基于电流供给成形线的大功率微波加速器的研制

V. Fortov, V. Kamensky, V.M. Mihailov, E. Nesterov, V. Petrov, S. D. Plaksina, S. A. Roschupkin, V. Shumilin, V. A. Stroganov
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引用次数: 3

摘要

目前,爆炸磁发生器(EMG)是脉冲功率应用中含能量最大的电源。使用MCG作为微波发生器的电源,从整体上大大减轻了安装的重量和尺寸。现代快速运行的mcg能够在几微秒内向负载传输数十甚至数百千焦。为了与大多数微波发生器的高阻负载相匹配,利用中间电感存储与电爆开关(EEOS)的优势是非常有用的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of accelerator for high-power microwave applications based on the forming line supplied with current
At present, explosive magnetic generators (EMG) are the most energy containing sources for pulsed power applications. The use of MCG for power supply of microwave generators significantly reduce the weight and sizes of installation as a whole. Modern fast-run MCGs are capable to transmit into load dozens or even hundreds of kJ during only a few microseconds. For matching with relatively high-resistance load, which is most of microwave generators, it is very useful to take the advantage of an intermediate inductive store with electroexplosive opening switch (EEOS).
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