真空中总离子通量的测量是放电

A. Anders, E. Oks, G. Yushkov, I. Brown
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引用次数: 8

摘要

对真空电弧离子源进行了改进,使我们能够从流过阳极网的电弧等离子体中收集离子。网格的几何透光率为60%,并将其作为校正因子考虑在内。在100 A的电弧电流下,测量了22种阴极材料的离子电流。经弧电流归一化的离子电流取决于阴极材料,其值在5%到11%之间。轻元素的归一化离子电流一般大于重元素。离子侵蚀率是由离子电流和离子电荷状态的值确定的,这是以前在同一实验系统中测量的。离子侵蚀速率为12 ~ 94 μg/C。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measurement of total ion flux in vacuum are discharges
A vacuum arc ion source was modified allowing us to collect ions from arc plasma streaming through an anode mesh. The mesh had a geometric transmittance of 60%, which was taken into account as a correction factor. The ion current from twenty-two cathode materials was measured at an arc current of 100 A. The ion current normalized by the arc current was found to depend on the cathode material, with values in the range from 5% to 11%. The normalized ion current is generally greater for light elements than for heavy elements. The ion erosion rates were determined from values of ion current and ion charge states, which were previously measured in the same experimental system. The ion erosion rates range from 12-94 μg/C.
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