A tuning system for BEPC II

Zhenghui Mi,Yi Sun,Weimin Pan,Zheng-Hui Mi,Y. Z. Sun,Wm Pan,Guanglei Wang,Zq Li,J. P. Dai,Q. M. Ma,Hy Lin,B. Xu,H. Huang,Qy Wang,Yanbing Xu,G. Zhao,Tong Ming Huang,Peng Sha,Xy Zhang,Fanbo Meng,H.H. Li,X. Chen,Dy Zhao,J. Zhang,Yuemei Peng,Guangwei Wang,Zhongquan Li,Jianping Dai,maqiang,Haiying Lin,Bo Xu,Hong Huang,Qunyao Wang,Yufen Xu,Guangyuan Zhao,huangtongming,Peng Sha,Xinying Zhang,Fanbo Meng,Han Li,Xu Chen,zhaodanyang,Juan Zhang,pengyinghua

A tuning system for BEPC II

2013

The tuning system plays a very important role when a superconducting cavity is in operation. It cooperates with other control loops to adjust the cavity frequency with high precision, reduce the reflection power, guarantee the stability of beam, and ensure the safety of the superconducting cavity. This paper focuses mainly on the tuning system working principle, the working state and problems that Beijing Electron Positron Collider (BEPC II) has encountered during operation.

Keywords:

Physics
Nuclear magnetic resonance
Musical tuning
Collider
Beam (structure)
Superconductivity
Electron
Positron
Nuclear physics
Particle physics
superconducting cavity

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations