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Test Results of a Variant-Design LHC Twin-Aperture Dipole Magnet

机译:变设计LHC双孔偶极磁体的测试结果

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摘要

Since 1989, KEK and CERN carried out jointly an experimental program in the frame of the R&D work for the LHC main dipole. The mechanical structure of this design is based on a separate coil/collar and "horizontally split iron" concept. A total of four single aperture and two twin-aperture 1 m long dipole magnets were built. The last twin-aperture magnet was tested at CERN, reaching a maximum field of 9.55 T at 1.9 K. This paper reports the magnet training performance and quench localization at 1.9 K and 4.5 K. The performance as a function of current ramp rate and measurements of the field quality are also reported.
机译:自1989年以来,KEK和CERN在LHC主偶极子的研发工作框架内共同开展了一项实验计划。此设计的机械结构基于单独的线圈/套环和“水平分割铁”概念。总共构建了四个单孔和两个双孔1 m长的偶极磁体。最后一个双孔磁体在CERN进行了测试,在1.9 K时达到9.55 T的最大磁场。本文报告了1.9 K和4.5 K时的磁体训练性能和淬火定位。该性能是电流斜坡率和测量值的函数还报告了田间质量。

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