Low Current Vacuum Arc Diagnostics

A. Batrakov
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Abstract

The paper is devoted to study of cathode phenomena at low current vacuum arc, which involve several methods of plasma diagnostics being of independent methodological interest. In the first place, this concerns the plasma diagnostics with a pulsed tuneable laser. Interference and absorption-shadow imaging was successfully combined with a fast frame camera to get series images of cathode spot plasma. The paper pays emphases on description of methods and experimental arrangement for data acquisition and interpretation of results. It concerns approaches of spatial and temporal synchronization of a cathode spot and high-speed techniques and software treatment of images as well
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低电流真空电弧诊断
本文研究了低电流真空电弧下的阴极现象,其中涉及几种具有独立方法论兴趣的等离子体诊断方法。首先,这涉及到用脉冲可调谐激光进行等离子体诊断。成功地将干涉和吸收阴影成像与快速帧相机相结合,获得了阴极光斑等离子体的序列图像。本文着重介绍了数据采集和结果解释的方法和实验安排。讨论了阴极光斑的时空同步方法、高速技术和图像的软件处理
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