3, Tue) Poudyal, Aditya............................... 388 (A4, Tue) Prabhu, Vivek............................... 1383 (N2, Wed) Pradhan, Aswini...........................1362 (N2, Mon) Prakash, Adithya............................1646 (Z1, Tue) Prakash, G. K......... 34 (A1, Tue), 370 (A4, Mon), .............................. 376 (A4, Mon), 400 (A4, Tue) Prakash, Jai..................................... 877 (H1, Tue) Prasher, Dixit..................................759 (F5, Mon) Preschitschek, Nina.......................... 78 (A1, Wed) Prevost, Jean..................................323 (A3, Mon) Price, Andrew................................ 1469 (P2, Wed) Prikhodko, Vitaly............................446 (B1, Wed) Priolo, Francesco...........................1591 (R1, Wed) Priyadarshini, Deepika..................1440 (P2, Mon) Proessdorf, Andre............................ 654 (F1, Wed) Prusinskas, Kestutis.......................521 (D2, Mon) Puebla, Ana.....................................613 (E5, Wed) Pujari, Sidharam.............................858 (H1, Mon) Pulletikurthi, Chandan.................... 495 (C1, Thu) Puravankara, Sreeraj....................... 295 (A2, Thu) Purcell, Steve.............................. 1144 (M2, Mon) Purdy, Geraldine............................. 869 (H1, Tue) Purrello, Roberto...........................1319 (M9, Tue) Putze, Marie.................................... 974 (H3, Tue) Pylypenko, Svitlana........................ 803 (F6, Wed) Pyschik, Marcelina........................... 93 (A1, Wed)

Radisic, Aleksandar........................ 508 (D1, Tue), ........................................................ 509 (D1, Tue) Radomskis, Algimantas...................598 (E5, Tue) Radovic, Miladin............................ 358 (A3, Wed) Radtke, Cláudio........................... 1254 (M7, Mon) Rafik, Mustapha............................. 1452 (P2, Tue) Ragnarsson, Lars-Åke................... 1370 (N2, Tue) Raina, Supil................................... 113 (A1, Wed), ...........................1266 (M7, Tue), 1699 (Z2, Wed) Rainka, Matthew............................. 347 (A3, Tue) Rainwater, Ben...............................1659 (Z1, Tue) Raja, Krishnan.......273 (A2, Wed), 764 (F5, Mon) Rajan, Krishna.................................760 (F5, Mon) Rajawat, Deepak..............................426 (B1, Tue) Rajesh, S.......................................1689 (Z2, Wed) Rajh, Tijana....................................170 (A2, Mon) Rakauskas, Justinas..........................597 (E5, Tue) Ram, Manoj....................................1671 (Z1, Tue) Ramadesigan, Venkatasailanathan......................... .......................................................321 (A3, Mon) Ramaker, David........602 (E5, Wed), 886 (H2, Mon) Ramalingam, Balavinayagam..........419 (B1, Tue) Ramanathan, Madhumati...................2 (A1, Mon) Ramanathan, Mayandi..................369 (A4, Mon), ................................385 (A4, Tue), 387 (A4, Tue) Ramanathan, S..... 1428 (P1, Tue), 1431 (P1, Tue) Ramanathan, Shriram..................... 365 (A3, Wed) Ramani, Vijay................................. 385 (A4, Tue) Ramasamy, Ramaraja......................414 (B1, Tue), ................................627 (F1, Tue), 980 (H3, Tue), ...............................991 (H3, Tue), 995 (H3, Wed) Ramey, Joanne............................... 282 (A2, Wed) Ramezanipour, Farshid................... 496 (C1, Thu) Ramirez, Joan Manel.....................1583 (R1, Tue) Ramirez-Caro, Alejandra.............1044 (H5, Mon) Rana, Atanu..................................1342 (M9, Wed) Ranava, David................................. 982 (H3, Tue) Ranjan, Chinmoy....... 620 (F1, Tue), 1643 (Z1, Tue) Rapino, Stefania............................ 1092 (H8, Tue) Rasmussen, Michelle....................968 (H3, Mon), .......................................................969 (H3, Mon) Rawat, Ashwani............................. 1435 (P1, Tue) Ray, Subrata...................................... 45 (A1, Tue) Rebohle, Lars................................1593 (R1, Wed) Rech, Ivan........ 1483 (Q1, Mon), 1496 (Q1, Wed) Recio, Francisco.............................. 954 (H2, Thu) Redmond, Erin................................675 (F2, Mon) Redondo, Edurne............................ 114 (A1, Wed) Reed, David........... 165 (A2, Mon), 383 (A4, Tue) Reed, Michael.............................. 1380 (N2, Wed) Reeping, Kyle.................................. 717 (F4, Tue) Rees, Paul.................................... 1162 (M3, Mon) Register, Joseph...........................1133 (M1, Wed) Register, Leonard........................ 1255 (M7, Mon) Rego, Rosa....................................1598 (R1, Wed) Rehnlund, David............................. 500 (D1, Tue) Reich, David.................................. 214 (A2, Wed) Reichert, Mathias............................. 76 (A1, Wed) Reichlin, William..........................1596 (R1, Wed) Reid, David..........1653 (Z1, Tue), 1661 (Z1, Tue) Reid, O’Rian................................... 804 (F6, Wed) Reid, Obadiah..............................1194 (M4, Wed) Reilly, Annie..................................1601 (Z1, Tue) Rein, Regis...................................1349 (M9, Wed) Reinecke, Thomas........................ 1548 (Q2, Wed) Reipa, Vytas................................. 1383 (N2, Wed) Reisch, Tobias..................................13 (A1, Mon) Reiter, Steven................................1440 (P2, Mon) Remsen, Edward............................ 1435 (P1, Tue) Ren, Fan.............1518 (Q2, Tue), 1522 (Q2, Tue), ............................1524 (Q2, Tue), 1525 (Q2, Tue) ...........................1527 (Q2, Tue), 1529 (Q2, Tue), ..................................................... 1552 (Q2, Wed) Ren, Fei............... 217 (A2, Wed), 1125 (M1, Tue) Ren, Hui........................................... 85 (A1, Wed) Ren, Yang........................................ 158 (A1, Thu)

Renger, Katrin................................ 211 (A2, Wed) Renslow, Ryan.........999 (H3, Wed), 1002 (H3, Wed) Reshetenko, Tatyana........................ 796 (F6, Tue) Reske, Rulle....................................769 (F5, Mon) Revira, Adrina............................... 1559 (Q2, Thu) Reyes, Ana Luisa........ 881 (H1, Tue), 884 (H1, Tue) Reyes, Karla..................................... 53 (A1, Wed) Reyes, Meralys.............................1133 (M1, Wed) Reyes Jimenez, Antonia................. 211 (A2, Wed) Reynaud, Olivier......................... 1138 (M2, Mon) Reynolds, John..............................1277 (M8, Tue) Rezaei Niya, Seyed Mohammad.....565 (E2, Tue), ........................................................ 810 (F6, Wed) Rhine, Wendell.......261 (A2, Wed), 1301 (M8, Wed) Rhodes, Christopher..................... 1068 (H5, Wed) Ribadeneira Paz, Rafael..................667 (F2, Mon) Ribeiro, Josimar..............................474 (C1, Wed) Richardson, Charles.....................1400 (N3, Mon) Richardson, Kathleen................... 1367 (N2, Tue), ...........................1410 (N3, Tue), 1418 (N3, Wed) Richardson, Mandek.......................447 (B1, Wed) Richter, Kenneth.......................... 1007 (H3, Wed) Rick, John..................................... 1154 (M2, Tue) Riechert, Henning....................... 1254 (M7, Mon) Riedel, Marc.................................. 1089 (H8, Tue) Rife, Derek..............385 (A4, Tue), 387 (A4, Tue) Riley, Jason.....................................772 (F5, Mon) Rinaldi, Ali....................................... 80 (A1, Wed) Rinzler, Andrew.......................... 1150 (M2, Mon) Ritzmann, Andrew....................... 1031 (H4, Wed) Ritzmann, Roy...............................968 (H3, Mon) Rivetti, Jonas................................. 1017 (H4, Tue) Rizo, Ruben..................................... 909 (H2, Tue) Robel, Istvan..................................1575 (R1, Tue) Roberts, Mark............................... 220 (A2, Wed), ............................266 (A2, Wed), 1073 (H5, Wed) Roberts, Scott.................................318 (A3, Mon) Robertson, Logan............................. 77 (A1, Wed) Robinson, David............................518 (D2, Mon) Robinson, James..............................20 (A1, Mon) Robison, Mark.................................550 (E1, Tue) Rockward, Tommy..........................614 (E5, Wed) Rodak, Lee................................... 1532 (Q2, Wed) Rodgers, Marianne..........................616 (E5, Thu), ............................... 797 (F6, Wed), 812 (F6, Wed) Rodríguez-Cárdenas, Esdrey........... 851 (G2, Tue) Rodríguez-Fortea, Antonio..........1213 (M5, Wed) Rodríguez-López, Joaquín............. 935 (H2, Wed) Rodriguez-Varela, F. J.....................591 (E5, Tue), .................................592 (E5, Tue), 595 (E5, Tue) Roh, Yonghan................................1604 (Z1, Tue), .............................1615 (Z1, Tue), 1617 (Z1, Tue) Rohan, James.......... 410 (B1, Tue), 511 (D1, Tue) Rohde, Magnus............................... 148 (A1, Thu) Rohrbaugh, Nathaniel................... 1521 (Q2, Tue) Rojas, Tomas.................................1679 (Z2, Tue), ...........................1691 (Z2, Wed), 1694 (Z2, Wed) Rojas Carbonell, Mario..................965 (H3, Mon) Rokicki, Ryszard............................. 495 (C1, Thu) Roland, Paul................................ 1140 (M2, Mon) Roldan, Beatriz...............................769 (F5, Mon) Rolison, Debra....... 230 (A2, Wed), 1043 (H5, Mon) Roller, Justin...........604 (E5, Wed), 634 (F1, Tue) Romann, Tavo............................... 1156 (M2, Tue) Ronaszegi, Krisztian........................ 778 (F5, Tue) Ronda, Antoine............................ 1568 (R1, Mon) Rondinone, Adam......49 (A1, Tue), 1383 (N2, Wed) Rong, Jiepeng...................................23 (A1, Mon) Rongeat, Carine..................................7 (A1, Mon) Ronquillo, Karen An......................1668 (Z1, Tue) Roqueta, Jaume.............................. 360 (A3, Wed) Rösch, Notker.................................662 (F2, Mon) Rose, Eric.................................... 1306 (M9, Mon) Rossero, Jorge...............................1444 (P2, Mon) Rossmeisl, Jan................................. 902 (H2, Tue) Rosso, Michel............................... 1088 (H8, Tue)

Q

Qi, Jing..................... 637 (F1, Tue), 638 (F1, Tue) Qi, Yue................. 322 (A3, Mon), 335 (A3, Tue), ................................342 (A3, Tue), 348 (A3, Tue) Qi, Yue...........................................326 (A3, Mon) Qian, Huifeng................................1695 (Z2, Wed) Qian, Jiangfeng............................... 505 (D1, Tue) Qian, Yumin........... 659 (F2, Mon), 906 (H2, Tue) Qiao, Yu.........................................898 (H2, Mon) Qin, Changliang............................1692 (Z2, Wed) Qin, Yi-Xian................................ 1170 (M3, Mon) Qin, Yu...........................................1107 (H9, Tue) Qiong, Sun....................................... 684 (F2, Tue) Qiu, Xinping................................... 305 (A2, Thu) Qu, Feifei.................................... 1163 (M3, Mon) Qu, Rui...........................................1616 (Z1, Tue) Qu, Wei............................................ 97 (A1, Wed) Quesnel, David............................... 264 (A2, Wed) Quill, Nathan................................... 389 (A4, Tue) Quiroga, Matias........343 (A3, Tue), 689 (F2, Tue)

R

Rack, Jeffrey.................................1244 (M6, Tue) Radamson, Henry..........................1692 (Z2, Wed) Radev, Ivan.................................... 938 (H2, Wed) Radich, James............................. 1153 (M2, Mon) 144

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Rost, Axel........................................ 300 (A2, Thu) Roth, Christina.......557 (E2, Tue), 886 (H2, Mon) Rottmayer, Michael....................... 238 (A2, Wed), ...................................................... 1157 (M2, Tue) Rouault, Helene................................. 46 (A1, Tue) Roustan, Hervé................................572 (E4, Wed) Rowell, Nelson............................. 1568 (R1, Mon) Roy, Asa................. 801 (F6, Wed), 808 (F6, Wed) Roy, David..................................... 1452 (P2, Tue) Roziere, Jacques.............................. 800 (F6, Wed) Rua, Armando........1065 (H5, Tue), 1076 (H5, Wed) Rubin, Leah..................................... 868 (H1, Tue) Ruehl, Nicolas............................... 1185 (M4, Tue) Ruiz Gonzalez, Ruben..................1313 (M9, Tue) Ruiz-Ruiz, Edgar.............................590 (E4, Wed) Rumbles, Garry........................... 1039 (H4, Wed), ..........................1195 (M4, Wed), 1701 (Z2, Wed) Ruoff, Rodney............................. 1147 (M2, Mon) Russell, Selena.................................. 39 (A1, Tue) Rutkowska, Iwona.......................... 947 (H2, Thu), ......................... 1049 (H5, Mon), 1053 (H5, Tue), .......................................................1115 (H9, Tue) Ryan, Mary......................................772 (F5, Mon) Ryder, Karl.....................................1109 (H9, Tue) Ryou, Jae-Hyun............................. 1517 (Q2, Tue) Ryu, Young-gyoon......................... 142 (A1, Wed)

Sanchez, Carlos............................. 1525 (Q2, Tue) Sanchez Carballo, Maria..............1343 (M9, Wed) Sancy, Mamie................................. 928 (H2, Wed) Sangoro, Joshua........................... 1025 (H4, Tue), ...................................................... 1066 (H5, Tue) Sankaranarayanan, Subramanian...... 447 (B1, Wed), .............................................................. 693 (F2, Tue) Sano, Katsuhito........1609 (Z1, Tue), 1610 (Z1, Tue) Sansiñena, José-María.................... 957 (H2, Thu), ..................................................... 1074 (H5, Wed) Santana, Juan......... 662 (F2, Mon), 671 (F2, Mon) Santato, Clara................................ 1026 (H4, Tue) Santhanagopalan, Shriram............. 143 (A1, Thu), .............................. 147 (A1, Thu), 319 (A3, Mon) Santini, Catherine........41 (A1, Tue), 46 (A1, Tue) Santiso, Jose................................... 360 (A3, Wed) Santoro, Carlo...... 959 (H2, Thu), 993 (H3, Wed), .............................994 (H3, Wed), 998 (H3, Wed), .........................1001 (H3, Wed), 1011 (H3, Wed), ..................................................... 1013 (H3, Wed) Santos, Abel.................................. 1491 (Q1, Tue) Santos, Cleverson.............................433 (B1, Tue) Sapper, Erik..................................... 483 (C1, Thu) Saraf, Shashank...............................438 (B1, Tue), ............................528 (D2, Mon), 1651 (Z1, Tue), ............................1653 (Z1, Tue), 1658 (Z1, Tue), ............................1660 (Z1, Tue), 1661 (Z1, Tue), .......................................................1662 (Z1, Tue) Sarang, Som................................... 270 (A2, Wed) Sarauli, David................................. 974 (H3, Tue) Saravanamuttu, Kalaichelvi.........1475 (Q1, Mon) Saravanan, Govindachetty.............. 783 (F5, Tue), .......................................................1632 (Z1, Tue) Saraya, Takuya.............................. 1412 (N3, Tue) Sarkar, Dibyo...................................404 (B1, Tue) Sarode, Himanshu......................... 1019 (H4, Tue) Sarpkaya, Ibrahim......................... 1184 (M4, Tue) Sarswat, Prashant.............................405 (B1, Tue) Sartori, Peter..................................... 42 (A1, Tue) Sasaki, Kazunari............................. 636 (F1, Tue), .............................. 704 (F4, Mon), 705 (F4, Mon) Sasaki, Tsuyoshi............................. 219 (A2, Wed) Sassin, Megan........ 230 (A2, Wed), 1043 (H5, Mon) Sato, Akira........................................ 777 (F5, Tue) Sato, Hiroki...................................... 715 (F4, Tue) Sato, Tatsuo.....................................583 (E4, Wed) Satsangee, Soami.............................426 (B1, Tue) Satter, Md. Mahbub...................... 1517 (Q2, Tue) Sauvajol, Jean-Louis..................... 1186 (M4, Tue) Savguira, Yuri.................................. 490 (C1, Thu) Savinell, Robert............................... 385 (A4, Tue) Savinova, Elena............................... 908 (H2, Tue) Sawada, Kazuaki........................... 1485 (Q1, Tue) Sayago, Jonathan........................... 1026 (H4, Tue) Sayle, Dean..................................... 699 (F2, Wed) Sazanovich, Igor.............................762 (F5, Mon) Scanlon, L........................................ 54 (A1, Wed) Scardelletti, M............................... 1519 (Q2, Tue) Schaetzl, Dean.............................. 1079 (H5, Wed) Schanze, Kirk................................1277 (M8, Tue) Schappacher, Falko......................... 76 (A1, Wed), ....................................................... 106 (A1, Wed) Schauer, Mark................................1606 (Z1, Tue) Scheinberg, David....................... 1166 (M3, Mon) Scherbahn, Vitali............................. 974 (H3, Tue) Scherer, Torsten................................557 (E2, Tue) Scheres, Luc...................................858 (H1, Mon) Scherson, Daniel...........................855 (H1, Mon), ............................. 944 (H2, Thu), 968 (H3, Mon), ...........................1040 (H4, Wed), 1090 (H8, Tue) Schilling, Jörg...............................1592 (R1, Wed) Schilm, Jochen................................ 300 (A2, Thu) Schlaup, Christian........................... 907 (H2, Tue) Schmid, Alexander.......................1353 (N2, Mon) Schmidtke, David...........................963 (H3, Mon) Schmitz, Raphael.............................. 42 (A1, Tue)

Schmuelling, Guido....................... 211 (A2, Wed) Schneider, Jörg................................ 974 (H3, Tue) Schneider, Michael.......................... 300 (A2, Thu) Schneider, Wolfgang....................... 946 (H2, Thu) Scholz, Ferdinand......................... 1516 (Q2, Tue) Scholz, Fritz...................................1705 (Z3, Tue) Schrandt, Matthew.........................1664 (Z1, Tue) Schrandt, Matthew......................... 261 (A2, Wed) Schrebler, Ricardo.........................1703 (Z3, Tue), .......................................................1704 (Z3, Tue) Schreier, Hans-Juergen..................519 (D2, Mon) Schriever, Clemens.......................1592 (R1, Wed) Schroeder, Melanie......................... 163 (A1, Thu) Schroeder, Thomas........................ 1378 (N2, Tue) Schuck, P..................................... 1257 (M7, Mon) Schuler, Andrew............................. 996 (H3, Wed) Schultz, B.....................................1505 (Q2, Mon) Schulz, Jochen................................ 285 (A2, Wed) Schumm, Benjamin......................... 183 (A2, Tue) Schuster, Rolf.................................. 908 (H2, Tue) Schwartz, Ilana............................... 923 (H2, Wed) Schwartz, Jared............................ 1471 (P2, Wed), ...................................................... 1473 (P2, Wed) Schwartzberg, Adam................... 1257 (M7, Mon) Schwarz, Casey.......1524 (Q2, Tue), 1529 (Q2, Tue) Schäfer, Sebastian....................... 1139 (M2, Mon) Scott, Keith.................................... 207 (A2, Wed) Scrosati, Bruno.............................. 131 (A1, Wed), ..............................133 (A1, Wed), 134 (A1, Wed) Seabaugh, Alan........................... 1265 (M7, Mon) Seal, Sudipta...................................438 (B1, Tue), .............................528 (D2, Mon), 812 (F6, Wed), ............................1649 (Z1, Tue), 1651 (Z1, Tue), ............................1653 (Z1, Tue), 1655 (Z1, Tue), ............................1658 (Z1, Tue), 1660 (Z1, Tue), ............................1661 (Z1, Tue), 1662 (Z1, Tue), .............................1681 (Z2, Tue), 1682 (Z2, Tue) Searle, Brittany........................... 1149 (M2, Mon) Sebastian, David..............................17 (A1, Mon) Sedghi, Naser...............................1357 (N2, Mon) Ségalini, Julie................................. 114 (A1, Wed) Seger, Brian.....................................766 (F5, Mon) Seifert, Hans.................................... 148 (A1, Thu) Sekar, Narendran............................ 995 (H3, Wed) Sekhar, Praveen......... 446 (B1, Wed), 449 (B1, Wed) Sekharappa, Shivakumara................ 81 (A1, Wed) Seki, Akie.......................................1613 (Z1, Tue) Seki, Kazuhiko.............................. 1023 (H4, Tue) Selim, T............................................ 92 (A1, Wed) Selman, J........................................ 292 (A2, Wed) Selman, Jan.............544 (E1, Tue), 737 (F4, Wed) Selskis, Algirdas..............................596 (E5, Tue), ................................597 (E5, Tue), 607 (E5, Wed) Selvaganapathy, Ravi................... 1492 (Q1, Tue), ...........................1493 (Q1, Tue), 1494 (Q1, Tue), ...........................1495 (Q1, Tue), 1501 (Q1, Wed) Selvaraj, C........................................ 54 (A1, Wed) Selvaraj, Sathees Kannan................422 (B1, Tue), ........................... 1413 (N3, Tue), 1444 (P2, Mon) Semancik, Steve.......................... 1008 (H3, Wed), .......................................................1106 (H9, Tue) Sen, Sujat........................................768 (F5, Mon) Senboku, Hisanori........................... 833 (G2, Tue) Sendova, Mariana..........................1702 (Z3, Tue) Senge, Mathias.............................1333 (M9, Wed) Sengul, Yasemin............................. 1426 (P1, Tue) Seo, Daniel................................... 1078 (H5, Wed) Seo, Eun-bin.................................. 1427 (P1, Tue), ............................. 1437 (P1, Tue), 1438 (P1, Tue) Seo, Jihoon........... 1425 (P1, Tue), 1429 (P1, Tue) Seo, Min Ho Seo............................. 647 (F1, Wed) Seong, Baik..................................... 513 (D1, Tue) Seong, Tae-Yeon..........................1514 (Q2, Mon) Sepehr, Fatemeh......1020 (H4, Tue), 1029 (H4, Tue) Sepp, Silver....................................1641 (Z1, Tue) Serda, Rita................................... 1162 (M3, Mon)

S

Saad, Laila........................................ 784 (F5, Tue) Saavedra-Arias, Jose J....................673 (F2, Mon) Sabatini, Randy...............................762 (F5, Mon) Sabolsky, Edward......................... 1386 (N2, Wed) Sabolsky, Katarzyna..................... 1386 (N2, Wed) Sacci, Robert........... 31 (A1, Tue), 176 (A2, Mon) Sadaf, Sharif................................. 1565 (R1, Mon) Saddow, S. E................................1133 (M1, Wed) Sadeghifar, Hamidreza.................... 640 (F1, Wed) Sadki, Said...................................... 198 (A2, Tue) Sadoh, Taizoh................................. 1462 (P2, Tue) Saeki, Tatsuya................................. 852 (G2, Tue) Safady, Luís...................................... 719 (F4, Tue) Safiollah, Motahareh........................562 (E2, Tue) Sagawa, Takashi............................1274 (M8, Tue) Sagüés, Alberto............................... 485 (C1, Thu) Saha, Debkumar............................. 135 (A1, Wed) Saha, Partha...................................... 72 (A1, Wed) Sahapatsombut, Ukrit..................... 207 (A2, Wed) Sahin, Asli........................................539 (E1, Tue) Sahoo, Satyaprakash.................... 1557 (Q2, Thu), ...................................................... 1559 (Q2, Thu) Sahore, Vishal................................. 918 (H2, Tue) Sahu, D.........................................1362 (N2, Mon) Saikumar, Ashwin Kumar..............1654 (Z1, Tue) Saito, Mitsumasa........................... 1485 (Q1, Tue) Saito, Wataru................................ 1539 (Q2, Wed) Saitoh, Tsuyoshi.............................819 (G2, Mon) Sakamoto, Susumu........................524 (D2, Mon), .......................................................527 (D2, Mon) Sakamoto, Susumu.........................522 (D2, Mon) Sakamoto, Toshitsugu..................1405 (N3, Mon) Sakthivel, Tamil.......1651 (Z1, Tue), 1661 (Z1, Tue) Sakumichi, Shigeki......................... 835 (G2, Tue) Sakuraba, Masao..........................1359 (N2, Mon) Salamanca-Riba, Lourdes............... 716 (F4, Tue), ......................................................... 724 (F4, Tue) Saleh, Farhana................................. 804 (F6, Wed) Saliba-Silva, Adonis........................ 874 (H1, Tue) Salthouse, Christopher.................. 452 (B5, Mon), ...........................1489 (Q1, Tue), 1500 (Q1, Wed) Salzer, Corey.................................. 459 (B5, Mon) Sampath, Anand........................... 1532 (Q2, Wed) San, Long......................................1230 (M6, Tue) San Andres, Enrique.....................1355 (N2, Mon) San Miguel, Alfonso..................... 1186 (M4, Tue) Sanada, Tomonari............................ 834 (G2, Tue) Sánchez, C.......................................758 (F5, Mon) Meeting Program l May 11-15, 2014 l Orlando, FL

145

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Sereda, Vladimir............................ 355 (A3, Wed) Sergienko, Anastasia..................... 1123 (M1, Tue) Serov, Alexey....... 950 (H2, Thu), 965 (H3, Mon), ......................... 1013 (H3, Wed), 1296 (M8, Wed) Servedio, Luke.......581 (E4, Wed), 801 (F6, Wed) Seshadri, Harinipriya..................... 275 (A2, Wed) Setaro, Francesca.........................1313 (M9, Tue), .....................................................1343 (M9, Wed) Setiawan, Iwan.............................. 1056 (H5, Tue) Seweryn, Jakub.............................. 921 (H2, Wed) Sextl, Gerhard................................ 285 (A2, Wed) Sezer, Hayri.............. 680 (F2, Tue), 683 (F2, Tue) Seznec, Vincent................................ 94 (A1, Wed) Shaffer, Christian....... 145 (A1, Thu), 160 (A1, Thu) Shah, Ankita.................................... 507 (D1, Tue) Shah, Asma......................................563 (E2, Tue) Shaijumon, Manikoth.................... 270 (A2, Wed), .......................................................1612 (Z1, Tue) Shakeri, Behtash............................1590 (R1, Tue) Sham, Tsun-Kong............................600 (E5, Wed) Shamsudeen, Sabeel.................... 1162 (M3, Mon) Shang, Mingwei...............................751 (F4, Thu) Shang, Zeyu..................................1684 (Z2, Wed) Shanmugam, Akshaya.................. 1489 (Q1, Tue), ..................................................... 1500 (Q1, Wed) Shanmugam, Rengarajan...............381 (A4, Mon) Shanmugam, Sangaraju....................619 (E5, Thu) Shao, Minhua.........608 (E5, Wed), 941 (H2, Thu) Shao, Yuyan.................................... 70 (A1, Wed), ................................180 (A2, Tue), 399 (A4, Tue) Shao-Horn, Yang.............................602 (E5, Wed) Shapter, Joe..........1136 (M2, Mon), 1331 (M9, Tue) Sharabidze, Daviti............................21 (A1, Mon) Sharac, Nicholas.......................... 1548 (Q2, Wed) Sharikov-Bass, Vasiliy.................... 351 (A3, Tue) Sharma, Ashutosh......................... 1127 (M1, Tue) Sharma, Chandra.......................... 1126 (M1, Tue), ...................................................... 1127 (M1, Tue) Sharma, Pranav.......582 (E4, Wed), 727 (F4, Tue) Sharma, Rajni.................................... 45 (A1, Tue) Sharma, Saumya............................1671 (Z1, Tue) Sharma, Swati............................... 1130 (M1, Tue) Sharma, Yogesh........................... 1417 (N3, Wed), ............................ 1562 (Q2, Thu), 1709 (Z3, Tue) Sharman, Jonathan.........................889 (H2, Mon) Shatkhin, Max.........1524 (Q2, Tue), 1529 (Q2, Tue) Shaw, Thomas...............................1440 (P2, Mon) Shea, Matthew.............................1200 (M4, Wed), .....................................................1205 (M4, Wed) Shearer, Cameron..........................1331 (M9, Tue) Sheen, Dong Sun............................ 1459 (P2, Tue) Shehzad, Khurram............................563 (E2, Tue) Sheina, Ludmila............................. 130 (A1, Wed) Sheindlin, Alexander....................... 384 (A4, Tue) Shek, Mei-Yee...............................1440 (P2, Mon) Sheldon, Brian..........329 (A3, Tue), 714 (F4, Tue) Shellikeri, Annadanesh.................. 310 (A2, Thu), .............................378 (A4, Mon), 1667 (Z1, Tue) Sheludko, Boris............................... 831 (G2, Tue) Shen, Cai......................................... 188 (A2, Tue) Shen, Geoffrey................................. 677 (F2, Tue) Shen, Hong.................................... 1467 (P2, Wed) Shen, Hongshen........................... 1532 (Q2, Wed) Shen, Kuan-Yu.................................24 (A1, Mon) Shen, Mei....................................... 935 (H2, Wed) Shen, Shih-Haur............................. 1422 (P1, Tue) Shen, Weida................................... 363 (A3, Wed) Shen, Zuliang............................... 1008 (H3, Wed) Shenai, Krishna............................ 1541 (Q2, Wed) Sheng, Zhi................................... 1164 (M3, Mon) Shenoy, Ravindra.......................... 1468 (P2, Wed) Shenoy, Vivek................................326 (A3, Mon) Shepard, Cathrine...........................1651 (Z1, Tue) Sheppard, James........................... 1102 (H9, Mon) Sheth, Jay......................................... 714 (F4, Tue) Shi, Junxia..................................... 1413 (N3, Tue)

Shi, Yezhou......................................757 (F4, Thu) Shi, Yinong......................................578 (E4, Wed) Shi, Yiyu.......................................1401 (N3, Mon) Shida, Naoki...................................823 (G2, Mon) Shih, Ishiang................................ 1565 (R1, Mon) Shillingford, Tyrone.........................542 (E1, Tue) Shim, Joonmok.............................. 251 (A2, Wed) Shim, Seob.....................................1588 (R1, Tue) Shimada, Kazuaki........................... 834 (G2, Tue) Shimada, Kouhei............................828 (G2, Mon) Shimakawa, Koichi..........................755 (F4, Thu) Shimakoshi, Hisashi....................... 848 (G2, Tue), ........................................................ 852 (G2, Tue) Shimazaki, Hayato.......................... 834 (G2, Tue) Shimizu, Akihiro....... 815 (G2, Mon), 837 (G2, Tue) Shimizu, Maki.............................. 1551 (Q2, Wed) Shimoyama, Yuki..........................1613 (Z1, Tue), .......................................................1624 (Z1, Tue) Shimura, Kaho..............................1245 (M6, Tue) Shin, Chang Dae............................ 133 (A1, Wed) Shin, Chee Burm............................ 129 (A1, Wed) Shin, Dong Suk..............................1617 (Z1, Tue) Shin, Dongwon......... 282 (A2, Wed), 695 (F2, Wed) Shin, Eun......................................... 513 (D1, Tue) Shin, Eun Jung................................ 697 (F2, Wed) Shin, Heungjoo............................. 1124 (M1, Tue) Shin, Hwang Dong......................... 134 (A1, Wed) Shin, Jin-Koog........ 256 (A2, Wed), 1190 (M4, Tue) Shin, Sang-Yong............................ 256 (A2, Wed) Shin, Wan Sup................................ 1459 (P2, Tue) Shin, Woo Gon..............................1712 (Z3, Wed) Shin, Youngho................................ 231 (A2, Wed) Shinohara, Hisanori......................1224 (M5, Wed) Shirai, Osamu................................857 (H1, Mon), ..........................1009 (H3, Wed), 1010 (H3, Wed) Shirai, Yasuyuki............................1441 (P2, Mon) Shirakashi, Junichi....................... 1571 (R1, Mon) Shiraki, Yasuhiro............................1574 (R1, Tue) Shirato, Nozomi.............................1649 (Z1, Tue) Shiratori, Yusuke.............................705 (F4, Mon) Shirey, Loretta.............................. 1548 (Q2, Wed) Shitanda, Isao................................. 491 (C1, Thu), .............................. 492 (C1, Thu), 961 (H3, Mon) Shkrob, Ilya....................................... 30 (A1, Tue) Shobha, Hosadurga.......................1440 (P2, Mon) Shojan, Jifi..................................... 221 (A2, Wed) Shoji, Takao.................................... 842 (G2, Tue) Shon, Jeong-Kuk............................... 47 (A1, Tue) Shrestha, Sujan.................................542 (E1, Tue) Shripathi, Prasad............................... 33 (A1, Tue) Shukla, Abhijeet...............................550 (E1, Tue) Shulaker, Max............................... 1188 (M4, Tue) Shum, Perry Ping......................... 1717 (Q1, Wed) Shur, Michael...............................1509 (Q2, Mon) Si, Rui.............................................599 (E5, Wed) Siclovan, Oltea................................ 347 (A3, Tue) Sideratou, Zili............................. 1261 (M7, Mon) Siegel, David................................ 1069 (H5, Wed) Sil, Anjan.......................................... 45 (A1, Tue) Silva, Anielle................................. 1159 (M2, Tue) Silva, M....................40 (A1, Tue), 845 (G2, Tue), ..........................1072 (H5, Wed), 1598 (R1, Wed) Silvera Batista, Carlos..................1210 (M4, Wed) Simkunaite, Dijana...........................596 (E5, Tue) Simoen, Eddy................................ 1370 (N2, Tue) Simon, Andrew.............................1442 (P2, Mon) Simon, D........................................ 464 (B5, Mon) Simon, Patrice............................... 1053 (H5, Tue) Simone, Davide............................... 347 (A3, Tue) Simonian, Aleksandr......................1635 (Z1, Tue) Simonin, Loic.................................. 195 (A2, Tue) Simpson, Burton............................ 935 (H2, Wed) Sin, Garrett..................................... 1436 (P1, Tue) Singh, Anand................................... 496 (C1, Thu) Singh, Ashok...................................425 (B1, Tue), ................................ 427 (B1, Tue), 428 (B1, Tue)

Singh, Bhupendra............................. 730 (F4, Tue) Singh, Prerna....................................428 (B1, Tue) Singh, Rajendra............................ 1541 (Q2, Wed) Singh, Raman................................... 692 (F2, Tue) Singh, Rupashree.......................... 1023 (H4, Tue) Singh, Sarab................................. 1531 (Q2, Tue), ..........................1540 (Q2, Wed), 1546 (Q2, Wed) Singh, Umesh.................................1649 (Z1, Tue) Singhal, Sameer............................962 (H3, Mon), .............................. 965 (H3, Mon), 984 (H3, Tue) Sinha, Puneet.......... 145 (A1, Thu), 160 (A1, Thu) Sinnott, Susan............................... 1526 (Q2, Tue) Sintim, Herman............................ 1008 (H3, Wed) Siqueira, José................................ 1159 (M2, Tue) Siracusano, Stefania.......................367 (A4, Mon) Siria, Alessandro......................... 1144 (M2, Mon) Sitharaman, Balaji...................... 1170 (M3, Mon), .................................................... 1172 (M3, Mon) Siva, Rajan...........948 (H2, Thu), 1695 (Z2, Wed) Sivakumar, Chinnaiah..................... 532 (D2, Tue) Skachkov, Dmitry............................ 686 (F2, Tue) Skaria, Giji.....................................1654 (Z1, Tue) Skou, Eivind........... 806 (F6, Wed), 807 (F6, Wed) Skowron, Piotr.............................. 1051 (H5, Tue) Slade, Robert................................... 983 (H3, Tue) Slanina, Zdenek............................1225 (M5, Wed) Slattery, Darlene..............................616 (E5, Thu), ............................... 797 (F6, Wed), 812 (F6, Wed) Slimane, Ahmed........................... 1545 (Q2, Wed) Slomkowski, Krys........................1479 (Q1, Mon) Smart, Marshall................................. 34 (A1, Tue) Smirnova, Alevtina......................... 87 (A1, Wed), .......................... 261 (A2, Wed), 1301 (M8, Wed), .......................................................1664 (Z1, Tue) Smith, Christian.......................... 1262 (M7, Mon) Smith, Diane.................................830 (G2, Mon), ............................. 990 (H3, Tue), 1652 (Z1, Tue), .............................1666 (Z1, Tue), 1668 (Z1, Tue) Smith, Graham................................. 625 (F1, Tue) Smith, Jake.....................................817 (G2, Mon) Smith, Kandler...............................319 (A3, Mon) Smith, Lee...................................... 1449 (P2, Tue) Smith, Leland................................. 208 (A2, Wed) Smith, Scott..................................1050 (H5, Mon) Snyder, Joshua................................611 (E5, Wed) Snyder, Stephen..............................18 (A1, Mon), ...............................166 (A2, Mon), 535 (E1, Tue) So, Keisei..................................... 1010 (H3, Wed) Soares, Gabriel............................ 1254 (M7, Mon) Soares, Thiago.................................474 (C1, Wed) Soavi, Francesca.......................... 1026 (H4, Tue), ...................................................... 1061 (H5, Tue) Soden, Daniel................................ 1121 (M1, Tue) Sojka, Bartlomiej...........................1581 (R1, Tue) Sokalski, Tomasz........................1094 (H9, Mon), ......................... 1095 (H9, Mon), 1104 (H9, Mon) Sokolov, Yury..................................480 (C1, Wed) Solà, Miquel................................1212 (M5, Wed), ......................... 1223 (M5, Wed), 1231 (M6, Tue) Solarska, Renata..............................774 (F5, Mon) Soler, Jessica............34 (A1, Tue), 221 (A2, Wed) Soliman, Moataz.............................. 784 (F5, Tue) Solla-Gullón, José......................... 1081 (H8, Tue) Solladie, Nathalie.........................1239 (M6, Tue), ......................... 1317 (M9, Tue), 1349 (M9, Wed) Soloveichik, Grigorii....................... 347 (A3, Tue) Soltis, Richard................................. 197 (A2, Tue) Somu, Sivasubramanian.................. 507 (D1, Tue) Son, Seong Ho............................... 127 (A1, Wed) Son, Sunghee.................................520 (D2, Mon) Son, Youngwoong..........................1604 (Z1, Tue) Sone, Masato...................................583 (E4, Wed) Song, Baiyun.................................1242 (M6, Tue) Song, Geun Young.........................1608 (Z1, Tue) Song, Jae-Sung............................... 255 (A2, Wed) Song, Jiangxuan.................................3 (A1, Mon)

146

Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Song, Jiangxuan.............................. 63 (A1, Wed), ...............................182 (A2, Tue), 235 (A2, Wed) Song, Jie.........................................382 (A4, Mon) Song, Min-Sang................................ 47 (A1, Tue) Song, Rak-Hyun............................... 725 (F4, Tue) Song, Sang-Ho............................. 1385 (N2, Wed) Song, Seung-Hyun....................... 1499 (Q1, Wed) Song, Sun-Ju................................... 713 (F4, Tue), ................................ 729 (F4, Tue), 730 (F4, Tue), .........................................................752 (F4, Thu) Song, Xueyan.................................. 651 (F1, Wed) Song, Yin..........................................435 (B1, Tue) Song, Zhaoning........................... 1140 (M2, Mon) Sono, Masanori............................1339 (M9, Wed) Soundappan, Thiagarajan..............369 (A4, Mon), ........................................................ 385 (A4, Tue) Sowinska, Malgorzata................... 1378 (N2, Tue) Spaeth, Florian............................ 1137 (M2, Mon) Spendelow, Jacob.......................... 128 (A1, Wed), ....................................................... 934 (H2, Wed) Sperlich, Andreas........................ 1137 (M2, Mon) Spernjak, Dusan....... 788 (F6, Tue), 794 (F6, Tue) Spinner, Neil......................................8 (A1, Mon) Spitzer, Petra................................ 1105 (H9, Mon) Spohr, Eckhard............................. 1034 (H4, Wed) Spreafico, Marco............................526 (D2, Mon) Sprenkle, Vincent..........................165 (A2, Mon), ............................. 375 (A4, Mon), 383 (A4, Tue), ...............................391 (A4, Tue), 392 (A4, Tue), ................................396 (A4, Tue), 399 (A4, Tue) Springer, Michael......................... 1039 (H4, Wed) Spry, D.......................................... 1519 (Q2, Tue) Sribollepalli, Srinivas...................... 628 (F1, Tue), ........................................................ 652 (F1, Wed) Srinivasan, Venkat..........................374 (A4, Mon) Srivastava, Ashok......................... 1384 (N2, Wed) Srour, Hassan.................................... 46 (A1, Tue) St-Pierre, Jean.................................. 796 (F6, Tue) Staley, Patrick................................. 990 (H3, Tue) Stallworth, P.................................. 1123 (M1, Tue) Stallworth, P. E.............................. 1065 (H5, Tue) Stallworth, Phillip..........................1628 (Z1, Tue) Stalnioniene, Irena.........................521 (D2, Mon) Stamatin, Serban........806 (F6, Wed), 807 (F6, Wed) Stamenkovic, Vojislav....................611 (E5, Wed), ........................................................ 900 (H2, Tue) Stanca, Angela.................................477 (C1, Wed) Stankeviciene, Ina.......593 (E5, Tue), 607 (E5, Wed) Stariha, Sarah............................... 1013 (H3, Wed) Staser, John.....................................580 (E4, Wed) Stassi, Alessandro............................17 (A1, Mon) Staub, Jason................................ 1148 (M2, Mon) Stayancho, John.......................... 1140 (M2, Mon) Steen, Stuart.................................... 649 (F1, Wed) Stefan-van Staden, Raluca..............413 (B1, Tue), ............................. 417 (B1, Tue), 1108 (H9, Tue), .................................................... 1167 (M3, Mon) Stefanakos, Elias............................1671 (Z1, Tue) Stefanelli, Manuela.......................1319 (M9, Tue) Stefik, Morgan............................... 1022 (H4, Tue) Steinecker, William....................... 1063 (H5, Tue) Stemmer, Susanne.......................... 1456 (P2, Tue) Stepanov, Andrey.............................420 (B1, Tue) Stephens, Ifan..........902 (H2, Tue), 907 (H2, Tue) Stephens, Jamal...... 59 (A1, Wed), 1665 (Z1, Tue) Stetter, Edward.............................. 451 (B5, Mon), ............................. 460 (B5, Mon), 461 (B5, Mon) Stetter, Joseph............................... 451 (B5, Mon), ............................. 460 (B5, Mon), 461 (B5, Mon) Stevenson, Jeffry..............................14 (A1, Mon) Stevenson, Matthew......................... 792 (F6, Tue) Stevenson, Steven........................1222 (M5, Wed) Stickney, John................................518 (D2, Mon) Stinner, Christoph........................... 295 (A2, Thu) Stojek, Zbigniew............................. 917 (H2, Tue)

Stokes, E. B................................. 1534 (Q2, Wed), .........................1537 (Q2, Wed), 1542 (Q2, Wed), ..................................................... 1549 (Q2, Wed) Stolwijk, Nicolaas........................ 1036 (H4, Wed) Stone, Jon.................................... 1140 (M2, Mon) Stoner, Brian............................... 1264 (M7, Mon) Stournara, Maria............................326 (A3, Mon) Stoytcheva, Margarita.................... 881 (H1, Tue), ........................................................ 884 (H1, Tue) Strack, Guinevere............................ 988 (H3, Tue) Stranius, Kati.................................1238 (M6, Tue) Strasser, Peter.................................602 (E5, Wed), ............................ 769 (F5, Mon), 1080 (H8, Tue), ........................... 1086 (H8, Tue), 1155 (M2, Tue) Strauf, Stefan................................. 1184 (M4, Tue) Strauss, Steven........................... 1143 (M2, Mon), ..........................1230 (M6, Tue), 1232 (M6, Tue), ......................................................1244 (M6, Tue) Strawhecker, Kenneth....................328 (A3, Mon) Strawski, Marcin.........650 (F1, Wed), 919 (H2, Tue) Streit, Jason................................... 1174 (M4, Tue) Strmcnik, Dusan..............................611 (E5, Wed) Stroe, Daniel..................................377 (A4, Mon) Strohmer, Gerhard........................... 916 (H2, Tue) Stuart, Jessica................................... 51 (A1, Wed) Su, Dong.........................................599 (E5, Wed) Su, Haibin.................................... 1717 (Q1, Wed) Su, Jie........................................... 1511 (Q2, Mon) Su, Wei-Nien................................. 1154 (M2, Tue) Suanzes, Juan................................1241 (M6, Tue) Suanzes Pita, Juan........................1343 (M9, Wed) Suarez, Sophia........1065 (H5, Tue), 1076 (H5, Wed) Subbaiyan, Navaneetha...............1197 (M4, Wed), .....................................................1344 (M9, Wed) Subbaiyan, Navaneetha K............1198 (M4, Wed) Subramanian, Venkat..................... 143 (A1, Thu), ............................. 155 (A1, Thu), 320 (A3, Mon), ............................321 (A3, Mon), 369 (A4, Mon), ............................. 380 (A4, Mon), 385 (A4, Tue), ................................ 387 (A4, Tue), 549 (E1, Tue) Suda, Ryutaro............................... 1571 (R1, Mon) Sudeep, Parambath.........................1612 (Z1, Tue) Suga, Seiji............ 818 (G2, Mon), 834 (G2, Tue), ...................................... (G2, Tue), 840 (G2, Tue) Suganya, K...................................... 532 (D2, Tue) Sugawa, Shigetoshi..................... 1394 (N2, Wed), ............................1441 (P2, Mon), 1463 (P2, Tue) Sugawara, Kiyotaka........................ 835 (G2, Tue) Sugawara, Yasushi........................... 785 (F6, Tue) Suggu, Santosh...............................1636 (Z1, Tue) Sugimoto, Kunihisa.....................1224 (M5, Wed) Sugiyama, Tomoharu.....................964 (H3, Mon) Sui, Jing.........................................1411 (N3, Tue) Sulekar, Soumitra........745 (F4, Wed), 749 (F4, Thu) Sullivan, John................................... 632 (F1, Tue) Sultana, Reshma.......... 878 (H1, Tue), 879 (H1, Tue) Sumiya, Masatomo...................... 1567 (R1, Mon) Summers, Huw............................ 1162 (M3, Mon) Sun, Bao.......................................1218 (M5, Wed) Sun, Bing........................................ 500 (D1, Tue) Sun, Che-Nan.........96 (A1, Wed), 217 (A2, Wed), ............................. 371 (A4, Mon), 398 (A4, Tue), .............................648 (F1, Wed), 1125 (M1, Tue) Sun, Kening........ 267 (A2, Wed), 1273 (M7, Tue) Sun, Kenny...................................1513 (Q2, Mon) Sun, Lin............................................ 718 (F4, Tue) Sun, Min.........................................178 (A2, Mon) Sun, Qiong.................................... 1554 (Q2, Thu) Sun, Shaopeng.................................548 (E1, Tue) Sun, Shengfeng............................1339 (M9, Wed) Sun, Shuhui.....................................600 (E5, Wed) Sun, Xiao-Guang............................173 (A2, Mon) Sun, Xueliang..................................600 (E5, Wed) Sun, Y.-K..............131 (A1, Wed), 132 (A1, Wed), ..............................133 (A1, Wed), 134 (A1, Wed) Sun, Yang-Kook.............................. 305 (A2, Thu)

Sun, Yongming............................... 269 (A2, Wed) Sun, Yu..........................................1293 (M8, Tue) Sunahara, Kenji.............................1280 (M8, Tue) Sundaram, Kalpathy......................1646 (Z1, Tue), ............................1654 (Z1, Tue), 1656 (Z1, Tue), ......................................................1698 (Z2, Wed) Sundmacher, Kai.............................573 (E4, Wed) Sung, Yung-Eun............................. 933 (H2, Wed) Sunkara, Mahendra....................... 271 (A2, Wed), ............................. 760 (F5, Mon), 773 (F5, Mon), ......................................................1281 (M8, Tue) Sunkara, Swathi........ 760 (F5, Mon), 773 (F5, Mon) Surya Prakash, G...........................368 (A4, Mon), .......................................................373 (A4, Mon) Suss, Matthew................................. 386 (A4, Tue) Suthar, Bharat Kumar..................... 385 (A4, Tue) Suthar, Bharatkumar...................... 143 (A1, Thu), ............................320 (A3, Mon), 321 (A3, Mon), .............................. 369 (A4, Mon), 387 (A4, Tue) Sutter, Eliane..................................864 (H1, Mon) Suwa, Tomoyuki......................... 1394 (N2, Wed), ....................................................... 1463 (P2, Tue) Suzuki, Ai........................................668 (F2, Mon) Suzuki, Kenta................................1245 (M6, Tue) Suzuki, Kentaro..............................896 (H2, Mon) Suzuki, Makoto................................415 (B1, Tue) Suzuki, Mitsuharu.........................1237 (M6, Tue) Suzuki, Ryoichi............................ 1567 (R1, Mon) Suzuki, Takahiko.......................... 1392 (N2, Wed) Suzuki, Yohichi............................. 1023 (H4, Tue) Suzuki, Yoshinori.............................434 (B1, Tue) Swart, Marcel..............................1212 (M5, Wed), ......................... 1223 (M5, Wed), 1231 (M6, Tue) Swavey, Shawn............................1341 (M9, Wed) Swedek, Bogdan............................ 1422 (P1, Tue) Swierczynski, Maciej.....................377 (A4, Mon) Sykora, Milan................................... 690 (F2, Tue) Syzdek, Jaroslaw............................899 (H2, Mon) Szรกsz, Julian..................................... 712 (F4, Tue) Szklarczyk, Marek......................... 650 (F1, Wed), ........................................................ 919 (H2, Tue) Szyszkiewicz, Krzysztof............. 1103 (H9, Mon), ..................................................... 1104 (H9, Mon)

Meeting Program l May 11-15, 2014 l Orlando, FL

T

Tabei, Kozue................................... 492 (C1, Thu) Tabuchi, Yuichiro............................ 633 (F1, Tue), ............................... 644 (F1, Wed), 645 (F1, Wed) Tachikawa, Yuya.............................705 (F4, Mon) Tada, Mika.............. 415 (B1, Tue), 434 (B1, Tue) Tada, Munehiro............................1405 (N3, Mon) Tadjer, Marko...............................1508 (Q2, Mon) Tagmatarchis, Nikos.....................1236 (M6, Tue) Tai, Chun........................................ 926 (H2, Wed) Tai, Hsin............... 1460 (P2, Tue), 1461 (P2, Tue) Tai, Leo.........................................1443 (P2, Mon) Taillon, Joshua......... 716 (F4, Tue), 724 (F4, Tue) Takaba, Hiromitsu..........................666 (F2, Mon), ..............................698 (F2, Wed), 1589 (R1, Tue) Takagami, Hidenori........................527 (D2, Mon) Takahashi, Hideyuki......................1672 (Z2, Tue) Takahashi, Makoto........................ 1375 (N2, Tue) Takahashi, Takuya............................551 (E1, Tue) Takai, Shigeomi.............................1637 (Z1, Tue) Takakusagi, Satoru....................... 1093 (H8, Tue), ......................................................1293 (M8, Tue) Takano, Yuta......... 1220 (M5, Wed), 1238 (M6, Tue) Takase, Mai..................................1289 (M8, Tue), ...........................1290 (M8, Tue), 1294 (M8, Tue) Takashima, Toshihiro....................... 776 (F5, Tue) Takasuka, Yuki...............................818 (G2, Mon) Takei, Yusuke............................... 1539 (Q2, Wed) Taketsugu, Tetsuya.......................... 952 (H2, Thu) Takeuchi, Esther..........43 (A1, Tue), 175 (A2, Mon), ................................191 (A2, Tue), 510 (D1, Tue) 147

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Takeuchi, Kenneth........................... 43 (A1, Tue), ......175 (A2, Mon), 191 (A2, Tue), 510 (D1, Tue) Takeuchi, Shoji................................418 (B1, Tue) Takeuchi, Yoji................................ 219 (A2, Wed) Takmeel, Qanit................................. 635 (F1, Tue) Takoudis, Christos........................... 71 (A1, Wed), ............................. 422 (B1, Tue), 1413 (N3, Tue), ......................................................1444 (P2, Mon) Talin, Albert.................................1193 (M4, Wed) Tallo, Indrek......1045 (H5, Mon), 1156 (M2, Tue) Talukdar, Yahfi............................ 1172 (M3, Mon) Tamaki, Takanori...........................964 (H3, Mon) Tamaki, Takashi...........................1320 (M9, Tue), .....................................................1348 (M9, Wed) Tamasauskaite-Tamasiunaite, Loreta..................... ..............................521 (D2, Mon), 593 (E5, Tue), ................................596 (E5, Tue), 597 (E5, Tue), ................................598 (E5, Tue), 607 (E5, Wed) Tanaka, Daisuke..........................1211 (M4, Wed), ........................ 1320 (M9, Tue), 1347 (M9, Wed), .......................................................1627 (Z1, Tue) Tanaka, Hideo................................. 849 (G2, Tue) Tanaka, Hiroaki.............................. 1463 (P2, Tue) Tanaka, Hirofumi........................1211 (M4, Wed), .......................................................1627 (Z1, Tue) Tanaka, Horfumi..........................1320 (M9, Tue), .....................................................1347 (M9, Wed) Tang, Bo............. 1398 (N2, Wed), 1451 (P2, Tue) Tang, Ching-Hsuan........................ 1461 (P2, Tue) Tang, Duihai............63 (A1, Wed), 139 (A1, Wed) Tang, Jau.......................................1690 (Z2, Wed) Tang, Yongan..................................605 (E5, Wed) Tang, Zhaoyun....... 1398 (N2, Wed), 1451 (P2, Tue) Tang, Zhijiang................................. 390 (A4, Tue) Taniguchi, Shunsuke.......................705 (F4, Mon) Tanne, Johannes............................ 1089 (H8, Tue) Tao, Greg......................................... 739 (F4, Wed) Tapily, Kandabara.......................1356 (N2, Mon), .....................................................1358 (N2, Mon) Tarquini, Pietro...............................767 (F5, Mon) Tasca, Federico............................... 954 (H2, Thu) Tasugi, Naoya......1609 (Z1, Tue), 1610 (Z1, Tue) Tatsuma, Tetsu..............................1286 (M8, Tue) Taub, Jonathan............................. 1386 (N2, Wed) Tavassol, Hadi................................327 (A3, Mon) Taylor, E..........................................18 (A1, Mon), ...............................166 (A2, Mon), 535 (E1, Tue) Taylor, S.........................................530 (D2, Mon) T. D., Umashankar......................... 1428 (P1, Tue) Tee, Ester...........1045 (H5, Mon), 1156 (M2, Tue) Tei, Go..............................................594 (E5, Tue) Teixidor, Genis.............................. 1127 (M1, Tue) Tejerina, Lara...............................1343 (M9, Wed) Tekin, Tolga.................................1402 (N3, Mon) Telama, Wete.................................. 279 (A2, Wed) Temes, Leah.................................... 831 (G2, Tue) Templeton, Jared..............................14 (A1, Mon) Templeton, Jeremy........................... 53 (A1, Wed) Tengco, John........ 922 (H2, Wed), 1657 (Z1, Tue) Teo, Gladys.....................................772 (F5, Mon) Teodorescu, Remus........................377 (A4, Mon) Tepavcevic, Sanja..........................170 (A2, Mon) Teramoto, Akinobu..................... 1394 (N2, Wed), ............................1441 (P2, Mon), 1463 (P2, Tue) Teramura, Kentaro.......................1299 (M8, Wed) Teranishi, Toshiharu......................1287 (M8, Tue) Teshima, Katsuya........................... 103 (A1, Wed) Tessier, Cécile................................379 (A4, Mon) Tessler, Leandro...... 1579 (R1, Tue), 1584 (R1, Tue) Tezuka, Tsutomu............................ 1454 (P2, Tue) Thackeray, Michael......................... 193 (A2, Tue) Than, Xuan Tinh........................... 1186 (M4, Tue) Thangadurai, Venkataraman......... 284 (A2, Wed), ............................... 296 (A2, Thu), 496 (C1, Thu) Thapa, Arjun.................................. 271 (A2, Wed) Thean, Aaron..... 1360 (N2, Mon), 1370 (N2, Tue)

Theobald, Brian..............................889 (H2, Mon) Theobald, Brian...............................602 (E5, Wed) Thiel, Kay-Oliver...........................519 (D2, Mon) Thissandier, Fleur............................ 198 (A2, Tue) Thodla, Ramgopal...........................475 (C1, Wed) Thomas, D....................................1362 (N2, Mon) Thomas, Jayan............................... 215 (A2, Wed), ............................. 265 (A2, Wed), 1658 (Z1, Tue) Thomas, Jonathan.......................... 353 (A3, Wed) Thomas, Sylvia............................ 1419 (N3, Wed) Thomberg, Thomas......................1045 (H5, Mon) Thomsen, Ed............52 (A1, Wed), 383 (A4, Tue) Thonke, Klaus............................... 1516 (Q2, Tue) Thorpe, Steven..............................178 (A2, Mon), ................................ 490 (C1, Thu), 547 (E1, Tue) Thumser, Alfred.............................. 983 (H3, Tue) Thurakitseree, Theerapol.............1204 (M4, Wed) Thurber, Casey................................479 (C1, Wed) Tiagulskyi, Stanislav.................... 1390 (N2, Wed) Tian, Boyuan............................... 1252 (M7, Mon) Tian, Huajun................................... 277 (A2, Wed) Tian, Yongming............................1344 (M9, Wed) Tianchun, Ye.................................1692 (Z2, Wed) Tighe, Sean..................................... 245 (A2, Wed) Tikekar, Mukul.................................. 50 (A1, Tue) Tillack, Bernd...............................1359 (N2, Mon) Ting, Chao...................................... 926 (H2, Wed) Tischer, Ingo................................. 1516 (Q2, Tue) Tischler, Joseph............................ 1548 (Q2, Wed) Tkachenko, Nikolai.......................1238 (M6, Tue) Tkacz-Smiech, Katarzyna............1098 (H9, Mon) Tocchio, Marco........................... 1253 (M7, Mon) Tohji, Kazuyuki..............................1672 (Z2, Tue) Tokranov, Vadim............................ 1457 (P2, Tue) Tomasso, Maria............................... 841 (G2, Tue) Tomioka, Katsuhiro.......................1447 (P2, Mon) Tomita, Ikuyoshi......816 (G2, Mon), 823 (G2, Mon) Tomita, Koji...................................1624 (Z1, Tue) Tomita, Shoji.................................... 90 (A1, Wed) Tomson, Neil................................ 1074 (H5, Wed) Tong, YuYe.....................................897 (H2, Mon) Tõnisoo, Arvo............................... 1087 (H8, Tue) Torimoto, Tsukasa........................1275 (M8, Tue), ......................................................1688 (Z2, Wed) Toriumi, Akira.........1445 (P2, Mon), 1455 (P2, Tue) Torraco, Dennis................................ 794 (F6, Tue) Torres, César................................ 1000 (H3, Wed) Torres, Tomas...............................1241 (M6, Tue), ......................... 1313 (M9, Tue), 1343 (M9, Wed) Toshiyoshi, Hiroshi...................... 1407 (N3, Tue), ...................................................... 1412 (N3, Tue) Toth, Peter......... 1113 (H9, Tue), 1260 (M7, Mon) Toth, Reka...................................... 252 (A2, Wed) Tour, James................................. 1163 (M3, Mon) Toyooka, Tsuguyoshi.......................418 (B1, Tue) Tran, Huy Nam............................. 1186 (M4, Tue) Tran, Kristen....................................437 (B1, Tue) Tran-Van, François....................... 1067 (H5, Wed) Trasatti, Stefano............................ 997 (H3, Wed), ..................................................... 1001 (H3, Wed) Trask, Steve.................................... 213 (A2, Wed) Tremiliosi-Filho, Germano............ 931 (H2, Wed) Trimble, T.....................................1505 (Q2, Mon) Trinh, Phong.........368 (A4, Mon), 373 (A4, Mon) Tripahi, Abhinav............................ 1435 (P1, Tue) Tripathy, Sudhiranjan.................... 1531 (Q2, Tue) Triulzi, Francesco...........................526 (D2, Mon) Tropy, Nolan.................................. 227 (A2, Wed) Trukhina, Olga.............................1343 (M9, Wed) Trulove, Paul................................. 1408 (N3, Tue) Truong, Connie-Nga.....................1442 (P2, Mon) Truong, Quang Duc.......................... 74 (A1, Wed) Tryk, Donald..................................660 (F2, Mon), ................................904 (H2, Tue), 905 (H2, Tue) Tsai, Feng-Yen............................... 262 (A2, Wed) Tse, Edmund................................... 912 (H2, Tue)

Tse, Ying-Lung.............................. 1019 (H4, Tue) Tseng, Yi-Hui............................... 1536 (Q2, Wed) Tsikouras, Anthony....................... 1487 (Q1, Tue) Tsirlina, Galina.............................1047 (H5, Mon) Tsoufis, Theodoros...................... 1261 (M7, Mon) Tsoutsou, Dimitra.........................1357 (N2, Mon) Tsuchiya, Hajime........................... 107 (A1, Wed) Tsuchiya, Hiroaki.............................538 (E1, Tue) Tsuda, Takashi........ 783 (F5, Tue), 1632 (Z1, Tue) Tsui, Ealine..................................... 831 (G2, Tue) Tsuji, Yoichiro.................................. 785 (F6, Tue) Tsujimura, Seiya............................961 (H3, Mon) Tsukagoshi, Kazuhito................... 1551 (Q2, Wed) Tsukatsune, Takuya.........................704 (F4, Mon) Tsuneda, Takao........660 (F2, Mon), 692 (F2, Tue) Tsurtsumia, Olga.......528 (D2, Mon), 738 (F4, Wed) Tsutsui, Kazuo.............................. 1539 (Q2, Wed) Tsutsumia, Gigla..............................21 (A1, Mon) Tsvetkov, Dmitry............................ 355 (A3, Wed) Tsvetkov, Nikolay........................... 346 (A3, Tue) Tu, Po-Tsung................................1502 (Q2, Mon) Tu, Wen-Chiang............................. 1422 (P1, Tue) Tucker, Michael.............................374 (A4, Mon) Tucker, Telpriore............................... 44 (A1, Tue) Tuckerman, Mark.......................... 1016 (H4, Tue) Tufaro, Rachel................................. 975 (H3, Tue) Tuller, Harry.........353 (A3, Wed), 354 (A3, Wed), ................................. 710 (F4, Tue), 714 (F4, Tue) Tune, Daniel................................ 1136 (M2, Mon) Tung, Chih-An............................... 262 (A2, Wed) Turano, Paola............................... 1012 (H3, Wed) Turner, Daniel................................ 1435 (P1, Tue) Tuurala, Saara................................966 (H3, Mon) Tyagulskyy, Igor.......................... 1390 (N2, Wed) Tübke, Jens........... 183 (A2, Tue), 1629 (Z1, Tue) Tyliszczak, Tolek............................ 340 (A3, Tue) Tylka, Magdalena............................ 877 (H1, Tue)

148

U

Ubnoske, Stephen....................... 1264 (M7, Mon) Uchida, Hiroyuki............................660 (F2, Mon), ...............................904 (H2, Tue), 905 (H2, Tue), ........................................................ 940 (H2, Thu) Uchinaga, Kensuke.......................1237 (M6, Tue) Uchiyama, Sari..............................1291 (M8, Tue) Uddin, Md. Aman.........637 (F1, Tue), 638 (F1, Tue) Ueda, Masashi................................1614 (Z1, Tue) Ueda, Takeshi................................. 1459 (P2, Tue) Uedono, Akira.............................. 1567 (R1, Mon) Uehara, Hiromitsu.........................1293 (M8, Tue) Uetani, Yasunori.............................. 835 (G2, Tue) Ulrikkeholm, Elisabeth................... 902 (H2, Tue) Ulyanova, Yevgenia......................962 (H3, Mon), .............................. 965 (H3, Mon), 984 (H3, Tue) Umasankar, Yogeswaran.................414 (B1, Tue), ................................627 (F1, Tue), 980 (H3, Tue), ...............................991 (H3, Tue), 995 (H3, Wed) Umezu, Shinjiro.............................1613 (Z1, Tue) Unocic, Raymond........31 (A1, Tue), 888 (H2, Mon) Uosaki, K........................................ 903 (H2, Tue) Uosaki, Kohei..........887 (H2, Mon), 895 (H2, Mon), .............................952 (H2, Thu), 1083 (H8, Tue), ........................... 1093 (H8, Tue), 1293 (M8, Tue) Upadhyay, Anjali.............................425 (B1, Tue), ................................ 427 (B1, Tue), 428 (B1, Tue) Ural, Ant...................................... 1258 (M7, Mon) Urano, Makoto..............................1711 (Z3, Wed) Urban, Nathaniel............................... 39 (A1, Tue) Urban, Tobias.................................520 (D2, Mon) Urbani, Maxence..........................1343 (M9, Wed) Urisanga, Pierre Celestin................ 155 (A1, Thu) Uruga, Tomoya.............................. 1093 (H8, Tue) Usmani, Belal................................. 275 (A2, Wed) Uzoh, Cyprian............................... 1467 (P2, Wed) Uzunlar, Erdal............................... 1472 (P2, Wed) Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

V

Visco, Vincent................................ 212 (A2, Wed) Visnick, Helen................................1120 (H9, Tue) Viswanathan, Venkatasubramanian........................ ............................... 670 (F2, Mon), 901 (H2, Tue) Vittadello, Michele........................... 68 (A1, Wed) Vivien, Laurent..............................1576 (R1, Tue) Vogl, Thomas................................ 1054 (H5, Tue) Voisin, Christophe........................ 1178 (M4, Tue), ...................................................... 1179 (M4, Tue) Volkov, Vyacheslav.........................599 (E5, Wed) Vorotyntsev, Mikhail....................1046 (H5, Mon) Voth, Gregory................................ 1019 (H4, Tue) Vu, Michael................................. 1169 (M3, Mon) Vukmirovic, Miomir......................601 (E5, Wed), ........................................................604 (E5, Wed) Vurgaftman, Igor.......................... 1548 (Q2, Wed)

Wang, Howard................................ 331 (A3, Tue) Wang, J...........................................1585 (R1, Tue) Wang, Jia.........................................599 (E5, Wed) Wang, Jiajun.................................... 157 (A1, Thu) Wang, Jinhua.................................. 244 (A2, Wed) Wang, Jun........................................ 157 (A1, Thu) Wang, Jun-Yi........ 280 (A2, Wed), 1676 (Z2, Tue) Wang, Junjie...........225 (A2, Wed), 501 (D1, Tue) Wang, Kaiying...............................1680 (Z2, Tue) Wang, L......................................... 1524 (Q2, Tue) Wang, Liduo.................................. 1563 (Q2, Thu) Wang, Long....................................382 (A4, Mon) Wang, Lulu................................... 1717 (Q1, Wed) Wang, Mengye..............................1276 (M8, Tue) Wang, Mingshan..........................1303 (M8, Wed) Wang, Pei......................................1442 (P2, Mon) Wang, Peiqi....................................177 (A2, Mon) Wang, Qi...................................... 1565 (R1, Mon) Wang, Qiang.................................. 210 (A2, Wed) Wang, Qing..................................... 160 (A1, Thu) Wang, Qiujun.................................. 302 (A2, Thu) Wang, Rainey................................... 691 (F2, Tue) Wang, Siwei............744 (F4, Wed), 754 (F4, Thu) Wang, Wei.....................................165 (A2, Mon), ............................. 375 (A4, Mon), 383 (A4, Tue), ...............................391 (A4, Tue), 392 (A4, Tue), ................................396 (A4, Tue), 399 (A4, Tue) Wang, Wenwu............................... 1371 (N2, Tue) Wang, Xiao-Liang.......................... 277 (A2, Wed) Wang, Xiaochen..............................448 (B1, Wed) Wang, Xiaofeng....... 637 (F1, Tue), 638 (F1, Tue) Wang, Xiaoli....................................23 (A1, Mon) Wang, Xiaoping............................... 790 (F6, Tue) Wang, Xue-Bin.............................1232 (M6, Tue) Wang, Yan................................... 1150 (M2, Mon) Wang, Yan....................................... 299 (A2, Thu) Wang, Yan-Syun............................. 141 (A1, Wed) Wang, Yang.....................................441 (B1, Wed) Wang, Ying..................................... 287 (A2, Wed) Wang, Yiran......................................16 (A1, Mon) Wang, You...................................... 1422 (P1, Tue) Wang, Yu-Lin................................ 1515 (Q2, Tue) Wang, YuHuang...........................1201 (M4, Wed) Wang, Yuxing............ 48 (A1, Tue), 753 (F4, Thu) Wappes, Ethan................................827 (G2, Mon) Ward, Donald................................... 53 (A1, Wed) Ward, Logan.................................... 697 (F2, Wed) Ware, Matthew............................ 1162 (M3, Mon) Warwick, Tony................................ 340 (A3, Tue) Watanabe, Masahiro.......................660 (F2, Mon), ................................692 (F2, Tue), 904 (H2, Tue), ................................905 (H2, Tue), 940 (H2, Thu) Watanabe, Masayoshi................... 1024 (H4, Tue) Watanabe, Nobuaki.......................1609 (Z1, Tue), ............................1610 (Z1, Tue), 1711 (Z3, Wed) Watanabe, Satoshi.......................... 362 (A3, Wed) Watanabe, Taku...............................669 (F2, Mon) Watson, Graeme............................. 354 (A3, Wed) Watson, Mark................................... 786 (F6, Tue) Weatherspoon, Mark....................... 57 (A1, Wed), ...............................59 (A1, Wed), 206 (A2, Wed), .............................1650 (Z1, Tue), 1665 (Z1, Tue) Weber, Adam.................................374 (A4, Mon), ................................ 794 (F6, Tue), 799 (F6, Wed) Weber, André...........707 (F4, Mon), 720 (F4, Tue) Weber, Dennis.............................. 1012 (H3, Wed) Weber, Jan......................................856 (H1, Mon) Weber, Jessie................................1482 (Q1, Mon) Weber-Bargioni, Alexander......... 1257 (M7, Mon) Weeman, William...........................968 (H3, Mon) Weerakkody, Ayendra..................1357 (N2, Mon) Wehrspohn, Ralf...........................1592 (R1, Wed) Wei, Bingqing................................ 241 (A2, Wed) Wei, Fang.....................................1199 (M4, Wed) Wei, Hai........................................ 1188 (M4, Tue) Wei, Huige.......................................16 (A1, Mon)

Vaarmets, Kersti.............................1641 (Z1, Tue) Vaiciuniene, Jurate..........................593 (E5, Tue), ................................596 (E5, Tue), 597 (E5, Tue), .........................................................598 (E5, Tue) Valdes, Benjamin............................ 884 (H1, Tue) Valenti, Giovanni.......................... 1092 (H8, Tue) Valk, Peeter................................... 1156 (M2, Tue) Vallee, Fabrice............................... 1186 (M4, Tue) Valota, Anna................................ 1260 (M7, Mon) Valvo, Mario................................... 500 (D1, Tue) Van Assche, Tom..............................558 (E2, Tue) Van den bosch, Geert.................... 1374 (N2, Tue) Van Houdt, Jan.............................. 1374 (N2, Tue) Van Kleeck, Melissa.......................854 (H1, Mon) van Schalkwyk, Francois................. 792 (F6, Tue) Van Sickle, Austin.........................1595 (R1, Wed) Van Staden, Jacobus........................413 (B1, Tue), ..............................417 (B1, Tue), 463 (B5, Mon), .......................................................1114 (H9, Tue) Van Zee, John.................................. 656 (F1, Wed) van Zeijl, Henk.............................. 1470 (P2, Wed) Vancoille, Eric..............................1360 (N2, Mon) Vandervorst, W.............................1360 (N2, Mon) Vandroux, Laurent......................... 1469 (P2, Wed) Vanfleet, Richard......................... 1149 (M2, Mon) Vannikov, Anatoly........................ 1077 (H5, Wed) Vargas-Gutierrez, G........................591 (E5, Tue), ............................................................... (E5, Tue) Vartanian, Victor.......................... 1414 (N3, Wed) Vasiljevic, Natasa...........................523 (D2, Mon) Vasilyeva, Svetlana..................... 1150 (M2, Mon) Vatamanu, Jenel........................... 1059 (H5, Tue), .......................................................1621 (Z1, Tue) Vaughey, John................................. 394 (A4, Tue) Vavrova, Tatiana............................. 283 (A2, Wed) Veciana, Jaume.............................1220 (M5, Wed) Vedharathinam, Vedasri...................543 (E1, Tue) Veith, Gabriel................................176 (A2, Mon), .............................. 282 (A2, Wed), 312 (A2, Thu) Vej-Hansen, Ulrik........................... 902 (H2, Tue) Vejar, Nelson................................... 493 (C1, Thu) Veksler, Dmitry............................1358 (N2, Mon) Velayutham, Guruviah.................... 628 (F1, Tue), ........................................................ 652 (F1, Wed) Velev, Orlin.................................... 454 (B5, Mon) Velez, Camilo................................ 1518 (Q2, Tue) Velez, Victor........1656 (Z1, Tue), 1698 (Z2, Wed) Velicky, Matej............................. 1260 (M7, Mon) Velikokhatnyi, Oleg........................19 (A1, Mon), ....................................................... 140 (A1, Wed) Veloso, Anabela............................. 1370 (N2, Tue) Vendra, Venkat.............................. 271 (A2, Wed), .............................. 760 (F5, Mon),773 (F5, Mon), ......................................................1281 (M8, Tue) Venegas, Ricardo............................. 954 (H2, Thu) Vereecken, Philippe........................ 508 (D1, Tue), ........................................................ 509 (D1, Tue) Verlackt, Christof.......................... 1180 (M4, Tue) Vesborg, Peter.................................766 (F5, Mon) Veth, Christian................................. 144 (A1, Thu) Vezzù, Keti.................................... 1017 (H4, Tue) Vialla, Fabien.........1178 (M4, Tue), 1179 (M4, Tue) Viallet, Virginie................................ 94 (A1, Wed) Viana, Adriano.................................429 (B1, Tue) Vidal-Iglesias, Francisco............... 1081 (H8, Tue) Vijayakumar, Murugesan..............165 (A2, Mon), ................................391 (A4, Tue), 399 (A4, Tue) Villarrubia, Claudia.......................962 (H3, Mon), ...............................987 (H3, Tue), 994 (H3, Wed) Vinogradov, Sergei.......................1334 (M9, Wed) Virden, Jud.....................................164 (A2, Mon) Virji, Maheboob............................... 796 (F6, Tue) Virkar, Anil.....................................706 (F4, Mon), ................................746 (F4, Wed), 754 (F4, Thu) Meeting Program l May 11-15, 2014 l Orlando, FL

W

Wachsman, Eric.............................. 716 (F4, Tue), ................................. 722 (F4, Tue), 724 (F4, Tue) Wadas, Anna................................... 947 (H2, Thu) Wagner, Ralf.................................... 37 (A1, Tue), ................................78 (A1, Wed), 126 (A1, Wed) Wagner, Stefan................................700 (F4, Mon) Wagner, Tomas......755 (F4, Thu), 1686 (Z2, Wed) Wahl, Amelie....................................410 (B1, Tue) Wainright, Jesse.............................. 385 (A4, Tue) Wainright, Robert............................. 627 (F1, Tue) Wajda, Cory..........1356 (N2, Mon), 1358 (N2, Mon) Wakabayashi, Hitoshi.................. 1539 (Q2, Wed) Wakayama, Yutaka........................1312 (M9, Tue) Wakisaka, Mitsuru.........................660 (F2, Mon), ...............................904 (H2, Tue), 905 (H2, Tue), ........................................................ 940 (H2, Thu) Walba, David................................ 1039 (H4, Wed) Walczyk, Christian........................ 1378 (N2, Tue) Walczyk, Damian.......................... 1378 (N2, Tue) Walden-Newman, William............ 1184 (M4, Tue) Waldow, Michael.........................1402 (N3, Mon) Waldron, Niamh...........................1360 (N2, Mon) Walker, Robert................................. 717 (F4, Tue) Wallace, Gordon............................856 (H1, Mon) Wallace, Jean.................................. 230 (A2, Wed) Wallace, Maxwell..........................1596 (R1, Wed) Waller, Gordon......... 218 (A2, Wed), 1659 (Z1, Tue) Walsh, Darren.............................. 1037 (H4, Wed) Walsh, Nathaniel........................... 1561 (Q2, Thu) Walter, Eric...................................... 56 (A1, Wed) Walus, Sylwia................................. 311 (A2, Thu) Wandelt, Klaus............................. 1091 (H8, Tue), .....................................................1336 (M9, Wed) Wang, Changle.............................. 1485 (Q1, Tue) Wang, Chao-Yang.......................... 145 (A1, Thu), ............................... 150 (A1, Thu),160 (A1, Thu), ................................ 344 (A3, Tue), 560 (E2, Tue) Wang, Chao-Yang..................................................

Wang, Chen..........128 (A1, Wed), 1066 (H5, Tue) Wang, Chongmin............................26 (A1, Mon), ................................ 52 (A1, Wed), 308 (A2, Thu) Wang, Chun-Chieh.........................1663 (Z1, Tue) Wang, Chunlei......... 11 (A1, Mon), 86 (A1, Wed), .............................. 115 (A1, Wed), 435 (B1, Tue), ...................................................... 1128 (M1, Tue) Wang, Chunsheng..........................172 (A2, Mon) Wang, Dahai....... 1371 (N2, Tue), 1700 (Z2, Wed) Wang, DaiHai............................... 1421 (N3, Wed) Wang, Deli......................................763 (F5, Mon) Wang, Donghai......... 3 (A1, Mon), 63 (A1, Wed), ..............................182 (A2, Tue), 235 (A2, Wed), .........................................................750 (F4, Thu) Wang, Donghui.....579 (E4, Wed), 1600 (Z1, Tue) Wang, Guilei................................ 1371 (N2, Tue), ...........................1432 (P1, Tue), 1692 (Z2, Wed), ......................................................1700 (Z2, Wed) Wang, Guofeng...... 664 (F2, Mon), 911 (H2, Tue) Wang, Hongli..... 1398 (N2, Wed), 1451 (P2, Tue)

149

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Wei, Suying......................................16 (A1, Mon) Wei, Wei.......................................... 500 (D1, Tue) Wei, Xia........................................... 98 (A1, Wed) Wei, Xiaoliang..............................165 (A2, Mon), ...............................383 (A4, Tue), 392 (A4, Tue), ................................396 (A4, Tue), 399 (A4, Tue) Weidner, John.................................580 (E4, Wed), ............................. 922 (H2, Wed), 1657 (Z1, Tue) Weinstein, Julia...............................762 (F5, Mon) Weisman, R. Bruce.................... 1169 (M3, Mon), ..........................1174 (M4, Tue), 1199 (M4, Wed) Wen, Hao................... 4 (A1, Mon), 197 (A2, Tue) Wen, Yang......................................172 (A2, Mon) Wen, Youhai.........489 (C1, Thu), 1379 (N2, Wed) Wen, Yuan........................................ 77 (A1, Wed) Wenseleers, Wim........................... 1180 (M4, Tue) Wessel, Silvia................................... 786 (F6, Tue) West, Ryan.....................................1106 (H9, Tue) West, William................................. 221 (A2, Wed) Westerstรถm, Rasmus....................1229 (M5, Wed) Wheeldon, Ian................................. 970 (H3, Tue) Wheeler, Dean.................................. 77 (A1, Wed) Wheeler, Virginia......................... 1548 (Q2, Wed) Whitaker, James............................1230 (M6, Tue) White, C.......................................1362 (N2, Mon) White, Ralph........... 95 (A1, Wed), 154 (A1, Thu) Whiting, Patrick............................ 1523 (Q2, Tue) Whittingham, M.............................. 304 (A2, Thu) Wichert, William............................. 914 (H2, Tue) Wieczorek, Wladyslaw................ 1053 (H5, Tue), ...................................................... 1057 (H5, Tue) Wijaya, Olivia.................................. 80 (A1, Wed) Wikle, Howard........ 403 (B1, Tue), 409 (B1, Tue) Wikner, Emily................................... 39 (A1, Tue) Wildfire, Christina........................ 1386 (N2, Wed) Wilhite, Benjamin...........................702 (F4, Mon) Williams, Ada.............................. 1169 (M3, Mon) Williams, Mark...............................668 (F2, Mon) Williamson, Mark.........................854 (H1, Mon), ................................870 (H1, Tue), 877 (H1, Tue) Willis, Mark...................................968 (H3, Mon) Willit, James..................................854 (H1, Mon), ................................870 (H1, Tue), 877 (H1, Tue) Willson, Patric................................1585 (R1, Tue) Wilson, Lon........ 1162 (M3, Mon), 1163 (M3, Mon) Wilson, Mahlon................................748 (F4, Thu) Wilson, Marshall.......................... 1391 (N2, Wed) Wilson, Patrick...............................1578 (R1, Tue) Wilson, Paul....................................468 (C1, Wed) Windisch, Charles..........................1601 (Z1, Tue) Winkler, Krzysztof........................1233 (M6, Tue) Winter, Martin............37 (A1, Tue), 42 (A1, Tue), .................................76 (A1, Wed), 78 (A1, Wed), ...............................93 (A1, Wed), 106 (A1, Wed), ............................. 126 (A1, Wed), 162 (A1, Thu), ...............................163 (A1, Thu), 211 (A2, Wed) Wipf, David.....................................111 (A1, Wed) Wishart, James............................. 1076 (H5, Wed) Witten, Thomas......... 617 (E5, Thu), 1019 (H4, Tue) Wohltjen, Hank.............................. 458 (B5, Mon) Wojcik, Jacek...... 1578 (R1, Tue), 1585 (R1, Tue) Wolos, Agnieszka......................... 1032 (H4, Wed) Wolverton, Chris....... 253 (A2, Wed), 697 (F2, Wed) Won, Jaihyung..................................551 (E1, Tue) Wong, Chee-Wei........................... 1184 (M4, Tue) Wong, H.-S.................................... 1188 (M4, Tue) Wong, Justin.....................................564 (E2, Tue) Wong, Yuen-Yee........................... 1547 (Q2, Wed) Wood, David................................... 194 (A2, Tue) Wood, Kevin................................... 803 (F6, Wed) Woods, Jessica...............................1666 (Z1, Tue) Wraback, Michael........................ 1532 (Q2, Wed) Wu, Feixiang......... 181 (A2, Tue), 1622 (Z1, Tue) Wu, Gang.............. 128 (A1, Wed), 951 (H2, Thu) Wu, James....................................... 196 (A2, Tue) Wu, Jiao........................................ 1155 (M2, Tue)

Wu, Lijun........................................599 (E5, Wed) Wu, Meng-Yin.............................1191 (M4, Wed) Wu, Nick................ 406 (B1, Tue), 761 (F5, Mon) Wu, Qiang......................................378 (A4, Mon) Wu, Tianpin..................................... 305 (A2, Thu) Wu, Ting-Ting.............................. 1550 (Q2, Wed) Wu, Wei-Lin.................................. 1556 (Q2, Thu) Wu, Wen-Wei................................ 1453 (P2, Tue), ............................ 1560 (Q2, Thu), 1619 (Z1, Tue) Wu, Wen-Wei...............................1302 (M8, Wed) Wycisk, Ryszard...............................534 (E1, Tue)

150

X

Xi, Y.............................................. 1525 (Q2, Tue) Xia, Li-Qun...................................1440 (P2, Mon) Xiang, Jinjuan............................... 1371 (N2, Tue) Xiao, Jie................ 210 (A2, Wed), 297 (A2, Thu) Xiao, Jie..........................................26 (A1, Mon), ................................180 (A2, Tue), 294 (A2, Thu) Xiao, Jun......................................1221 (M5, Wed) Xiao, Xingcheng............................. 341 (A3, Tue) Xie, Su-Yuan................................1221 (M5, Wed) Xie, Yongshu.................................1312 (M9, Tue) Xie, Zhong....................................... 97 (A1, Wed) Xin, Xukai.....................................1276 (M8, Tue) Xing, Huili (Grace).......................1446 (P2, Mon) Xing, Jia-Chao................................. 85 (A1, Wed) Xing, Weibing....................................9 (A1, Mon) Xing, Yangchuan............................ 201 (A2, Wed) Xiong, Hui (Claire).......................... 693 (F2, Tue) Xiong, Lee....................................1203 (M4, Wed) Xiong, Pan....................................1295 (M8, Tue) Xiong, Wenjuan........................... 1371 (N2, Tue), ......................................................1700 (Z2, Wed) Xiong, WenJuan.......................... 1421 (N3, Wed), ......................................................1697 (Z2, Wed) Xu, Bajin........................................1616 (Z1, Tue) Xu, Chang-Qing............................ 1495 (Q1, Tue) Xu, Changqing.............................. 1494 (Q1, Tue) Xu, Cheng...........561 (E2, Tue), 1297 (M8, Wed), .............................1638 (Z1, Tue), 1644 (Z1, Tue) Xu, Clarke......................................1120 (H9, Tue) Xu, Fan...........................................829 (G2, Mon) Xu, Gaobo..........1692 (Z2, Wed), 1700 (Z2, Wed) Xu, Hai-Chao.................................829 (G2, Mon) Xu, Henghui................................... 269 (A2, Wed) Xu, Jia............. 1171 (M3, Mon), 1210 (M4, Wed) Xu, Jie.............................................449 (B1, Wed) Xu, Jing......................................... 1090 (H8, Tue) Xu, Jing....................................... 1398 (N2, Wed), ............................. 1432 (P1, Tue), 1451 (P2, Tue) Xu, Kang........................................... 39 (A1, Tue) Xu, Kun.......................................... 1422 (P1, Tue) Xu, Lishuang..................................178 (A2, Mon) Xu, N.............................................1266 (M7, Tue) Xu, Qiang..................................... 1371 (N2, Tue), ............................1432 (P1, Tue), 1692 (Z2, Wed) Xu, Qiuxia.....................................1700 (Z2, Wed) Xu, Shaomao.................................... 55 (A1, Wed) Xu, Shuai........................................ 973 (H3, Tue) Xu, Terrence.................................... 63 (A1, Wed), ...............................182 (A2, Tue), 235 (A2, Wed) Xu, Terrence.......................................3 (A1, Mon) Xu, Wu.....................52 (A1, Wed), 56 (A1, Wed), ............................. 165 (A2, Mon), 294 (A2, Thu), ...............................308 (A2, Thu), 392 (A4, Tue), ................................399 (A4, Tue), 505 (D1, Tue) Xu, Xuejun.....................................1574 (R1, Tue) Xu, Yefeng.................................. 1398 (N2, Wed), ............................1451 (P2, Tue), 1692 (Z2, Wed) Xu, Yunjun...................................... 349 (A3, Tue) Xue, Dongpeng..............................1616 (Z1, Tue) Xue, Kan-Hao............................... 105 (A1, Wed), .................................343 (A3, Tue), 689 (F2, Tue) Xue, Zheng.................38 (A1, Tue), 75 (A1, Wed)

Author................................................................Abs No.

Y

Yadav, Anupama.......................... 1524 (Q2, Tue), ...................................................... 1529 (Q2, Tue) Yadav, Poonam................................476 (C1, Wed) Yadav, Ramesh............................... 122 (A1, Wed) Yadid-Pecht, Orly.......................... 1486 (Q1, Tue) Yae, Shinji.....................................522 (D2, Mon), .............................524 (D2, Mon), 527 (D2, Mon) Yagi, Ichizo.........892 (H2, Mon), 1292 (M8, Tue) Yagi, Mamiko............................... 1571 (R1, Mon) Yagi, Yuki.......................................961 (H3, Mon) Yahiro, Keiji.................................... 747 (F4, Wed) Yakal-Kremski, Kyle....................... 723 (F4, Tue) Yakimov, Michael.......................... 1457 (P2, Tue) Yakobson, Boris...........................1203 (M4, Wed) Yalcin, Sibel.................................. 1176 (M4, Tue) Yamada, Hiroko............................1237 (M6, Tue) Yamada, Takahiro.......................... 107 (A1, Wed) Yamada, Yuji..................................1614 (Z1, Tue) Yamada, Yuki...................................418 (B1, Tue) Yamaguchi, Hisato........................ 1176 (M4, Tue) Yamaguchi, Takeo..........................964 (H3, Mon) Yamaguchi, Yuji............................1237 (M6, Tue) Yamaguchi, Yusuke......................... 838 (G2, Tue) Yamamoto, Masahiro.....................857 (H1, Mon) Yamamoto, Masanori....................1238 (M6, Tue) Yamamoto, Shinpei.......................1237 (M6, Tue) Yamamoto, Wataru.......................... 694 (F2, Wed) Yamane, Daisuke.......................... 1407 (N3, Tue) Yamashita, Yoshiyuki.................... 1376 (N2, Tue) Yamazaki, Toshiki.......................... 137 (A1, Wed) Yan, Haijun..................................1135 (M1, Wed) Yan, Jia-Hung.................................1586 (R1, Tue) Yan, Jiang..........1371 (N2, Tue), 1398 (N2, Wed), .......................... 1421 (N3, Wed), 1432 (P1, Tue), ............................ 1451 (P2, Tue), 1465 (P2, Tue), ...........................1692 (Z2, Wed), 1697 (Z2, Wed) Yan, Jianhua.................................... 186 (A2, Tue) Yan, Rusen....................................1446 (P2, Mon) Yanagishita, Takashi.....................1284 (M8, Tue) Yang, Bo..................393 (A4, Tue), 400 (A4, Tue) Yang, Cheng-Lung....................... 1550 (Q2, Wed) Yang, Chenguang..........................370 (A4, Mon), .......................................................376 (A4, Mon) Yang, Cheol-Woong.......................1608 (Z1, Tue) Yang, Chia-Cheng.......................... 1461 (P2, Tue) Yang, Chih-Ka...............................1586 (R1, Tue) Yang, Chih-Yung............................ 1464 (P2, Tue) Yang, Chuanbo................................ 147 (A1, Thu) Yang, Daewon...............................1440 (P2, Mon) Yang, Dr.......................................1362 (N2, Mon) Yang, Fan....................................... 937 (H2, Wed) Yang, Gwangseok......................... 1525 (Q2, Tue) Yang, Hong................................... 1371 (N2, Tue) Yang, Hong..................................... 943 (H2, Thu) Yang, Jeong-Jin.....110 (A1, Wed), 136 (A1, Wed) Yang, Joel.........................................419 (B1, Tue) Yang, Juchan................................... 871 (H1, Tue) Yang, Jung Hoon............................ 251 (A2, Wed) Yang, Lee........................................ 340 (A3, Tue) Yang, Ming-Chang...........................407 (B1, Tue) Yang, Qing.............351 (A3, Tue), 361 (A3, Wed) Yang, Ruizhi....... 1086 (H8, Tue), 1155 (M2, Tue) Yang, Shangfeng.........................1216 (M5, Wed), .....................................................1229 (M5, Wed) Yang, Shuo.................................... 1083 (H8, Tue) Yang, Su-Hua.................................1586 (R1, Tue) Yang, Tae-Hyun............................... 630 (F1, Tue) Yang, Tao................ 679 (F2, Tue), 680 (F2, Tue), ..............................682 (F2, Tue), 1371 (N2, Tue), ............................1432 (P1, Tue), 1692 (Z2, Wed) Yang, Xiao-Qing........ 306 (A2, Thu), 314 (A2, Thu) Yang, Yuan.................................... 1019 (H4, Tue) Yang, Yunxia................................1304 (M8, Wed) Yang, Zhaotang.............................1713 (Z3, Wed) Meeting Program l May 11-15, 2014 l Orlando, FL

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Yang, Zhenrong............................. 1155 (M2, Tue) Yang, Zhuo....................................1289 (M8, Tue) Yano, Hirosi...........660 (F2, Mon), 940 (H2, Thu) Yao, Meng...................................... 240 (A2, Wed) Yao, Takeshi.........1637 (Z1, Tue), 1639 (Z1, Tue) Yao, Yan.......................................... 303 (A2, Thu) Yao, Yiping...................................1443 (P2, Mon) Yarlagadda, Venkata......................366 (A4, Mon), .........................................................545 (E1, Tue) Yashiro, Keiji................................ 357 (A3, Wed), ............................... 362 (A3, Wed), 715 (F4, Tue) Yasuda, Hiroshi............................... 811 (F6, Wed) Yasuda, Satoshi..............................896 (H2, Mon) Yasutake, Kiyoshi.........................1715 (Z3, Wed) Yazami, Rachid................................ 80 (A1, Wed) Ye, Ke............................................. 937 (H2, Wed) Ye, Meidan....................................1276 (M8, Tue) Ye, Ning.......................................... 743 (F4, Wed) Ye, Shen.........................................898 (H2, Mon) Ye, Siyu..................599 (E5, Wed), 600 (E5, Wed) Ye, Tianchun................................. 1371 (N2, Tue) Ye, Yumin.....................................1191 (M4, Wed) Yeboah, Yaw..................................529 (D2, Mon) Yeh, Allison................................... 1487 (Q1, Tue) Yeh, H. C...................................... 1391 (N2, Wed) Yeh, Juan_Cheng......................... 1550 (Q2, Wed) Yeh, Nien-Tze..............................1502 (Q2, Mon) Yeh, Syun-Ru................................1327 (M9, Tue) Yeh, Tsung Kuang...........................606 (E5, Wed) Yella, Aswani................................ 1022 (H4, Tue) Yeon, Dong-Hee............................. 223 (A2, Wed) Yi, Hyeon-Seok.............................. 136 (A1, Wed) Yi, Jaeshin...................................... 129 (A1, Wed) Yildirim, Handan..........................1267 (M7, Tue), ............................1677 (Z2, Tue), 1693 (Z2, Wed) Yildiz, Bilge..........346 (A3, Tue), 352 (A3, Wed), ............................... 354 (A3, Wed), 710 (F4, Tue) Yilmaz, Mesut......... 113 (A1, Wed), 1699 (Z2, Wed) Yim, Sung-Dae................................. 630 (F1, Tue) Yin, Bin..........................................820 (G2, Mon) Yin, Haizhou...... 1371 (N2, Tue), 1692 (Z2, Wed) Yin, Huaxiang...............................1700 (Z2, Wed) Yin, Huaxiang.............................. 1371 (N2, Tue), .......................... 1421 (N3, Wed), 1697 (Z2, Wed) Yin, Hui.......................................... 283 (A2, Wed) Yin, Jiewei........................................ 718 (F4, Tue) Yin, Jun.......................................... 204 (A2, Wed) Yin, Renhe...................................... 244 (A2, Wed) Yin, Yimei........................................ 718 (F4, Tue) Ying, Tzung-Hua........................... 1460 (P2, Tue), ....................................................... 1461 (P2, Tue) Yip, Ronnie..................................... 633 (F1, Tue), ............................... 644 (F1, Wed), 645 (F1, Wed) Yoda, S............................................758 (F5, Mon) Yoder, P. Douglas.......................... 1517 (Q2, Tue) Yoho, Rachel................................ 1000 (H3, Wed) Yokoshima, Tokihiko..................... 242 (A2, Wed) Yokoyama, Shun............................1672 (Z2, Tue) Yomogida, Takumi........................ 1093 (H8, Tue) Yoneda, Kenji.................................. 833 (G2, Tue) Yoo, Bongyoung.............................. 780 (F5, Tue) Yoo, Dongseok............................... 243 (A2, Wed) Yoo, Seung.....................................814 (G2, Mon) Yoo, Woo Sik.......1365 (N2, Tue), 1459 (P2, Tue) Yoon, Jaegu.................................... 223 (A2, Wed) Yoon, Sung-Pil................................ 696 (F2, Wed) Yoon, Young Soo........................... 514 (D1, Tue), .................................................... 1263 (M7, Mon) Yoosaf, K......................................1243 (M6, Tue) Yoshida, Jun-ichi...........................813 (G2, Mon), ............................. 815 (G2, Mon), 834 (G2, Tue), ........................................................ 837 (G2, Tue) Yoshida, Keita...............................1245 (M6, Tue) Yoshida, Masaaki.......................... 1093 (H8, Tue) Yoshida, Shin-ichi......................... 1485 (Q1, Tue)

Yoshikawa, Hideki........................887 (H2, Mon), ...................................................... 1376 (N2, Tue) Yoshikawa, Keita............................442 (B1, Wed) Yoshimura, Ken.............................. 835 (G2, Tue) You, Dae Jong.................................615 (E5, Wed) You, Lin.............1368 (N2, Tue), 1415 (N3, Wed) Youn, S.-J....................................... 132 (A1, Wed) Younes, Enas.................................... 782 (F5, Tue) Yu, Changzhou.................................546 (E1, Tue) Yu, Dazhi.........................................536 (E1, Tue), ...............................587 (E4, Wed), 588 (E4, Wed) Yu, Guihua...................................... 190 (A2, Tue) Yu, Haoran..............604 (E5, Wed), 634 (F1, Tue) Yu, Hyunkwan................................1617 (Z1, Tue) Yu, Jiahan......................................1692 (Z2, Wed) Yu, Jing-jiang................................1271 (M7, Tue) Yu, Jingxian..................................1331 (M9, Tue) Yu, Le.............................................898 (H2, Mon) Yu, Xiaochun................................... 992 (H3, Tue) Yu, Xiqian.............. 306 (A2, Thu), 314 (A2, Thu) Yu, Yang.......................................... 741 (F4, Wed) Yu, Young-Sang.............................. 340 (A3, Tue) Yu, Zenan...................................... 215 (A2, Wed), ............................. 265 (A2, Wed), 1658 (Z1, Tue) Yuan, Chao...................................1221 (M5, Wed) Yuan, Dajun................................... 1517 (Q2, Tue) Yuan, Lixia...................................... 184 (A2, Tue) Yuan, Qiuyi..................................... 949 (H2, Thu) Yuan, Tao...................................... 1366 (N2, Tue) Yuan, Tianyu................................1210 (M4, Wed) Yuan, Xiao-Zi................................... 97 (A1, Wed) Yuan-Run, Chung...........................1640 (Z1, Tue) Yuca, Neslihan............................... 120 (A1, Wed) Yue, Zhang..................................... 1432 (P1, Tue) Yuh, Chao-Yi.................................. 734 (F4, Wed) Yuk, Young-Jae.............................. 136 (A1, Wed) Yun, Ju-Young................................1588 (R1, Tue) Yun, Sangsu.................................. 1427 (P1, Tue), ............................. 1437 (P1, Tue), 1438 (P1, Tue) Yun, Sung Ryul..............................1587 (R1, Tue) Yun, Sung-Hyun........................... 1078 (H5, Wed) Yurkiv, Vitaliy.................................. 678 (F2, Tue) Yushin, Gleb................................... 181 (A2, Tue), ............................. 254 (A2, Wed), 1622 (Z1, Tue) Yushin, Gleb......... 245 (A2, Wed), 1606 (Z1, Tue)

Zawodzinski, Thomas..................... 96 (A1, Wed), ............................ 217 (A2, Wed), 371 (A4, Mon), ...............................390 (A4, Tue), 398 (A4, Tue), ..............................576 (E4, Wed), 581 (E4, Wed), ..............................648 (F1, Wed), 675 (F2, Mon), .............................. 801 (F6, Wed), 808 (F6, Wed), .............................. 953 (H2, Thu), 955 (H2, Thu), .............................956 (H2, Thu), 1082 (H8, Tue), ...................................................... 1125 (M1, Tue) Zeis, Roswitha.................................. 629 (F1, Tue) Zelazo, Anna..................................1581 (R1, Tue) Zelenay, Piotr.........869 (H1, Tue), 929 (H2, Wed) Zelenay, Piotr.................................. 951 (H2, Thu) Zeng, Lihan..................................1340 (M9, Wed) Zettsu, Nobuyuki............................ 103 (A1, Wed) Zhai, Yunfeng................................... 796 (F6, Tue) Zhan, Chun...................................... 305 (A2, Thu) Zhan, Zhuang-Ping......................1221 (M5, Wed) Zhang, Anyi......................................23 (A1, Mon) Zhang, Bing....................................1626 (Z1, Tue) Zhang, Congling........................... 1082 (H8, Tue) Zhang, Feng-Yuan........................... 649 (F1, Wed) Zhang, Hao...................................... 335 (A3, Tue) Zhang, Hao-Wei.............................322 (A3, Mon) Zhang, Haomiao..............................702 (F4, Mon) Zhang, Hui......................................18 (A1, Mon), ............................... 240 (A2, Wed), 676 (F2, Tue) Zhang, Ji-Guang..............................26 (A1, Mon), .................................52 (A1, Wed), 56 (A1, Wed), ...............................180 (A2, Tue), 294 (A2, Thu), ................................308 (A2, Thu), 505 (D1, Tue) Zhang, Jianyuan......................... 1164 (M3, Mon), .....................................................1228 (M5, Wed) Zhang, Lei..............706 (F4, Mon), 746 (F4, Wed) Zhang, Lu........................................ 394 (A4, Tue) Zhang, Min.....................................1616 (Z1, Tue) Zhang, Qian....................................1411 (N3, Tue) Zhang, Rui....................................1224 (M5, Wed) Zhang, Rujing............................. 1251 (M7, Mon) Zhang, Shaofei............................. 1565 (R1, Mon) Zhang, Shuchun.............................178 (A2, Mon) Zhang, Shumao............................. 1366 (N2, Tue) Zhang, Tian....................................1614 (Z1, Tue) Zhang, Wanjie......... 639 (F1, Wed), 1067 (H5, Wed) Zhang, Wen......................................412 (B1, Tue) Zhang, Wenfeng............................. 1455 (P2, Tue) Zhang, WenXu.................................617 (E5, Thu) Zhang, Xinxin................................ 263 (A2, Wed) Zhang, Y........................................1266 (M7, Tue) Zhang, Yang.................................1229 (M5, Wed) Zhang, Yong................................. 1535 (Q2, Wed) Zhang, Yongkui............................ 1371 (N2, Tue), .......................... 1421 (N3, Wed), 1697 (Z2, Wed) Zhang, Yu........................................599 (E5, Wed) Zhang, Yuanyuan...........................1635 (Z1, Tue) Zhang, Yuzhu...........421 (B1, Tue), 571 (E2, Tue) Zhang, Zhengcheng.......................... 75 (A1, Wed) Zhang, Zhengcheng.........................25 (A1, Mon), ...................................38 (A1, Tue), 71 (A1, Wed) Zhang, Zhengyi............................. 1184 (M4, Tue) Zhao, Chao........1371 (N2, Tue), 1398 (N2, Wed), .......................... 1421 (N3, Wed), 1432 (P1, Tue), ............................ 1451 (P2, Tue), 1465 (P2, Tue), ..........................1692 (Z2, Wed), 1697 (Z2, Wed), ......................................................1700 (Z2, Wed) Zhao, Chong.................................... 188 (A2, Tue) Zhao, Chunxia..............................1304 (M8, Wed) Zhao, Feng..............67 (A1, Wed), 706 (F4, Mon) Zhao, Hui....................................... 120 (A1, Wed) Zhao, Jianqing................................ 287 (A2, Wed) Zhao, Liang............ 353 (A3, Wed), 714 (F4, Tue) Zhao, Ruiting.......... 403 (B1, Tue), 409 (B1, Tue) Zhao, Songrui............................... 1565 (R1, Mon) Zhao, Wei........................................ 160 (A1, Thu) Zhao, Xiaojing................................. 636 (F1, Tue) Zhao, Xuan............. 95 (A1, Wed), 169 (A2, Mon)

Meeting Program l May 11-15, 2014 l Orlando, FL

Z

Zabielaite, Ausrine..........................596 (E5, Tue), ................................597 (E5, Tue), 607 (E5, Wed) Zachara, Janusz..............................1710 (Z3, Tue) Zagal, Jose...................................... 493 (C1, Thu), .............................. 928 (H2, Wed), 954 (H2, Thu) Zaghib, Karim..................................750 (F4, Thu) Zagubien, Ewelina.........................1115 (H9, Tue) Zahab, Ahmed-Azmi..................... 1186 (M4, Tue) Zahid, Mohammed........................ 1374 (N2, Tue) Zaino, Lawrence............................. 914 (H2, Tue) Zaitouna, Anita.................................411 (B1, Tue) Zaleski, Christopher.......................1109 (H9, Tue) Zandler, Mel..................................1330 (M9, Tue) Zang, Xiaobei................................. 268 (A2, Wed) Zangari, Giovanni........................ 1380 (N2, Wed) Zanni, Martin...............................1191 (M4, Wed) Zapata, James................................. 360 (A3, Wed) Zargouni, Yafa.........508 (D1, Tue), 509 (D1, Tue) Zartman, Rosa............................. 1140 (M2, Mon) Zaton, Marta........... 800 (F6, Wed), 805 (F6, Wed) Zatryb, Grzegorz............................1585 (R1, Tue) Zavada, John................................1510 (Q2, Mon) Zavadil, Kevin................................. 69 (A1, Wed), ............................... 200 (A2, Wed), 632 (F1, Tue)

151

Author Index Author................................................................Abs No.

Author................................................................Abs No.

Author................................................................Abs No.

Zhao, Yang..........561 (E2, Tue), 1297 (M8, Wed), .............................1638 (Z1, Tue), 1644 (Z1, Tue) Zhao, Ying......................................1680 (Z2, Tue) Zhao, Zhiguo...... 1371 (N2, Tue), 1697 (Z2, Wed) Zhao, Zhijian.................................1267 (M7, Tue) Zheng, Haisheng.............................419 (B1, Tue), ......................................................1268 (M7, Tue) Zheng, Haitao................................. 237 (A2, Wed) Zheng, Jianming...... 26 (A1, Mon), 294 (A2, Thu) Zheng, Jim......................................174 (A2, Mon) Zheng, Jim..............57 (A1, Wed), 227 (A2, Wed), .............................. 310 (A2, Thu), 378 (A4, Mon) Zheng, Jim......................................1665 (Z1, Tue) Zheng, Keqing................................ 290 (A2, Wed) Zheng, Liangfu................................ 497 (C1, Thu) Zheng, Ming........1207 (M4, Wed), 1209 (M4, Wed) Zheng, Shu...........891 (H2, Mon), 893 (H2, Mon) Zheng, Xiangui...............................578 (E4, Wed) Zheng, Xiaoqing.......................... 1498 (Q1, Wed) Zheng, Zhangfeng........................... 299 (A2, Thu) Zhong, Huicai............................... 1371 (N2, Tue) Zhou, Chongwu...............................23 (A1, Mon) Zhou, Dehua...................................170 (A2, Mon) Zhou, Hui...................................... 225 (A2, Wed), ...............................289 (A2, Wed), 501 (D1, Tue)

Zhou, Jie..........................................449 (B1, Wed) Zhou, Jigang....................................600 (E5, Wed) Zhou, Juanjuan................................ 657 (F1, Wed) Zhou, Li...........................................771 (F5, Mon) Zhou, Quigui................................ 1532 (Q2, Wed) Zhou, Weidong.............................. 1490 (Q1, Tue) Zhou, Xiangyang............................. 657 (F1, Wed) Zhou, Xiao-Dong...........................582 (E4, Wed), ......................................................... 727 (F4, Tue) Zhou, Xin......................................1443 (P2, Mon) Zhou, Yan........................................ 991 (H3, Tue) Zhou, Yongning...... 306 (A2, Thu), 314 (A2, Thu) Zhou, Zhiguo................................... 980 (H3, Tue) Zhu, Hongwei................................1642 (Z1, Tue) Zhu, Huilong.........1371 (N2, Tue), 1421 (N3, Wed), ...........................1692 (Z2, Wed), 1697 (Z2, Wed) Zhu, Liang....................................... 808 (F6, Wed) Zhu, Liangzhu........706 (F4, Mon), 746 (F4, Wed) Zhu, Qianqian................................1411 (N3, Tue) Zhu, Ting........................................324 (A3, Mon) Zhu, Xuzhi....................................1277 (M8, Tue) Zhu, Yakun........... 472 (C1, Wed), 1603 (Z1, Tue) Zhu, Yan-Li..............85 (A1, Wed), 494 (C1, Thu) Zhu, Ye............................................. 30 (A1, Tue), .............................. 149 (A1, Thu), 213 (A2, Wed)

Zhu, Yimei......................................599 (E5, Wed) Zhu, Yong....................................... 454 (B5, Mon) Zhuk, Andrey.................................. 384 (A4, Tue) Ziebert, Carlos................................. 148 (A1, Thu) Ziegelbauer, Joseph.........................602 (E5, Wed) Ziegler, Kirk....................................564 (E2, Tue), ....................... 1171 (M3, Mon), 1210 (M4, Wed), ..........................1297 (M8, Wed), 1638 (Z1, Tue), .......................................................1663 (Z1, Tue) Zieliene, Albina................................598 (E5, Tue) Zima, Vitezslav................................755 (F4, Thu) Zink, Barry.................................. 1145 (M2, Mon) Ziomek-Moroz, Margaret..............475 (C1, Wed), ........................................................ 499 (C1, Thu) Zlatev, Roumen.......881 (H1, Tue), 884 (H1, Tue) Zoladek, Sylwia.........774 (F5, Mon), 947 (H2, Thu) Zolotarevsky, Victor..................... 1077 (H5, Wed) Zou, Yongjie.......1297 (M8, Wed), 1638 (Z1, Tue) Zou, Shouzhong..............................605 (E5, Wed) Zu, Jean........................................... 802 (F6, Wed) Zuev, Andrey.................................. 355 (A3, Wed) Zuilhof, Han...................................858 (H1, Mon) Zukowska, Grazyna..................... 1053 (H5, Tue), ..........................1057 (H5, Tue), 1070 (H5, Wed), .......................................................1710 (Z3, Tue) Zurek, Zbigniew.............................. 498 (C1, Thu)

152

Meeting Program l May 11-15, 2014 l Orlando, FL

Notes

Notes

Notes

Notes

226th Meeting of The Electrochemical Society XXIX Congreso de la Sociedad Mexicana de Electroquímica 7th Meeting of the Mexico Section of The Electrochemical Society

2014 ECS and SMEQ

CANCUN

Joint International Meeting

Mexico October 5-10, 2014 Moon Palace Resort

General Topics • • • • • • • •

Batteries and Energy Storage Chemical and Biological Sensors Corrosion Science and Technology Electrochemical/Electroless Deposition Electrochemical Engineering Fuel Cells, Electrolyzers, and Energy Conversion Organic and Bioelectrochemistry Physical and Analytical Electrochemistry, Electrocatalysis, and Photoelectrochemistry

• • • • • •

Carbon Nanostructures and Devices Dielectric Science and Materials Electronic Materials and Processing Electronic and Photonic Devices and Systems Luminescence and Display Materials, Devices, and Processing Physical Sensors

*Please carefully check the symposium listings; some abstracts may have alternate submission deadlines.

Now Available!

Discounted all-inclusive hotel rates start at $249 and are now available at the meeting headquarters hotel, the Moon Palace Resort. The early-bird reservation deadline is September 5, 2014 or until the block sells out, whichever comes first!

Important Deadlines . . .

• Early-bird registration opens in June 2014 – Deadline is September 5, 2014.

• Travel grants are available for student attendees and young professional (early career and

faculty) attendees. Please use the online submission system which may be found by visiting http://www.electrochem.org/sponsorship/travel_grants.htm Applications are due July 1, 2014.

• Early-bird registration and hotel discounts are available until September 5, 2014 or until the block sells out! Reserve early!

More . . .

• Extend the advantage of attending the ECS meeting by signing up for a one-day Short Course on

•

Sunday, October 5. Just some of the topics are: impedance spectroscopy, polymer electrolyte fuel cells, fundamentals of electrochemistry, and more. Listen to what some of past attendees have to say… “Great opportunity to learn from someone at the forefront of the topic.” (from a master’s degree student); and “This course fulfilled my expectations.” (from an R&D scientist at electroplating company). Check the ECS website for the final list of courses offered at the ECS meeting in Cancun.

Full papers presented at ECS meetings will be published in ECS Transactions. Visit the ECS website for more details.

Please visit the Cancun Meeting page for more information:

www.electrochem.org/cancun

research • news • eve nts • resource s

|

search • explore • connec t • share • discover

TM

for everyone in electrochemistry and solid state science and technology

Redcat. The essential FREE tool for researchers.

• Discover cutting-edge research • Connect with peers • Share your content and ideas

Become a member of the RedcatTM community.

© 2014 by The ELectrochemical Society; all rights reserved.

• Find future employers and employees