• With few power consumption (few kilowatts), the Electrostatic Acceleration can reach great kinetic energy(600keV ≈7billion °C) enough to fuse hydrogenboron, lithium-6/7, beryllium-9, helium-3, that can be easily proven by simple and consistent calculations.
• The charge-to-mass ratio is calculated to be as low as possible for keeping the plasma in a quasi-neutral state. Before startup, or in case of ionic saturation, the electrostatic generator can be turned off so that the vacuum pump can clean up the reactor core to get rid of the excess of ions. Alternatively, a short overboost on the multiphase accelerators can be used instead.