用于fir -毫米波仪器的宽带涂层透镜解决方案

A. Shitvov, G. Savini, P. Hargrave, P. Ade, C. Tucker, R. Sudiwala, Jin Zhang, J. Gudmundsson, B. Winter, G. Pisano, M. van der Vorst
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引用次数: 1

摘要

本文介绍了正在进行的欧洲航天局资助的工作计划的最新成果,该计划旨在开发适合未来卫星任务的大型介电透镜,特别关注CMB偏振测量的要求。目前正在研究两种透镜解决方案:(i)具有宽带多层增透涂层的聚合物透镜;(ii)具有表面结构的抗反射涂层的硅透镜,其表面结构为直接加工的锥体特征。对于每种溶液,在低至~ 10k的温度范围内,有涂层和没有涂层的基础材料进行了光学表征。完整的透镜解决方案正在制造中,并将在定制的大型冷冻光学设施中进行测试。
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Broadband coated lens solutions for FIR-mm-wave instruments
This paper presents recent results of ongoing European Space Agency funded program of work aimed at developing large dielectric lenses suitable for future satellite missions, with a particular focus on requirements for CMB polarimetry. Two lens solutions are being investigated: (i) polymer lenses with broadband multi-layer antireflection coatings; (ii) silicon lenses with surface-structured anti-reflection coating represented by directly machined pyramidal features. For each solution, base materials with and without coatings have been optically characterized over a range of temperatures down to ~10 K. Full lens solutions are under manufacture and will be tested in a bespoke large cryo-optical facility.
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