2) local bump
局部凸轨
1.
The physical design of full energy injection system in Hefei light source(HLS) was described,including design goal,choice of main parameters of local bump and numerical simulation of system performance.
描述了合肥光源储存环满能量注入系统的物理设计,包括设计目标、局部凸轨物理参数选择和系统性能模拟。
2.
We study using vertical local bump orbit to adjust the interval of SR pulses.
为了拓展合肥同步辐射光源的用途，满足一些实验需要长时间间隔同步辐射脉冲的要求，研究利用垂直局部凸轨法产生时间间隔可调的同步辐射脉冲。
3) bump orbit injection
凸轨注入
1.
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.
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。
4) injection bump
注入凸轨
5) bump magnet
凸轨磁铁
1.
Physical calculation and computer simulation have been done with 3 different Lattice configurations, the effects of bump magnets on storage ring are also analyzed in the paper.
分别对合肥同步辐射光源的３种Ｌａｔ－ｔｉｃｅ参数进行物理计算与数值模拟，并分析了凸轨磁铁的插入对储存环参数的影响。
6) trajectory concave-convex
轨迹凸凹性
补充资料：凸凸
1.高出貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条