用于高场磁体设计与研发的共线圈二极磁体
加速器物理
2022-03-17 v1
摘要
共线圈几何结构为传统的余弦 theta 二极磁体提供了一种替代设计。它允许更广泛的导体与磁体技术。它还促成了低成本、快速周转的设计与研发计划。作为美国磁体发展计划一部分近期开展的研究表明，在高场（20 T 且运行裕度达 15% 或更高）下，与其他设计相比，共线圈设计所使用的导体（尤其是少得多的 HTS）也显著更少。
引用
@article{arxiv.2203.08750,
title = {Common Coil Dipole for High Field Magnet Design and R&D},
author = {Ramesh Gupta and Kathleen Amm and Julien Avronsart and Michael Anerella and Anis Ben Yahia and John Cozzolino and Piyush Joshi and Mithlesh Kumar and Febin Kurian and Chris Runyan and William Sampson and Jesse Schmalzle and Stephan Kahn and Ronald Scanlan and Robert Weggel and Erich Willen and Qingjin Xu and Javier Munilla and Fernando Toral and Paolo Ferracin and Steve Gourlay and GianLuca Sabbi and Xiaorong Wang and Danko van der Laan and Jeremy Weiss},
journal= {arXiv preprint arXiv:2203.08750},
year = {2022}
}
备注
Contribution to Snowmass 2021. Accelerator Technology (AF7)