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Стабильные Многослойные Отражающие Покрытия На Длину Волны Lambda(hei) = 58.4 Nm Для Солнечного Телескопа Проекта КОРТЕС

Письма в журнал технической физики(2019)

Институт физики микроструктур Российской академии наук | Laboratoire Charles Fabry

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Abstract
AbstractMultilayer aluminum-based structures reflecting at λ(HeI) = 58.4 nm were studied. Spectral and angular dependences of the reflection coefficient of these coatings were determined using a laboratory reflectometer and at the ELETTRA and BESSY II synchrotrons. The optical characteristics of multilayer Ru/Al and Mo/Al mirrors with a protective MoSi_2 layer were found to be stable: the absolute change in the reflection coefficient within 18 months of storage in air was no larger than 1.5%. The peak near-normal reflection coefficient for Mo/Al mirrors at 58.4 nm was R = 26.1% with FWHM Δλ_0.5 = 10 nm of the reflection curve.
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要点】:本文研究了基于多层铝结构的反射涂层在波长 λ(HeI) = 58.4 nm 的光谱和角度依赖性,发现 Ru/Al 和 Mo/Al 镜的光学特性稳定,创新点在于提出了具有保护层 MoSi_2 的多层反射涂层。

方法】:通过实验室反射仪以及 ELETTRA 和 BESSY II 同步辐射光源测量了反射涂层的反射系数。

实验】:在空气环境中存储 18 个月后,涂层的反射系数绝对变化不超过 1.5%。Mo/Al 镜在 58.4 nm 波长的峰值反射系数达到 R = 26.1%,反射曲线的半高宽 Δλ_0.5 = 10 nm。数据集名称未明确提及。