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Effects of substrate and deposition method onto the mirror scattering

机译:基板和沉积方法对镜面散射的影响

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The effect of surface roughness onto the mirror scattering has been studied. Five kinds of substrates with different surface roughness were fabricated. On those substrates, dielectric multilayer coating for high reflectivity was deposited by ion-beam sputtering (IBS) and by electron-beam (EB) evaporation. Total integrated scattering (TIS) measurement setup was built for the evaluation of deposited samples. Most of the IBS mirrors showed lower scattering than the EB mirrors, which were deposited on the similar substrates in surface roughness. The ratio of substrate TIS to mirror TIS was defined for evaluation. It increased abruptly at approximately 2A in surface roughness, which indicated that to make low-loss mirrors, the substrate roughness should be less than 2A in rms.
机译:研究了表面粗糙度对镜面散射的影响。制作了五种表面粗糙度不同的基板。在那些基板上,通过离子束溅射(IBS)和电子束(EB)蒸发沉积了用于高反射率的介电多层涂层。建立了总积分散射(TIS)测量设置,用于评估沉积的样品。大多数IBS反射镜的散射比EB反射镜的散射低,而EB反射镜以相似的表面粗糙度沉积在相似的基板上。定义了基板TIS与反射镜TIS的比率以进行评估。它的表面粗糙度大约在2A时突然增加,这表明要制造低损耗反射镜,基板粗糙度应小于2A(均方根值)。

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