MT25-ProgramBook
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Thu-Af-Po4.03-09 [42]<br />
Improvement of Field Simulation Concept of Staggered<br />
Undulator with HTS YBCO Bulk<br />
S.D. Chen, C.A. Chiang, C.M. Yang, H.W. Luo, et al.<br />
National Synchrotron Radiation Research Center, Taiwan<br />
Thu-Af-Po4.03-10 [43]<br />
Fast Cycling Superconducting Quadrupole<br />
Sergey Kozub, Evgeny Kashtanov, Igor Bogdanov, et al.<br />
Institute for High Energy Physics, Russia<br />
Thu-Af-Po4.03-11 [44]<br />
Dynamic Behaviour of Laminated Magnets with Solid<br />
Tension Bars<br />
Thomas Zickler<br />
CERN, Geneva, Switzerland<br />
Thu-Af-Po4.03-12 [45]<br />
Test results of the first superconducting undulator prototype<br />
at the SSRF<br />
Jieping Xu, Yi Ding, Jian Cui, Ming Li, et al.<br />
Shanghai Institute of Applied Physics, CAS, China<br />
Poster Session 4.04 13:45 - 15:30 Posters Area<br />
Magnets for MRI<br />
Thu-Af-Po4.04-01 [46]<br />
The FuSuMaTech initiative: Synergy with Industry and<br />
Impact on the Future Superconducting Magnet Technology<br />
Antoine Dael, Glyn Kirby, David Mazur, et al.<br />
CEA, France<br />
Thu-Af-Po4.04-02 [47]<br />
Investigation of Temporal Stability of a Persistent Current<br />
Mode Prototype MgB2 Coil<br />
Byeong-ha Yoo, Haigun Lee, Jong Cheol Kim, et al.<br />
Dep. of Materials Sci.&Eng., Korea UniversitY, Korea<br />
Thu-Af-Po4.04-03 [48]<br />
A Tabletop Liquid-Helium-Free, Persistent-Mode 1.5-<br />
T/70-mm MgB2 Osteoporosis MRI: Two Magnet Design<br />
Options<br />
Dongkeun Park, Timing Qu, Min Cheol Ahn, et al.<br />
MIT, Francis Bitter Magnet Laboratory, USA<br />
Thu-Af-Po4.04-04 [49]<br />
Enlarged bore 11.74 T magnet for brain research application<br />
Gabriella Norcia, Alessio Capelluto, et al.<br />
ASG Superconductors S.p.A., Genova, Italy<br />
Thu<br />
163