抛光基板表面和涂层光学质量的清洁研究*

A. Tesar, W. Eickelberg, K. Koons, K. Davis
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引用次数: 1

摘要

光学基片-镀膜界面由(1)基片的原始抛光状态建立;(2)基材清洗工艺;(3)涂装过程的环境。衬底-涂层界面影响涂层的粘附性能,是大多数涂层缺陷和散射点被认为是开始的地方,在某些情况下可能控制涂层的结构,因为它是沉积的。通常在涂层后的光学器件上出现的特征在清洗后和涂层前是无法观察到的。由于各种各样可能的基材,表面问题和污染物,清洁过程不断发展。我们的研究清楚地表明,涂层的外观不仅取决于清洁方法,而且尤其取决于基材表面的初始特性。
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Polished Substrate Surface and Cleaning Study for Coated Optic Quality*
The optical substrate-coating interface is established by (1) the original polished condition of the substrate; (2) the substrate cleaning process; and (3) the environment of the coating process. The substrate-coating interface affects the coating adhesion properties, is where most coating defects and scatter sites are thought to initiate, and in some instances may control the structure of the coating as it is deposited. Often features appear on an optic after coating which could not be observed after cleaning and prior to coating. Because of the wide variety of possible substrate materials, surface problems, and contaminants, cleaning processes are constantly evolving. Our study has clearly shown that the coating appearance is dependent not only on the cleaning method, but especially on the initial character of the substrate surface.
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Defocus Measurement Using A Liquid Crystal Point Diffraction Interferometer Aberration Measurement Using Axial Intensity Polished Substrate Surface and Cleaning Study for Coated Optic Quality* Zerodur Polishing Process for High Surface Quality and High Efficiency* Surface Evaluation Techniques for the Optics of the Future
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