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New cryogenic system of the next-generation infrared astronomy mission SPICA

机译:下一代红外天文任务SPICA的新型低温系统

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We present the new design of the cryogenic system of the next-generation infrared astronomy mission SPICA under the new framework. The new design employs the V-groove design for radiators, making the best use of the Planck heritage. The new design is based on the ESA-JAXA CDF study (NG-CryoIRTel, CDF.152(A)) with a 2 m telescope, and we modified the CDF design to accommodate the 2.5 m telescope to meet the science requirements of SPICA. The basic design concept of the SPICA cryogenic system is to cool the Science Instrument Assembly (SIA, which is the combination of the telescope and focal-plane instruments) below 8K by the combination of the radiative cooling system and mechanical cryocoolers without any cryogen.
机译:我们在新框架下展示了下一代红外天文使命赞许的新设计。新设计采用V-Groove设计用于散热器,充分利用Planck遗产。新设计基于ESA-JAXA CDF研究(NG-CRYOIRTEL,CDF.152(A)),带有2米的望远镜,我们修改了CDF设计,容纳2.5米的望远镜,以满足SPICA的科学要求。光谱低温系统的基本设计理念是通过辐射冷却系统和机械冷冻机的组合冷却科学仪器组件(SIA,即望远镜和焦平面仪器的组合),而没有任何低温冷却。

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