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Measuring particle deposition on witness surfaces using a silicon wafer scanner

机译:使用硅晶圆扫描仪测量见证者表面上的颗粒沉积

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Abstract: Monitoring of cleanroom and spacecraft cleanliness during ground processing operations is essential in order to verify performance requirements for optical systems prior to launch. The objective is to replace manual particle counting with automated particle counting in order to reduce the processing time for the witness plates and to improve precision and accuracy of the measurements. A modified silicon wafer inspection instrument, using a HeNe laser light source, was used to count and size particles deposited on wafers exposed in the cleanrooms. The previous paper discussed measuring particles on silicon wafer witness plates during operations cleanrooms and discussed analytical methods for calculating percent area coverage. This paper describes the optical performance of the ESTEK instrument and test on the instrument. !9
机译:摘要:为了在发射前验证光学系统的性能要求,必须在地面处理操作过程中监控无尘室和航天器的清洁度。目的是用自动颗粒计数代替手动颗粒计数,以减少证明板的处理时间,并提高测量的精度和准确性。使用HeNe激光光源的改良型硅晶圆检查仪器用于计数和定尺寸沉积在洁净室中暴露的晶圆上的颗粒。先前的文章讨论了在洁净室操作期间在硅晶片见证板上测量颗粒的方法,并讨论了用于计算面积覆盖百分比的分析方法。本文介绍ESTEK仪器的光学性能并在仪器上进行测试。 !9

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