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上海光源可变椭圆极化波荡器积分场垫补
引用本文:陆杰,周巧根,王宏飞.上海光源可变椭圆极化波荡器积分场垫补[J].强激光与粒子束,2009,21(10).
作者姓名:陆杰  周巧根  王宏飞
作者单位:中国科学院 上海应用物理研究所, 上海 201800
摘    要: 详细介绍了上海光源波荡器EPU100积分场多极分量和一、二次积分的垫补及优化计算方法,其中的积分场多极分量采用“Magic Fingers”技术,即:在插入件两端部中平面上下使用一组适当的磁柱组合来抵消积分场误差;一、二次积分采用两端部的8个调补线圈垫补。通过垫补,EPU100在全磁隙,各种极化模式下四极分量小于9×10-3 T,六极分量小于1.6 T/m,八极分量小于30 T/m2,达到了设计指标。

关 键 词:椭圆极化波荡器  积分场多极分量  Magic  Fingers  一次积分  二次积分  调补线圈
收稿时间:1900-01-01;

Field integral shimming of elliptically polarized undulator at Shanghai synchrotron radiation facility
Lu Jie,Zhou Qiaogen,Wang Hongfei.Field integral shimming of elliptically polarized undulator at Shanghai synchrotron radiation facility[J].High Power Laser and Particle Beams,2009,21(10).
Authors:Lu Jie  Zhou Qiaogen  Wang Hongfei
Institution:Shanghai Institute of Applied Physics, Chinese Academy of Sciences, P. O. Box 800-204, Shanghai 201800, China
Abstract:This paper discusses the shimming and the optimization algorithm of the integrated multipoles and the first and second field integrals of the EPU100 at Shanghai synchrotron radiation facility. To shim the integrated multipoles, the “Magic Fingers” technique is used, which is a proper arrangement of small magnet cylinders to reduce variation of the field integral errors; and the 8 trimming coils installed at the two ends of the undulator are used to shim the first and second field integrals. After shimming all the operating gaps or polarized modes of the EPU100, the quadrupole component is less than 9×10-3 T, the sextupole component is less than 1.6 T/m, and the octupole component is less than 30 T/m2, the multipole components are all well within the specifications.
Keywords:Magic  Fingers
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