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Thu<br />
Thu-Af-Po4.09-08 [145]<br />
A novel quench detection method using radio frequency<br />
wave technology<br />
Hu Yanlan, Fu Peng and Zhu Congming<br />
Institute of Plasma Physics, CAS, China<br />
Thu-Af-Po4.09-09 [146]<br />
Design and Analysis of an Energy-Extraction System for<br />
High Current HTS Magnets<br />
Janne Ruuskanen, Jeroen van Nugteren, et al.<br />
Tampere University of Technology, Finland<br />
Thu-Af-Po4.09-10 [147]<br />
A fast 10 kA current switch for High Temperature Superconductor<br />
accelerator magnets<br />
Marco Statera, Francesco Broggi, Massimo Sorbi, et al.<br />
INFN Milano – LASA, Italy<br />
Thu-Af-Po4.09-11 [148]<br />
Study on the Quench Protection of the HTS magnet with<br />
iron core for a 1MW DC Induction Heater<br />
Ping Yang and Derong Qiu<br />
Shanghai Jiao Tong University, China<br />
Thu-Af-Po4.09-12 [149]<br />
24kA DC Energy Extraction Switch for LARP Magnet<br />
Testing at BNL<br />
Piyush Joshi, Paul Kovach, Michael Anerella, et al.<br />
BNL, Brookhaven National Laboratory, USA<br />
Thu-Af-Po4.09-13 [150]<br />
Partial isolation quench protection method for YBCO<br />
SMES magnet<br />
Qixing Sun<br />
University of Bath, Bath, United Kingdom<br />
Thu-Af-Po4.09-14 [151]<br />
Analytic Study of the Active Quench Detection Method<br />
for the HTS Magnet using Resonance circuit<br />
Seunghyun Song, Woo Seung Lee, Yojong Choi, et al.<br />
Electrical and Electronic Engin., Yonsei University, Korea<br />
Thu-Af-Po4.09-15 [152]<br />
Numerical and Experimental Evaluations of the Quench<br />
Detection Performance of NbTi/YBCO Hybrid Tape<br />
Shin Hasegawa, Satoshi Ito, et al.<br />
Tohoku University, Japan<br />
176
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