High Voltage System for the Generation of High Energy X-rays: synchronization and improvement

The x-ray (3 keV - 25 keV) are produced by high voltage discharge applied inside plasma source interaction chamber by focusing a laser beam. The control system is based on a high voltage power supply and an LC-inverter circuit with Thyratron, the generation of the trigger signal increasing the efficiency of the system. Analysis of the system, a possible layout with solid-state element and preliminary results of synchronization between high voltage discharge and Laser beam Nd-YAG are presented and discussed.本数据集涉及的X射线（3 keV~25 keV）通过将激光束聚焦于等离子体源相互作用腔体内并施加高压放电产生。该系统的控制系统基于高压电源与搭载闸流管（Thyratron）的LC逆变电路，触发信号的生成可提升系统运行效率。本文对该系统进行了分析，给出了采用固态元件的可行布局方案，以及高压放电与Nd-YAG激光束同步的初步实验结果，并对相关内容展开讨论。