Параметрический синтез и анализ эффективности многосекционного линейного индукционно-динамического ускорителя с наружным экраном

Abstract

Developed the computer model of multi section linear induction-dynamic accelerator (LIDA) massive actuator, which takes into account the interconnected electromagnetic, mechanical and thermal processes. Synthesized the parameters of multi section LIDA for maximum efficiency with minimum magnetic leakage fields. Performed the analysis of multi section in the absence of the screen with the use of a ferromagnetic (FE) and the combined screen. The lowest speed provided LIDA without a screen, and the highest-when using FE. In LIDA without screen the level leakage fields is 1.6 times lower than in a single section accelerator with FE. In the presence of FE level leakage fields in LIDA reduced by 2.3 times, and in the presence of the combined screen–7.2 times.