An Evaluation Of an End Excited Electron Cyclotron Resonance Plasma Source

P. Mak, J. Asmussen
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Abstract

In this paper, the experimental performance of several different multipolar ECR plasma source configuration will be compared using an argon gas input and measuring: 1) impressed electric field, 2) plasma source output species densities, 3) electron and ion energy distribution functions, input and pressure. Meanwhile, the evaluation of each reactor configuration will also investigate the output performance as the excitation is varied through several different electromagnetic modes. The evaluation is done by comparing output density uniformity, ion production power cost in eV/ion, microwave coupling efficiency and absorbed microwave power density in Watts/cm.
末端激发电子回旋共振等离子体源的评价
本文将比较几种不同的多极ECR等离子体源配置的实验性能,采用氩气输入和测量:1)外加电场,2)等离子体源输出物种密度,3)电子和离子能量分布函数,输入和压力。同时,对每个电抗器配置的评估也将研究在几种不同的电磁模式下励磁变化时的输出性能。通过比较输出密度均匀性、离子产生功率成本(eV/ion)、微波耦合效率和吸收微波功率密度(Watts/cm)进行评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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