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Mon-Af-Po1.11-07 [170]<br />
Design and performance analysis of a cryostat for<br />
pulsed high magnetic field using a small scale helium<br />
liquefaction system<br />
Mengyu Liu, Shaoliang Wang and Liang Li<br />
HUST, Huazhong University of Science & Technology, China<br />
Mon-Af-Po1.11-08 [171]<br />
Design and Research of Cryostat for 3W1 SC Wiggler<br />
Magnet<br />
Miaofu Xu, Rui Ge, Lin Bian and Xiangzhen Zhang<br />
IHEP, Institute of High Energy Physics, CAS, China<br />
Mon-Af-Po1.11-09 [172]<br />
Design and construction of the magnet-cryostat for the<br />
SuperKEKB Interaction Region<br />
Norihito Ohuchi, Yasushi Arimoto, et al.<br />
KEK, Japan<br />
Mon-Af-Po1.11-10 [173]<br />
Cryogenic Oscillating Heat Pipe for Conduction-cooled<br />
Superconducting Magnets<br />
Qing Liang, Yi Li and Qiuliang Wang<br />
Institute of Electrical Engineering, CAS, China<br />
Mon-Af-Po1.11-11 [174]<br />
Cryogen Recondensed Cooling System for Electron<br />
Beam Ion Source Employing 7 T Superconducting Solenoid<br />
Magnet<br />
Su-hun Kim, Se-hee Lee and Seyong Choi<br />
Kyungpook National University, Korea<br />
Mon-Af-Po1.11-12 [175]<br />
Cooling experiment analysis of a prototype thermal siphon<br />
system for single crystal ingot growth magnet<br />
Woo Seung Lee, Kwang Myung Park, Chu Yong, et al.<br />
JH Engineering Corp., Korea<br />
Mon-Af-Po1.11-13 [176]<br />
Speed up the cooling process of superconducting magnets<br />
by applying a large cooling capacity Stirling cryocooler<br />
Xin Qiao, Daming Sun, Ya Xu, Qie Shen, Ning Zhang, et al.<br />
Inst. of Refriger. and Cryogenics, Zhejiang University, China<br />
Mon-Af-Po1.11-14 [177]<br />
Liquid nitrogen level detection method for the safe operation<br />
of onboard cryostats of high-temperature superconducting<br />
maglev vehicles under vibration condition<br />
Yu Ren, Yihuan Xu, Zhang Yulei, Yong Zhang, et al.<br />
Southwest Jiaotong University, China<br />
Mon<br />
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