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Large Cryogenic Infrastructure for LHC Superconducting Magnet and Cryogenic Component Tests: Layout, Commissioning and Operational Experience

机译:适用于LHC超导磁体和低温组件测试的大型低温基础设施:布局,调试和操作经验

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摘要

The largest cryogenic test facility at CERN, located at Zone 18, is used to validate and to test all main components working at cryogenic temperature in the LHC (Large Hadron Collider) before final installation in the machine tunnel. In total about 1300 main dipoles, 400 main quadrupoles, 5 RF-modules, eight 1.8 K refrigeration units will be tested in the coming years. The test facility has been improved and upgraded over the last few years and the first 18 kW refrigerator for the LHC machine has been added to boost the cryogenic capacity for the area via a 25,000 liter liquid helium dewar. The existing 6 kW refrigerator, used for the LHC Test String experiments, will also be employed to commission LHC cryogenic components. We report on the design and layout of the test facility as well as the commissioning and the first 10,000 hours operational experience of the test facility and the 18 kW LHC refrigerator.
机译:位于欧洲核子研究组织(CERN)的最大的低温测试设施位于18区,用于最终安装在机器隧道中之前在LHC(大强子对撞机)中验证和测试在低温下工作的所有主要组件。在未来几年中,总共将测试约1300个主偶极子,400个主四极子,5个RF模块,八个1.8 K制冷单元。在过去的几年中,对测试设备进行了改进和升级,并为LHC机器添加了首台18 kW冰箱,以通过25,000升液氦杜瓦瓶提高该地区的低温能力。用于LHC测试弦实验的现有6 kW冰箱也将用于调试LHC低温组件。我们报告测试设施的设计和布局,以及测试设施和18 kW LHC冰箱的调试和最初的10,000小时操​​作经验。

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