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Wed-Af-Po3.05-06 [57]<br />
Influence Analysis according to Shape Changes of Magnetic<br />
Salient Pole Structure on Performance Characteristics<br />
of Megawatt-Class HTS Wound Rotor Synchronous<br />
Motor<br />
Chang Ju Hyeon, Ho Min Kim, Huu Luong Quach, et al.<br />
Jeju National University, Korea<br />
Wed-Af-Po3.05-07 [58]<br />
A Three-Phase 27-Slot 8-Pole Interior Permanent-Magnet<br />
Machine with Low Space Harmonics for Hybrid Electric<br />
Vehicle<br />
Junqiang Zheng, Wenxiang Zhao and Jinghua Ji<br />
Jiangsu University, China<br />
Wed-Af-Po3.05-08 [59]<br />
Study on the torque ripple reduction design through varying<br />
the air-gap magnetic flux density in the SPM motor<br />
Kidoek Lee, Sehyun Rhyu and Jeongjong Lee<br />
Korea Electronics Technology Institute, Korea<br />
Wed-Af-Po3.05-09 [60]<br />
A Study on a New Structure Ferrite Magnet Motor with<br />
Improved Output Density and Mechanical Stability<br />
Kidoek Lee, Sehyun Rhyu and Jeongjong Lee<br />
Korea Electronics Technology Institute, Korea<br />
Wed-Af-Po3.05-10 [61]<br />
Analytical Investigation of the On-load Electromagnetic<br />
Performance of Magnetic-Geared Permanent-Magnet Machines<br />
Kyung-Hun Shin, Han-Wook Cho and Jang-Young Choi<br />
Chungnam National University, Korea<br />
Wed-Af-Po3.05-12 [63]<br />
Superconducting synchronous motor With HTS stacked<br />
tape armature<br />
Mehdi Baghdadi and Timothy A. Coombs<br />
University of Greenwich, United Kingdom<br />
Wed-Af-Po3.05-13 [64]<br />
Minimization of Torque Ripple in Ferrite-Assisted Synchronous<br />
Reluctance Motors by Using Asymmetric Rotor<br />
Poles<br />
Meimei Xu and Guohai Liu<br />
Jiangsu University, China<br />
Wed<br />
127
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