Abstract

The work is devoted to the study of thermophysical and radiation processes during the formation of a plasma channel under the passage of a series of current pulses of pulsed-periodic cesium–xenon–mercury discharge. The influence of the auxiliary discharge mode, temperature, and vapor pressure of metals on the development and relaxation of the plasma channel is shown. The spectral characteristics of the passage of each of the current pulses are studied.

中文翻译：

---

脉冲周期铯-汞-氙放电等离子体通道的发展和弛豫过程

摘要

这项工作致力于研究在一系列周期性的铯-氙-汞放电电流脉冲的作用下，等离子体通道形成过程中的热物理和辐射过程。示出了辅助放电模式，温度和金属的蒸气压对等离子体通道的形成和松弛的影响。研究了每个电流脉冲通过的光谱特性。