20特斯拉混合加速器磁体用Bi2212偶极插入件的导体性能和线圈技术
Conductor Properties and Coil Technology for a Bi2212 Dipole Insert for 20 Tesla Hybrid Accelerator Magnets
摘要：
发展高温超导偶极子插入产生大于5 T的15 T Nb 3Sn外塞场是必要的，以产生20 T或更高的字段为未来的高能对撞机。基于cos-theta线圈几何形状的偶极插入物，具有各种应力管理概念和Bi 2212超导股线和电缆，正在美国国内外的费米实验室开发。MDP的努力。最终目标是开发线圈技术和方法，以管理方位角和径向应变的高温超导体插入物时，作为一个混合磁体系统集成在Nb 3Sn外衬。本白皮书回顾了Bi 2212导体特性和线圈技术，并提出了新的想法来应对Bi 2212作为加速器磁体导体仍然存在的挑战。
英文摘要：
Developing HTS dipole inserts producing fields larger than 5 T within 15 T Nb3Sn outserts is necessary to generate 20 T or higher fields for future high energy colliders. Dipole inserts based on the cos-theta coil geometry with various stress management concepts and Bi2212 superconducting strand and cable are being developed at Fermilab both within and beyond the U.S.-MDP effort. The ultimate goal is to develop coil technology and an approach to manage azimuthal and radial strains of high temperature superconductor inserts when integrated within Nb3Sn outserts as a hybrid magnet system. This white paper reviews Bi2212 conductor properties and coil technologies, and proposes new ideas to face the challenges that Bi2212 still presents as an accelerator magnet conductor.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
