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Mon<br />
Mon-Af-Po1.04-09 [39]<br />
Analysis of Magnetic Polarity Distribution for a Dual-rotor<br />
Switched Reluctance Machine<br />
Hao Chen, Tong Xu and Rui Nie<br />
China University of Mining & Technology, China<br />
Mon-Af-Po1.04-10 [40]<br />
A transverse flux single-phase tubular switched reluctance<br />
linear motor<br />
Hao Chen and Rui Nie<br />
China University of Mining & Technology, China<br />
Mon-Af-Po1.04-11 [41]<br />
SynRM Rib optimal Design method for High-Power Density<br />
Jae-Kwang Lee, Sol Kim and Ju Lee<br />
Hanyang University, Korea<br />
Mon-Af-Po1.04-12 [42]<br />
Design principle of WFSM for Electric Vehicle based<br />
magnetic-thermal equivalent circuit<br />
Jae-Jun Lee, Jae-Kwang Lee and Gang Seok Lee<br />
Hyundai Heavy Industries Co.,Ltd, Korea<br />
Mon-Af-Po1.04-13 [43]<br />
Design and Initial Results of a Novel in-situ A.C. loss<br />
Measurement in Axial Flux Synchronous Machine<br />
Jay Patel, Jie Sheng, Min Zhang and Weijia Yuan<br />
University of Bath, Bath, United Kingdom<br />
Mon-Af-Po1.04-14 [44]<br />
3D Electromagnetic Design and Analysis of a 1-HP-Class<br />
HTS Rotating Machine integrated with a Contactless HTS<br />
Excitation Device<br />
Ji Hyung Kim, Ho Min Kim, Chang Ju Hyeon, et al.<br />
Jeju National University, Korea<br />
Mon-Af-Po1.04-15 [45]<br />
High Efficiency Permanent Magnet Linear Synchronous<br />
Motor<br />
Hongliang Wang, Jian Li, Ronghai Qu, et al.<br />
Huazhong University of Science & Technology, China<br />
Mon-Af-Po1.04-16 [46]<br />
Numerical Analysis and Design of SPM Type Variable<br />
Flux Memory Motor Considering Magnetization and Demagnetization<br />
Characteristic of Permanent Magnet<br />
Jin-Seok Kim, Sang-Yong Jung and Dae-Woo Kim<br />
Sungkyunkwan University, Korea<br />
54
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