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Wed<br />
Wed-Af-Po3.11-08 [173]<br />
YBCO pancake coil wound using an electrically non insulated<br />
tape: current sharing, stability, quench, and NZP<br />
measured at 4.2 K and 10 T<br />
Milan Majoros, Mike Sumption, Chris Kovacs, et al.<br />
Ohio State University, USA<br />
Wed-Af-Po3.11-09 [174]<br />
Stability of Superconducting Magnet and Wire Insulations<br />
Qingyu Hu and Xunqi Duan<br />
Ningbo Jansen Mechanism Co., Ltd., Ningbo, China<br />
Wed-Af-Po3.11-10 [175]<br />
Robust REBCO coated conductor with meatal stitching<br />
stabilizer<br />
Rock Kil Ko, No hyun Woo, Gwan Tae Kim, et al.<br />
Korea Electro-technology Research Institute, Korea<br />
Wed-Af-Po3.11-11 [176]<br />
Thermal and Electromagnetic Simulation of Multistacked<br />
No-Insulation REBCO Pancake Coils on Normalstate<br />
Transition by PEEC model<br />
Ryosuke Miyao, Hajime Igarashi, et al.<br />
Hokkaido University, Japan<br />
Wed-Af-Po3.11-12 [177]<br />
Characteristics of current bypassing and transient stability<br />
in partial insulation HTS coils<br />
Seokbeom Kim, Kentaro Tami, Haruyoshi Okusa, et al.<br />
Okayama University, Japan<br />
Wed-Af-Po3.11-13 [178]<br />
Temperature evolution in ITER CSU2 coil module during<br />
15 MA plasma scenario<br />
Tommaso Bagni, Arnaud Devred and Arend Nijhuis<br />
University of Twente, Enschede, the Netherlands<br />
Wed-Af-Po3.11-14 [179]<br />
Strand level modeling on AC loss and current distribution<br />
of prototype EU DEMO TF conductors<br />
Tommaso Bagni, Arnaud Devred and Arend Nijhuis<br />
University of Twente, Enschede, the Netherlands<br />
Wed-Af-Po3.11-15 [180]<br />
Quench energy in ITER conductors for different magnetic<br />
field perturbations with JackPot and THEA combined<br />
models<br />
Tommaso Bagni, Arnaud Devred and Arend Nijhuis<br />
University of Twente, Enschede, the Netherlands<br />
142