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LN2 continuous Flow Cryostats, a compact vibration free cooling system for single to multiple detector systems

机译:LN2连续流动低温恒温器,紧凑的无振动冷却系统,适用于单到多探测器系统

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In comparison to mechanical cryo-coolers, liquid nitrogen cooling has the double advantage to be free of vibration and toremain not affected by power failure.The paper reports about a very compact cryostat using a continuous circulation of liquid nitrogen which is provided froman external storage tank. Since years, this cryostat is intensively used on the ESO VLT to cool either optical or Infra Reddetectors.After an introduction presenting the principle, the paper reports the performance of the cryostat recorded over manyyears of utilization. We also present a few additional developments which allow the use of the cryostat for more exoticapplications such that Nasmyth rotating instruments or extremely stable radial velocity spectrograph. With theconstruction of MUSE, a new era has started for this cryostat. The large multi IFU instrument requires 24 cryostats. Thelast chapter of the paper describes this futurist system which is close to completion.
机译:与机械式低温冷却器相比,液氮冷却具有双重优势:无振动,并且 保持不受电源故障的影响。 该论文报道了一种非常紧凑的低温恒温器,该低温恒温器使用液氮的连续循环,由 一个外部储水箱。多年来,这种低温恒温器广泛用于ESO VLT上,以冷却光学或红外线 探测器。 在介绍了该原理的介绍之后,本文报告了记录在许多情况下的低温恒温器的性能。 多年的利用。我们还介绍了一些其他的开发,这些开发允许将低温恒温器用于更奇特的 诸如Nasmyth旋转仪或极其稳定的径向速度光谱仪之类的应用。随着 MUSE的建造,此低温恒温器的新时代已经开始。大型多功能IFU仪器需要24个低温恒温器。这 本文的最后一章描述了这个即将完成的未来主义系统。

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