摘要
合肥光源二期工程改造后,对电子储存环光学参数进行了全面的调试和测量,新注入系统和高频系统的调试,也获得了巨大的成功,在插入八极铁和过正地补偿色品后,耦合束团不稳定性的得到了有效地抑制,从而使改造后电子储存环能积累和运行在300mA以上的流强.
After upgrade of the Hefei light source, the optics parameters of electron storage ring were adjusted and measured. Both the kicker and the RF system were reconstructed completely, and were commissioned well. The SVD algorithm is used for the global closed orbit feedback. Two methods were used to suppress the transverse coupled bunch instability. So a 300mA beam intensity is achieved.
出处
《高能物理与核物理》
CSCD
北大核心
2006年第z1期165-167,共3页
High Energy Physics and Nuclear Physics
基金
国家计委重大科学项目和中国科学院知识创新工程经费资助
关键词
闭轨校正
注入凸轨
冲击磁铁
低电平控制
耦合束团不稳定性
closed orbit correction, injection bump, kick magnet, low level control, coupled-bunch instability