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Optical broadband monitoring of conventional and ion processes

机译:常规和离子过程的光宽带监控

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摘要

This contribution is focused on applications of spectroscopic methods for the precise control of deposition processes. Besides a monochromator system with a moving grating for the deep ultraviolet/vacuum ultraviolet (DUV/VUV) spectral range, two approaches are presented for online spectrophotometers with CCD arrays. The conventional spectrophotometer is considered for the operator-assisted deposition of fluoride coatings applied in the DUV/VUV range. The concepts with CCD arrays are combined with an advanced software tool for an automatic production of optical coatings. An ion-assisted deposition process and ion-beam sputtering are considered for rapid manufacturing of complex layer systems in the visible and near-infrared spectral ranges. The present contribution summarizes and discusses the major aspects of the described combinations.
机译:该贡献集中于光谱方法用于精确控制沉积过程的应用。除了具有用于深紫外/真空紫外(DUV / VUV)光谱范围的移动光栅的单色仪系统之外,还针对在线具有CCD阵列的分光光度计提供了两种方法。传统的分光光度计被认为是在DUV / VUV范围内由操作员辅助沉积的氟化物涂层。 CCD阵列的概念与先进的软件工具相结合,可自动生产光学镀膜。为了在可见光谱和近红外光谱范围内快速制造复杂的层系统,人们考虑采用离子辅助沉积工艺和离子束溅射技术。本贡献总结并讨论了所述组合的主要方面。

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