摘要
介绍了国家同步辐射实验室二期工程改造中四冲击磁铁集中布局凸轨注入系统研发过程,以及对若干关键技术的攻关,包括微秒脉冲铁氧体冲击磁铁研制,镀膜陶瓷真空盒研制,纵向阻抗测量装置研制,BPM标定装置研制等.运行结果表明,建造的新凸轨注入系统有较好的稳定性,较低的故障率.
The research and development for the bump orbit injection system with four kicker magnets centralized in NSRL Phase Ⅱ Project, and research of some key techniques were summarized, including micro-second pulse ferrite kicker magnet, coated ceramic chamber, measurement device for loss impedance, BPM calibration system, etc. The operation results show that the new bump orbit injection system has better stability and lower fault rates.
基金
国家大科学工程(NSRL二期工程)资助
关键词
集中布局
凸轨注入
铁氧体冲击磁铁
陶瓷真空盒
耦合阻抗
convergence overall arrangement
bump orbit injection
ferrite kicker magnet
ceramic vacuum chamber
coupling impedance
