摘要
根据电子碰撞机制类氖氩毛细管放电机理,在一台最大输出电压 30 0kV的Marx发生器基础上设计了一套完整的毛细管放电装置。对该装置进行了系统调试,在充氩气 10cm长毛细管负载下,输出电流 38kA,电流脉冲前沿 40ns。
According to the mechanics of capillary discharge by electron collision excitation regimes in Ne-like Ar, a capillary discharge device was designed on a Marx generator whose maximum output voltage is only 300 kV. The test was systematically proceed. At capillary charge filled with Ar gas, output current of 38 kA, current pulse rising edge of 40ns was attained. At present, the experiment study of fluorescence spectra was developing on capillary discharge in Ne-like Ar.
出处
《中国激光》
EI
CAS
CSCD
北大核心
2001年第12期1071-1074,共4页
Chinese Journal of Lasers
基金
国家自然科学基金(6 95 880 0 2 )
86 3青年基金资助项目