Comparison of integrated in situ RIE preclean processes for CVD tungsten silicide deposition done in a cluster tool

R. S. Nowicki, C. Fuhs, P. Geraghty
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Abstract

Summary form only given. The authors describe a predeposition clean in which reactive ion etching (RIE) prior to tungsten silicide deposition is used. This technique yields silicide films which can easily withstand postsilicide deposition, high-temperature heat treatment, and wet oxidation without loss of film adhesion or other obvious degradation. The authors also report the extensive use of the secondary ion mass spectrometry (SIMS) microanalytical technique to demonstrate that this procedure has indeed been effective in the removal of the oxide layer prior to silicide deposition. The etch properties for C/sub 2/F/sub 6/ and CF/sub 4/ have been compared.<>
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在群集工具中沉积CVD硅化钨的集成原位RIE预清洁工艺的比较
只提供摘要形式。作者描述了一种预沉积清洁,其中反应离子蚀刻(RIE)在硅化钨沉积之前使用。该技术生产的硅化膜可以很容易地承受后硅化沉积、高温热处理和湿氧化,而不会失去膜的附着力或其他明显的降解。作者还报道了二次离子质谱(SIMS)微分析技术的广泛使用,以证明该程序确实有效地在硅化物沉积之前去除氧化层。比较了C/sub 2/F/sub 6/和CF/sub 4/的腐蚀性能。
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Continuous flow manufacturing Automated on-line optimization of an epitaxial process Knowledge extraction techniques for expert system assisted wafer screening Determining equipment performance using analysis of variance Comparison of integrated in situ RIE preclean processes for CVD tungsten silicide deposition done in a cluster tool
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