等离子体掺杂浅结的表征

Y. Sasaki, C. Jin, B. Mizuno
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引用次数: 0

摘要

等离子体掺杂技术有望成为束流低能离子注入的一种替代方法。第一个应用将是浅结的形成和3D结构的掺杂。在本报告中,我们试图确认浅结的表征方法,即在小于10 nm的等离子体掺杂层中进行SIMS分析。该SIMS测量方法包括确定轮廓尾的陡峭度。它几乎比2nm/decafe陡峭。为了优化光学退火工艺,还研究了等离子体掺杂层的光学特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characterization of plasma doped shallow junction
Plasma doping technology has been expected to be an alternative method to beam line low energy ion implantation. First application will be shallow junction formation and doping for 3D structures. In this report, we tried to confirm the characterization methods for shallow junction, i.e., SIMS profiling for plasma doped layers shallower than 10 nm. This SIMS measurement method includes determining steepness of the profile tail. It is almost steeper than 2nm/decafe. Optical characteristics of the plasma doped layers were also investigated for optimizing optical annealing procedures.
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