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Gemini Helium Closed Cycle Cooling System

机译:双子座氦气封闭循环冷却系统

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The Gemini Observatory presents the Helium Closed Cycle Cooling System that provides cooling capacity at cryogenic temperatures for instruments and detectors. It is implemented by running three independent helium closed cycle cooling circuits with several banks of compressors in parallel to continuously supply high purity helium gas to cryocoolers located about 100-120 meters apart. This poster describes how the system has been implemented, the required helium pressures and gas flow to reach cryogenic temperature, the performance it has achieved, the helium compressors and cryocoolers in use and the level of vibration the cryocoolers produce in the telescope environment. The poster also describes the new technology for cryocoolers that Gemini is considering in the development of new instruments.
机译:双子座天文台介绍了氦气闭环冷却系统,该系统可在低温下为仪器和检测器提供冷却能力。它是通过运行三个独立的氦气闭式循环冷却回路并与几排压缩机并联而实现的,以连续地向相距约100-120米的低温冷却器供应高纯度氦气。该海报描述了系统的实施方式,达到低温所需的氦气压力和气流,已实现的性能,使用的氦气压缩机和低温冷却器以及在望远镜环境中低温冷却器产生的振动水平。海报还描述了双子座在开发新仪器时正在考虑的用于制冷机的新技术。

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