gas breakdown threshold 气体击穿阈
pulse gas breakdown 脉冲气体放电
Tokamak gas breakdown 托卡马克气体击穿
gas breakdown mechanics 气体放电机理
gas dielectric breakdown 气体介质击穿
gas vacuum breakdown [电子] 气体真空破坏
Self breakdown gas spark gap 自击穿气体火花开关
The primary theory, the experimental methods and results to obtain narrow microwave pulse by gas breakdown are presented.
介绍了利用气体击穿获取窄脉冲微波的理论基础、实验方法及实验结果。
However, there are too many very complex, volatile gas breakdown process in human ESD field, some experimental phenomena is often elusive.
但是由于人体ESD往往涉及到非常复杂、易变的气体击穿过程，有些实验现象往往令人难以捉摸。
The basic conclusion is that it is an effective cheap method to obtain narrow microwave pulse through gas breakdown, and works well in HPM effect experiment.
利用气体击穿获取窄脉冲微波是提高微波效应源性能的一种较为有效的辅助手段，其费效比较低，能够较好地为当前的高功率微波效应实验服务。
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