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Study of wafer cleaning process safety using Inherently Safer Design Strategies

机译:使用固有安全设计策略研究晶圆清洗过程的安全性

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The wafer process disasters is to use inherently safer design (ISD) strategies to take full account of the manufacturing plant is built to eliminate hazards of energy source; disasters and accidents must be greatly reduced. This study used concept of substituted wet bench chemicals from N-396 to replace to DSP. The experimental results due to the 11 batches and replaced of 10nm wafer process, the product yield increased to 85.36% from 83.75%, improvement of electrical characteristics DC (%) from 6.37% to 6.44, improvement of frequency response (%) from 5.27% down to 4.30%, improvement of stripping ability (%) from 4.47% to 4.20%.
机译:晶圆工艺灾难是要使用固有的更安全的设计(ISD)策略来充分考虑制造工厂的建立,以消除能源的危害;灾难和事故必须大大减少。这项研究使用了N-396替代湿式台架化学品的概念来替代DSP。通过11批次并替换为10nm晶圆工艺的实验结果,产品产率从83.75%提高到85.36%,电特性DC(%)从6.37%提高到6.44,频率响应(%)从5.27%提高降低到4.30%,剥离能力(%)从4.47%提高到4.20%。

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