通过全面的化学质量管理方法发现化学质量的改进

N. Colligan
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引用次数: 1

摘要

本文重点介绍了一种从供应商到晶圆表面监测超纯化学品颗粒的整体方法。随着关键尺寸的缩小,这种理解对清洁设备、工艺和提供它们的化学输送系统将变得非常关键。颗粒监测能力的先进技术使得测量与晶圆颗粒计量相似尺寸的液体颗粒计数成为可能,从而使两者之间的相关性成为可能。本文介绍了从供应商到使用点的供应链各个方面的颗粒改进机会的例子。由于这些系统的复杂性,有进一步的机会进行颗粒监测,以完成液体颗粒计数与晶圆颗粒水平的关联,并最终实现晶圆产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Uncovering chemical quality improvements through a holistic approach to chemical quality management Contamination Free Manufacturing
This paper focuses on a holistic approach to monitoring particles in ultra-pure chemicals from supplier all the way to the wafer surface. As critical dimensions shrink, this understanding will become very critical for cleaning equipment, processes, and the chemical delivery systems that supply them. Advancing technology in particle monitoring capabilities have made it possible to measure liquid particle counts of similar dimensions to wafer particle metrology, allowing the opportunity of a correlation of the two to be made. This paper presents examples of opportunities for particle improvement in all aspects of the supply chain, from supplier to point of use. Because of the complexity of these systems, there is further opportunity for particle monitoring to complete the correlation of liquid particle counts to wafer particle levels, and ultimately wafer yield.
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