1) ferrite kicker magnet
铁氧体冲击磁铁
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。
2) kicker magnet
冲击磁铁
1.
Design of kicker magnets for the storage ring injection of Shanghai Synchrotron Radiation Facility;
上海同步辐射装置储存环注入冲击磁铁的设计
2.
The kicker magnet design parameters of HLS full energy injection system upgrade are presented.
为了配合合肥光源的满能量注入系统升级,分析了传输线型,简化PFN(脉冲形成网络)型和固态感应叠加型等几种用于冲击磁铁的高压大电流脉冲发生器技术和升级需要的冲击磁铁参数。
3.
For the severe requirements of BEPC Ⅱ injecting kicker magnets, the two schemes of low impedance kicker magnets used in other accelerator labs in the world are not adaptive to the BEPC Ⅱ storage ring.
由于BEPCⅡ储存环注入系统对冲击磁铁的设计要求比较高,国际上现有的两种低束流阻抗的冲击磁铁方案都不能完全满足其要求。
3) Kicker
[英]['kɪkə(r)] [美]['kɪkɚ]
冲击磁铁
1.
Hefei synchrotron Light Source(HLS) presently has three kickers for injection,and different lattices will form different shapes of bump orbits In order to relieve the dependence between bump and lattice,a compact injection scheme,in which four kickers are located at the same straight section,is proposed.
合肥同步光源的现有注入凸轨由 3块冲击磁铁产生 ,不同的运行模式具有不同的凸轨 。
2.
The cell circuit design and test of inductive adder pulse generator for kicker magnet are presented in the paper.
文章介绍了用于冲击磁铁的感应叠加型脉冲发生器的实验装置。
3.
A novel high voltage charging circuit specially designed for the prototype kicker modulator of the Hefei Light Source storage ring was presented.
介绍了一种新颖的专为电子储存环冲击磁铁脉冲调制器而设计的高压充电电路，该电路采用了零电流谐振开关变换技术及一种简单可靠的充电电压控制方式。
4) ferrite magnet
铁氧体磁铁
6) full-aperture kicker
大开度冲击磁铁
补充资料：标准操作冲击电压波形(见冲击电压发生器)
标准操作冲击电压波形(见冲击电压发生器)
standard switching impulse voltage waveform
b .oozhun CooZuo ChongJld，onyo boxlng标准操作冲击电压波形(standard switchingimpulse voltage waveform)见冲击电压发生器。
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