大口径マルチスロットアンテナによる均一 ECR プラズマの生成

上田 洋子, Y. Ueda, 寺西 秀明, Hideaki Teranishi, 田中 雅慶, Masayoshi Tanaka, 篠原 俊二郎, Shunjiro Shinohara, 河合 良信, Yoshinobu Kawai, ヨウコ ウエダ, ヒデアキ テラニシ, マサヨシ タナカ, シュンジロウ シノハラ, ヨシノブ カワイ
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Abstract

A uniform ECR plasma is produced with a multi slot antenna of 280mm in diameter. The radial profile of the ion saturation current density is examined as a function of microwave power and pressure. The radial uniformity of the ion saturation current density is within pm3% over 8 inches in diameter for the input microwave power lkW at pressure of 2mTorr. Furthermore, the deposition of a-Si:H films is attempted on glass substrates using mixture SiH4/He. When the microwave power is increased, the thickness of the films increases.
大口径多隙天线产生均匀ECR等离子体
采用直径280mm的多槽天线产生均匀的ECR等离子体。研究了离子饱和电流密度的径向分布作为微波功率和压力的函数。在2mTorr的压力下,当输入微波功率为lkW时,离子饱和电流密度的径向均匀性在直径8英寸上的pm3%以内。此外,还尝试在玻璃衬底上使用SiH4/He混合物沉积a-Si:H薄膜。当微波功率增大时,膜的厚度增大。
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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