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首页> 外文期刊>Superconductor Science & Technology >The design of cable-in-conduit conductors for the superconducting outsert coils of a 40 T hybrid magnet
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The design of cable-in-conduit conductors for the superconducting outsert coils of a 40 T hybrid magnet

机译:40 T混合磁体超导插出线圈的导管内导体设计

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Construction of a 40 T hybrid magnet system is in progress at the High Magnetic Field Laboratory, Chinese Academy of Sciences. The present design concept includes an 11 T superconducting magnet with a room temperature bore of 580 mm, a 29 T resistive magnet with a clear bore of 32 mm, and a 26 T resistive magnet with a clear bore of 50 mm. The total maximum field on axis in the 32 mm bore is 40 T, and in the 50 mm bore it is 37 T. The 11 T superconducting magnet will use a cable-in-conduit conductor (CICC). The high field magnet is made from Nb3Sn superconductor, and the low field magnet is made from NbTi superconductor. This paper describes the design concept of the cable-in-conduit conductor and the mechanical analysis of the jacket.
机译:中国科学院高磁场实验室正在建设40 T混合磁体系统。本设计构思包括具有580 mm室温孔的11 T超导磁体,具有32 mm净孔的29 T电阻磁体和具有50 mm净孔的26 T电阻磁体。在32 mm的孔中,轴上的总最大磁场为40 T,在50 mm的孔中为37T。11T的超导磁体将使用电缆导管导体(CICC)。高场磁体由Nb3Sn超导体制成,低场磁体由NbTi超导体制成。本文介绍了导管中电缆导体的设计概念以及护套的力学分析。

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