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The research on making large-size aspherical mirrors by vacuum evaporation technique

机译:真空蒸发技术制造大型非球面镜的研究

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Along with development and progress of modern optics manufacturing technology and optical test technology, there are a series of modern polishing technologies based on the application of computer software and hardware, such as CCOS(Computer Controlled Optical Surfacing), Stress Lap Polishing, Magnetorheological Finishing, Ion Beam Milling, etc. The emergence of these new technologies promotes aspherical mirrors widely used in optical system. Vacuum evaporation technique is applied widely on making optical coating. In this paper, we discuss the feasibility on applying vacuum evaporation technique to making large-size aspherical mirrors. The technology is to take original sphere as substrate, deposit film of certain thickness distribution on the surface, then get aspherical mirror. This technology has a special advantage and tremendous development space in the off-axis aspheric processing, silicon carbide aspheric surface processing and modification, super-glossy aspheric processing and great telescope mirror batch processing.
机译:随着现代光学制造技术和光学测试技术的开发和进展,基于计算机软件和硬件的应用,如CCOS(计算机控制光学浮出水面),应力圈抛光,磁流变精加工,有一系列现代抛光技术,离子梁铣削等。这些新技术的出现促进了光学系统中广泛应用的非球面镜。真空蒸发技术广泛应用于制造光学涂层。在本文中,我们讨论了对施加真空蒸发技术来制造大型非球面镜的可行性。该技术是将原始球体作为基板,表面沉积薄膜表面,然后得到非球面镜。该技术具有特殊的优势和巨大的开发空间,在轴外非球面加工,碳化硅非球面加工和改造,超光滑的非球面加工和大望远镜镜批量加工。

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