In this paper,gas breakdown and higher-order of oscillation are analysed in theory.
文章对气体击穿、高频振荡理论进行了分析,在此基础上设计和制作了高压放电综合实验仪,成功的解决了在高电压下大电流的输出。
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。
Dependence of atmospheric breakdown threshold induced by laser beams on the laser wavelengths;
高功率激光表面大气击穿阈值的波长关系
In terms of chan- ging the microwave frequency and pulse width,the relationship between the air breakdown threshold and altitude above sea level is analyzed,then the relation is simulated numerically and data shown.
计算结果表明,存在某一击穿阈值为最小值的海拔临界高度,当脉冲传播到此高度以上时,击穿现象不再发生。
Thus a method is obtained to compute the breakdown threshold in liquids.
发现激光能量与声信号强度之间存在着对数线性关系；并根据液体中光声信号的连续性，得到了一种求取液体光击穿阈值的新方
The effects of air s absorption of heat, scatter, turbulent and thermal blooming on the laser beam transmitting under the air breakdown threshold value are analysed when laser transmit in the air and the result can be used designing of the laser system.
系统分析了激光在大气中传输时在击穿阈值以内 ,由于大气汽溶胶的吸收、散射、大气湍流、大气热晕等线性非线性问题对光束控制系统的影响 ,为激光系统提供指导。