Эффективность импульсно-индукционного отталкивания и торможения в рабочем цикле при воздействии направленной силы

Abstract

Efficiency of impulse-induction repulsion and braking at vertical movement of conductive armature with actuating element by usingpulses of electrodynamical force without additional charge of a capacitor energy storage in an operating cycle is considered. It is shown that at the increase of theinitial gap between armature and inductor, the height of tossing up decreases but braking characteristics are improved.