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Precision machining of silicon wafers using multi-cutters

机译:使用多刀精密加工硅片

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摘要

The majority of integrated circuits are constructed on silicon wafers nowadays. Precision machining process has great potential to improve wafer quality at a low cost, this paper addressed a new method of machining silicon wafers and its general mathematical model to predict the locus of the machining lines and the distance between two adjacent machining lines using multi-cutters simultaneously. Mathematical expression of machining model was derived, experimental results on experimental device prove feasibility of this new machining method with multi-cutters.
机译:大多数集成电路在现在的硅晶片上构造。精密加工过程具有较低的潜力,可以以低成本提高晶圆质量,本文解决了一种加工硅晶片及其一般数学模型的新方法,以预测加工线的基因座和使用多刀具的两个相邻加工线之间的距离同时。推导出加工模型的数学表达,实验装置的实验结果证明了这种新加工方法与多刀具的可行性。

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