| 摘要 |
Charge-Driven Electrostatic Induction is a method for using modest voltage to induce large density electric charge across a large insulation gap. Large density equal and opposite charges are first created in a high performance capacitor adjacent said insulation gap. One charge is trapped on its electrode and the other charge is relocated further from the gap so the electric field from the trapped charge, with minimum interference, induces equal and opposite charge across the gap and stores large density electric energy in the insulation. With electrode area to gap ratio kept sufficiently large to limit field fringing, Charge-Driven Electrostatic Induction will rival electromagnetic motor performance. In practice it will be superior. Using layered, thin film components will eliminate permanent magnets, coils, ferromagnetic materials and large power current sources. The multi-step process will permit high operating speeds. |
