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DESIGN, CONSTRUCTION, INSTALLATION AND FIRST COMMISSIONING RESULTS OF THE LHC CRYOGENIC SYSTEM

机译:LHC低温系统的设计,施工,安装和首次调试结果

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The cryogenic system of the Large Hadron Collider (LHC) will be, upon its completion in 2006, the largest in the world in terms of refrigeration capacity with an equivalent to 144 kW at 4.5 K, about 400'000 litres of superfluid helium with 25 km of superconducting magnets below 2 K leading to a cryogen inventory of 100 tons of helium. The challenges involved in the design, construction and installation, as well as the first commissioning results will be addressed in this talk. Particular mention will be made of the problems encountered and how they were or are being solved. Perspectives for LHC will be presented. General considerations for future large cryogenic systems will be briefly proposed.
机译:大型强子撞机(LHC)的低温系统将在2006年完成后,在制冷能力方面是世界上最大的,相当于4.5克,约400,000升的超流氦气,25升在2 k以下的超导磁铁的km导致100吨氦的冷冻剂库存。在这次谈话中将解决设计,建造和安装以及第一次调试结果所涉及的挑战。特别提及将遇到遇到的问题以及它们是如何解决的。将提出LHC的透视。将简要提出未来大型低温系统的一般考虑因素。

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