Speaker
Jinfang Chen
(Shanghai Advanced Research Institute)
Description
SHINE project requires about 75 cryomodules with superconducting radio-frequency cavities to accelerate the beam to 8 GeV. Key components, technologies of cryomodule have been developing through prototypes and pre-series cryomodules. Up to now, several sets of cryomodule with high-Q cavities have been assembled and tested. We present the development status of SHINE cryomodules, including prototype cryomodules and the first ones for project.
| Region represented | Asia |
|---|
Primary author
Jinfang Chen
(Shanghai Advanced Research Institute)
Co-authors
Bo Liu
(Shanghai Advanced Research Institute)
Dong Wang
(Shanghai Advanced Research Institute)
Fei Gao
(Shanghai Institute of Applied Physics)
Hong Tao Hou
(Shanghai Advanced Research Institute)
Lijun Lu
(Shanghai Advanced Research Institute)
Meng Zhang
(Shanghai Advanced Research Institute)
Sen Sun
(Shanghai Institute of Applied Physics)
Shanshan Cao
(Shanghai Advanced Research Institute)
ShenJie Zhao
(Shanghai Institute of Applied Physics)
Shengwang Xiang
(Shanghai Institute of Applied Physics)
Xiang Zheng
(Shanghai Institute of Applied Physics)
Xiaowei Wu
(Zhangjiang Lab)
Yawei Huang
(ShanghaiTech University)
Yeliang Zhao
(Shanghai Advanced Research Institute)
YuBin Zhao
(Shanghai KEY Laboratory of Cryogenics & Superconducting RF Technology)
Yue Zong
(Shanghai Institute of Applied Physics)
ZhenYu Ma
(Shanghai Synchrotron Radiation Facility)
Zhentang Zhao
(Shanghai Synchrotron Radiation Facility)
lixin Yin
(Shanghai Advanced Research Institute)
