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Space coat

机译:太空大衣

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摘要

As the use of space-based instruments such as telescopes, satellites and probes increases, a number of companies and research organisations are busy developing innovative coatings for onboard optical components. So, what are some of the most recent advances in the development and application of optical coatings for space- based devices? And, could advances made in the space sector eventually trickle down to other optical coating markets? Unlike the materials used on Earth, optical coatings for space-based applications need to be extremely stable and durable - largely because maintenance and exchange as a result of wear and tear is not easily possible. These requirements mean that space-based optics must be of the highest quality, and often be tailor- made for specific applications. According to Helmut Kessler, managing director at Manx Precision Optics (MPO), this relentless focus on quality often results in space- related products that are at the forefront of the currently feasible specifications.
机译:随着诸如望远镜,卫星和探针等空间的仪器的使用增加,许多公司和研究组织正忙于开发用于板载光学组件的创新涂料。那么,用于基于空间的器件的光学涂层的开发和应用的一些最新进展是什么?而且,在空间部门可能导致最终涓涓细流到其他光学涂层市场?与地球上使用的材料不同,用于空间的应用的光学涂层需要极其稳定和耐用 - 主要是因为由于磨损和撕裂而导致的维护和交换是不可容易的。这些要求意味着空间基光学必须具有最高质量,并且通常为特定应用程序定制。根据Manx精密光学(MPO)的董事总经理Helmut Kessler表示,这种无情地关注质量往往导致空间相关产品,这些产品处于目前可行规范的最前沿。

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