Wet and dry HF-last cleaning process for high-integrity gate oxides

C. Werkhoven, E. Granneman, M. Hendriks, R. de Blank, S. Verhaverbeke, P. Mertens, M. Meuris, W. Vandervorst, M. Heijns, A. Philipossian
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引用次数: 1

Abstract

The suitability of using either a wet HF process or an integrated HF vapor process prior to clustered gate stack formation is compared. When ultra pure chemicals are used for wet chemical pre-cleaning, a systematic improvement of gate oxide integrity is noticeable in case of the integrated HF vapor etching technique. This is attributed to a more effective removal of the low quality wet chemical cleaning oxide and the more controllable initiation of the oxidation process.<>
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高完整性栅极氧化物的湿式和干式HF-last清洗工艺
比较了湿式HF工艺和集成式HF蒸汽工艺在形成簇状栅堆之前的适用性。当使用超纯化学品进行湿式化学预清洗时,采用集成HF气相蚀刻技术,系统地提高了栅极氧化物的完整性。这是由于更有效地去除低质量的湿式化学清洗氧化物和更可控的氧化过程的启动
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