In-situ plasma cleaning by rotating transverse magnetic field

T. Kawasima, S. Bannai, T. Chiba, I. Honbori, T. Kisakibaru
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Abstract

In the new type of method, the rotating transverse magnetic field is added to the plasma by magnetic coils set around the chamber. Ions and radicals are forcibly pulled out from the plasma up to the inner surface of the chamber by the above magnetic field. In this method, the amount and the energy of ions and radicals can be controlled by the magnetic field intensity so as to be effective in removing the residual product. The etching rate on the inner surface gradually increases in proportion to the magnetic field intensity and becomes larger than that on the electrode at 600 Gauss.
旋转横向磁场原位等离子体清洗
在这种新方法中,通过在腔室周围设置的磁线圈向等离子体中加入旋转的横向磁场。离子和自由基被上述磁场强行从等离子体拉到腔室的内表面。在这种方法中,可以通过磁场强度控制离子和自由基的数量和能量,从而有效地去除残留产物。在600高斯时,内表面的刻蚀速率随磁场强度的增大而逐渐增大,且大于电极上的刻蚀速率。
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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