Об исключении сжатия цилиндрической оболочки после "среза" импульса внешнего магнитного поля

Abstract

Furth’s idea of inductor shorting to prevent current oscillations after pulse shaving for avoidance of internal cylindrical conducting shell compression after the shell magnetic-impulse extension by negative pressure forces is theoretically verified. Feasibility of the shaving impulse frequency and magnitude increase along with negative pressure gain is also shown as compared with a scheme without inductor shorting.