Speaker
Hongtao Hou
(Shanghai Advanced Research Institute)
Description
The SHINE Linac was optimized to accelerate the beam to 8 GeV with 54 high-Q cryomodules (CMs), benefiting from the higher performance of the cavities and CMs. The mass production of SHINE cavities and CMs is still ongoing. Up to now, more than 250 high-Q cavities with mid-T baking or N-doping recipes have been delivered, and assembled into cryomodules. Among them, 21 CMs have been tested, reaching an average Q0 of around 3.3×10^10 at 20 MV/m, and an average maximum usable gradient of around 24 MV/m. This paper will report the progress in the production and performance of the cavities and CMs.
| In which format do you inted to submit your paper? | Word |
|---|---|
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Author
Jinfang Chen
(Shanghai Advanced Research Institute, Chinese Academy of Sciences)
Co-authors
Bo Liu
(Shanghai Advanced Research Institute)
Hongtao Hou
(Shanghai Advanced Research Institute)
Meng Zhang
(Shanghai Advanced Research Institute)
Zhentang Zhao
(Shanghai Advanced Research Institute)