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Performance of newly developed Mg/SiC multilayer mirrors

机译:新开发的Mg / SiC多层反射镜的性能

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摘要

A multilayer coating mirror of Mo/Si is usually used for space science in the spectral range of extreme ultraviolet (EUV), especially for He-II (30.4 nm) radiation, because it is highly stable under vacuum and atmosphere. It has the fairly high reflectivity of 15-20%. However, the space science community needs the coating of higher reflectivity at 30.4 nm radiation for the future satellite missions, especially for the small satellite (to reduce the size of optics). In this work, for developing a new multilayer mirror for He-II radiation, we report the performance of a multilayer consisting of Mg/SiC and the aging in reflectivity under atmosphere and vacuum.
机译:Mo / Si多层涂层镜通常用于太空科学中的极紫外(EUV)光谱范围,尤其是He-II(30.4 nm)辐射,因为它在真空和大气中非常稳定。它具有15-20%的相当高的反射率。但是,对于未来的卫星任务,尤其对于小型卫星(以减小光学器件的尺寸),太空科学界需要在30.4 nm辐射下具有更高反射率的涂层。在这项工作中,为了开发用于He-II辐射的新型多层反射镜,我们报告了由Mg / SiC组成的多层膜的性能以及大气和真空下反射率的老化。

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