Environmental Remediation and Energy Production Technologies
Simazine
triazine
Simetryn
triazine
Terbutylazin e
triazine
Tetrachlorvin phos
organophosphorus
Thiamethoxa m
formulations [97–101 %]
–––
b
lake water [93–102 %]
–––
b
orange juice [96–103 %]
–––
b
DCP/DME
buffered aqueous solution
–––
a
DPP/DME
buffered aqueous solution
–––
a
DCP/DME
buffered aqueous solution
–––
a
DPP/DME
buffered aqueous solution
–––
a
ACP/SMDE
1 M KCl
–––
a
DPP/DME
–––
DPP/DME
insecticidal formulations
1× 10–9
grains and soil samples
–––
BR buffer pH 8 formulations [86–95 %] BR buffer pH 7.0
Thiazopyr
pyridinecarboxylic acid
Thifensulfuro n methyl
sulfonylurea
Triflumizole
Zinc dimethyldithi ocarbamate a
DPP/DME
DPP/DME
azole
DPP/DME
dithiocarbamate, inorganic-zinc
– the value of LOD was not investigated;
DPP/DME b
WW – waste water.
24
1× 10–7 –––
b
3× 10–7
soil samples [94–99 %]
–––
b
fruit juice [97–99 %]
–––
b
BR buffer pH 3.0
4× 10–7
soil [103 %]
3× 10–7
orange juice [102 %]
1× 10–6
BR buffer pH 2.0
7× 10–9
formulations [101–104 %]
–––
b
soil [101–103 %]
–––
b
lake water [101–106 %]
–––
b
–––
c
acetonitrile [in thye presence of Cu(ClO4)2]
– the recovery value is mentioned only;
c – the value of LOD was not obtainable; DW – drinking water; RW – river water;
c