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Wang Shu-Hong (王书鸿)1, Wang Jiu-Qing (王九庆)1, Chen Sen-Yu (陈森玉)1, Chi Yun-Long (池云龙)1, Wang Guang-Wei (王光伟)1, Cao Jian-She (曹建社)1, Liu Sheng-Guang (刘圣广)1, Gao Jie (高杰)1, Zhai Ji-Yuan (翟纪元)1, Liu Wei-Bin (刘渭滨)1, Cui Xiao-Hao (崔小昊)1, Xu Jin-Qiang (徐金强)1, Zhou Zu-Sheng (周祖圣)1, Li Xiao-Ping (李小平)1, Lu Hui-Hua (陆辉华)1 and Xiao Qiong (肖琼)1
2012 Chinese Physical Society and the Institute of High Energy Physics of the Chinese Academy of Sciences and the Institute of Modern Physics of the Chinese Academy of Sciences and IOP Publishing Ltd
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Citation Wang Shu-Hong et al 2012 Chinese Phys. C 36 469
DOI 10.1088/1674-1137/36/5/016
137 Total downloads
A proposed compact ERL test facility at IHEP, Beijing, is presented in this paper, and includes the design parameters, the essential lattice, and the key components features, such as the photocathode DC gun and the CW superconducting accelerating structures. Some important beam physics issues such as the space charge effect, the coherent synchrotron radiation (CSR) effect and the beam break-up (BBU) effect are briefly described with the simulation results.