摘要
三极,一周期的超导Wiggler磁体已设计建造,它能够提供5 Tesla的最大中心磁场。安插到0.8GeV的电子储存环直线段之后,能够产生特征波长为5.8A的硬化同步辐射光谱。使用六个“跑道”形超导线圈以及铁轭支撑系统提供准正弦分布的磁场位型,2D有限元方法用于磁体系统优化设计,并对超导Wiggler磁体有关技术问题进行了分析。
A 3-Poles superconducting Wiggler magnet, which can produce the maximum central field of 5 Tesla,has been designed and built. After being installed in a straight section of the 0.8 GeV electron storage ring,it will supply harden synchrotron radiation light of critical wavelength of 5.8A. Six race-track shaped superconducting coil and yoke supported system furnish the magnetic shape of sinuous distribution, 2D finite element method is used to design excellently for wiggler. Some relative technical problemes of the-wiggler magnet is analysed.
出处
《低温与超导》
CAS
CSCD
北大核心
1992年第2期38-44,共7页
Cryogenics and Superconductivity
