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Recent development in cryogenic optical and mechanical design

机译:低温光学和机械设计的最新发展

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With the advanced of instrument design for space exploration and NIR application, the optical systems working at cold temperature become more and more common. Over the past, many lens system has been used at cryogenic temperature making available a lot of cryogenic material data including CTEs and index of refraction. It is now more accessible than ever to design cryogenic lens system. However making a lens design working at cryogenic temperature is still a challenge. To avoid any problem during operation (mostly at cold temperature), both optical and mechanical designer must work together. This paper gives a modest overview of the most recent progress in this field. It provides the basic knowledge that can be used by both lens and mechanical designers to perform cryogenic optical design with success.
机译:随着空间勘探和NIR应用的仪器设计的先进,在寒冷温度下工作的光学系统变得越来越普遍。在过去,许多镜头系统已在低温温度下使用,可提供许多低温材料数据,包括CTE和折射率。现在可以比以前更容易到设计低温镜头系统。然而,在低温温度下工作的镜头设计仍然是一项挑战。为了避免在操作期间(主要是在寒冷温度下)的任何问题,光学和机械设计师都必须一起使用。本文提供了适度概述了该领域最近的进步。它提供了可由镜头和机械设计人员使用的基本知识,以取得成功进行低温光学设计。

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