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KEY DESIGN FEATURES OF THE CRAB-CAVITY CRYOMODULE FOR HI-LUMI LHC

机译:Hi-Lumi LHC螃蟹腔冷冻组织的关键设计特征

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Preparations have begun to demonstrate the crabbing technique by evaluating the performance of the compact crab cavities with high intensity proton beams using SPS drive accelerator at CERN. A prototype cryomodule consisting of two identical crab cavities is scheduled to be installed before LS2 (2nd long shutdown in LHC operation). Several cryomodule designs corresponding to three different cavity designs; 4-Rod, RF Dipole (RFD) and Double Quarter wave (DQW), were considered and the side-loaded cryomodule design developed for 4-Rod cavities was chosen as the reference design for all three cavity types. This paper describes some of the key design features of the conceptual cryomodule design, current project status and future plans.
机译:准备工作已经开始通过在CERN的SPS驱动器加速器评估具有高强度质子束的紧凑型蟹腔的性能来展示螃蟹技术。由两个相同的螃蟹腔组成的原型冷冻组成,计划在LS2之前安装(LHC操作中的第二长关闭)。几个冷冻模块设计对应于三个不同的腔设计;考虑了4杆,RF偶极子(RFD)和双季度波(DQW),并选择为所有三个腔类型的参考设计选择为4杆腔开发的侧装的冷冻组孔设计。本文介绍了概念冷冻模块设计,当前项目状态和未来计划的一些关键设计特征。

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