Possible Way to Protect Spacecraft Optics from Micrometeor Erosion

V.T. Fedorov, M.N. Kokoev
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Abstract

There is a huge potential in Russia for the application of space technology in exploration, especially in the oil and gas sector. Images from space are a valuable source of information for geological predictions. How long can optics last in space and provide high-quality images when exposed to a micrometeor shower? The article proposes a new way to protect optical instruments from micrometeor erosion. The method is based on the use of a self-healing surface of a thin layer of a special liquid applied to the surface to be protected. Liquid resistant to solar and cosmic radiation. The implementation of the method is possible due to the physics of interfacial phenomena under microgravity conditions in space. The technical details of the proposal are being discussed.
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保护航天器光学器件免受微流星侵蚀的可能方法
在俄罗斯,将空间技术应用于勘探,特别是在石油和天然气部门,具有巨大的潜力。来自太空的图像是地质预测的宝贵信息来源。当暴露在微流星雨下时,光学元件能在太空中使用多长时间并提供高质量的图像?提出了一种保护光学仪器免受微流星侵蚀的新方法。该方法是基于使用自修复表面的一层薄薄的特殊液体涂在要保护的表面上。抵抗太阳和宇宙辐射的液体。由于空间微重力条件下界面现象的物理特性,该方法的实现是可能的。提案的技术细节正在讨论中。
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IMPROVING THE EFFICIENCY OF THE DEVELOPMENT OF OIL DEPOSITS WITH HARD-TO-RECOVER RESERVES IN THE FIELDS OF WESTERN SIBERIA to the 45th anniversary of the formation of the basic department № 333 named after Professor B.S. Lobanov – electronic warfare systems Institute of Radio Electronics and Computer Science of RTU MIREA at the Joint-Stock Company "Central Research Radio Engineering Institute named after Academician A.I. Berg" Possible Way to Protect Spacecraft Optics from Micrometeor Erosion ABOUT SYNERGETIC MANAGEMENT OF COMPLEX MEDICAL OBJECT IN THE PARADIGM OF SYSTEM INTEGRATION STRATEGY Pedagogical works of K.D. Ushinsky and their importance for the development of medical education (to the 200th anniversary of the birth of the great Russian teacher)
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