制备杂化晶体取向工程基板的层转移工艺改进

J. Sullivan, H. Kirk, Sien Kang, P. Ong, F. Henley
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引用次数: 2

摘要

将混合取向基板成功集成到大批量生产中需要层转移工艺来制备基板。对SiGen的NanoCleave/spl交易/层转移工艺进行了修改,以测试其在切割和光滑薄膜[110]、生产多层复合材料和制备直接粘合薄膜结构方面的相容性。该技术有望成为用于增强深亚微米迁移率的应变和非应变混合取向基板的可行制造工艺。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Layer-transfer process modifications for fabricating hybrid crystal orientation engineered substrates
Successful integration of hybrid-orientation substrates into high-volume production requires a layer-transfer process to prepare the substrates. Modifications of SiGen's NanoCleave/spl trade/ layer-transfer process were tested for compatibility to cleave and smooth [110] films, produce multi-stack composites and prepare direct bonded film structures. The technology has the promise to be a viable manufacturing process for strained and unstrained hybrid-orientation substrates used for deep submicron mobility enhancement.
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