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Thu-Af-Po4.08-17 [137]<br />
Characterization of an internal cooling high temperature<br />
composite superconductor with REBCO for large scale<br />
energy storage applications<br />
Zhu Jiahui, Rao Shuangquan, Chen Panpan, et al.<br />
China Electric Power Research Institute, China<br />
Poster Session 4.09 13:45 - 15:30 Posters Area<br />
Quench Detection and Protection Systems<br />
Thu-Af-Po4.09-01 [138]<br />
An FPGA-based Quench Detector and Data Acquisition<br />
System for Superconducting Insertion Devices<br />
Chun-yi Wu, Chih-Yu Liao, Demi Lee, et al.<br />
National Synchrotron Radiation Research Center, Taiwan<br />
Thu-Af-Po4.09-02 [139]<br />
Quench Protection System for a 12-T dipole magnet<br />
Da Cheng, Tiina-Mari Salmi, Qingjin Xu, et al.<br />
IHEP, CAS, China<br />
Thu-Af-Po4.09-03 [140]<br />
Quench Protection of a Nb3Sn Superconducting Magnet<br />
System for a 45 GHz ECR Ion Source<br />
Emmanuele Ravaioli, Aurelio Hafalia, et al.<br />
LBNL, Berkeley, CA, USA<br />
Thu-Af-Po4.09-04 [141]<br />
New method for magnet protection systems based on a<br />
direct current derivative sensor<br />
Ernesto de Matteis, Daniel Calcoen, et al.<br />
Thu-Af-Po4.09-05 [142]<br />
Effects of metallic coatings on the thermal sensitivity of<br />
optical fiber sensors at cryogenic sensors<br />
Federico Scurti, Weston Straka, et al.<br />
North Carolina State University, USA<br />
Thu-Af-Po4.09-06 [143]<br />
Self-monitoring, SMART REBCO coated conductors<br />
Federico Scurti, Srivatsan Sathyamurthy, et al.<br />
North Carolina State University, USA<br />
Thu-Af-Po4.09-07 [144]<br />
Qualification of movement leading to quench in Nb3Sn<br />
coils by means of induced voltage, quench antenna and<br />
vibration measurements.<br />
Gerard Willering, Matthias Probst, et al.<br />
CERN, Geneva, Switzerland<br />
Thu<br />
175
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