PAC09 - List of Authors (Li, C.H.)

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Li, C.H.

Paper	Title	Page
WE6RFP008	Design of a 1.3 GHZ Single 9 Cell SC Cavity Test Cryomodule for ILC Collaboration at IHEP	2796
	T.X. Zhao, W.H. Lu, L.-Y. Xiong, L. Zhang, Z.G. Zong TIPC, BeiJing J. Gao, Y. Sun, J.Y. Zhai IHEP Beijing, Beijing Z.L. Hou, C.H. Li IHEP Beiing, Beijing L.Q. Liu Technical Institute of Physics and Chemistry, Beijing T.X. Zhao Graduate School of the Chinese Academy of Sciences, Beijing
	Funding: Work supported by NSFC 10525525 In order to obtain the design, manufacture and operational experiences on the SRF cryomodule toward ILC, a test cryomodule for 1.3GHz single 9-cell SC cavity was designed by IHEP (Institute of High Energy Physics) and TIPC (Technical Institute of Physics and Chemistry) jointly. This cryomodule will be used as a 1.3GHz 9 cell SC cavity horizontal test facility. The cryogenic system for the cryomodule is designed and will be operated at 2.0K, with the saturated superfluid helium. The major requirements, design, simulation results of the cryomodule are reported in the paper. This key component of a superconducting accelerator test unit will be built in the near future at IHEP.

Paper

Title

Page

WE6RFP008

Design of a 1.3 GHZ Single 9 Cell SC Cavity Test Cryomodule for ILC Collaboration at IHEP

2796

T.X. Zhao, W.H. Lu, L.-Y. Xiong, L. Zhang, Z.G. Zong
TIPC, BeiJing
J. Gao, Y. Sun, J.Y. Zhai
IHEP Beijing, Beijing
Z.L. Hou, C.H. Li
IHEP Beiing, Beijing
L.Q. Liu
Technical Institute of Physics and Chemistry, Beijing
T.X. Zhao
Graduate School of the Chinese Academy of Sciences, Beijing

Funding: Work supported by NSFC 10525525

In order to obtain the design, manufacture and operational experiences on the SRF cryomodule toward ILC, a test cryomodule for 1.3GHz single 9-cell SC cavity was designed by IHEP (Institute of High Energy Physics) and TIPC (Technical Institute of Physics and Chemistry) jointly. This cryomodule will be used as a 1.3GHz 9 cell SC cavity horizontal test facility. The cryogenic system for the cryomodule is designed and will be operated at 2.0K, with the saturated superfluid helium. The major requirements, design, simulation results of the cryomodule are reported in the paper. This key component of a superconducting accelerator test unit will be built in the near future at IHEP.