Carbon Contamination Free Wafer Cleaning

N. Yonekawa, S. Yasui, S. Ojima, T. Ohmi
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Abstract

It is difficult not only to detect a small volume of hydrocarbons on Si wafer surface but also to remove the organic impurities by conventional dipping cleaning. Therefore, new analysis method and new cleaning method are required in the semiconductor manufacturing. We have developed the advanced Dynamic-Spin Cleaning System with the ozonized ultrapure water. The experimental results demonstrate that this system is more effective than the conventional dipping cleaning. And then hydrocarbons were confirmed by FT-IR-ATR method. Generally, this method can not detect the very small volume of hydrocarbons. However, this problem is solved by using an ATR-prism made from other materials, like as germanium. Using other materials as ATR-prism can correct exact background spectrum. Therefore, a very small amount of organic impurities can be detected.
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无碳污染的晶圆清洗
传统的浸渍清洗不仅难以检测到硅片表面少量的碳氢化合物,而且难以去除硅片表面的有机杂质。因此,在半导体制造中需要新的分析方法和新的清洗方法。我们开发了先进的臭氧超纯水动态旋转清洗系统。实验结果表明,该系统比传统的浸洗清洗更有效。然后用FT-IR-ATR法对化合物进行确证。一般来说,这种方法不能检测到体积很小的碳氢化合物。然而,这个问题可以通过使用其他材料制成的atr棱镜来解决,比如锗。使用其他材料作为atr棱镜可以精确校正背景光谱。因此,可以检测到非常少量的有机杂质。
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