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| Special Features: Maglev Technology and Applicable Attempts on Conventional Railway System | ||
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| Special Features: Maglev Technology and Applicable Attempts on Conventional Railway System | ||
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| REVIEW | ||
R & D of Superconducting Maglev and Applications of its Technology to Conventional Railway System | ||
| M.IWAMATSU(1) | ||
| PAPERS | ||
| Development of Models for Co-simulation of Mechanics and Electromagnetics for Dynamic Analysis of Superconducting Maglev Vehicles Moving with Large Displacements | ||
| T.YONEZU, H.HOSHINO, E.SUZUKI, K.WATANABE(5) | ||
| A Novel Superconducting Coil Fabrication Method with YBCO Coated Conductor | ||
| K.MIZUNO, M.OGATA, K.NAGASHIMA(11) | ||
| Development of Multiple Cryocooler with Pulse-tubes for High-temperature Superconducting Magnets | ||
| Y.MIYAZAKI, K.IKEDA, K.MIZUNO, K.NAGASHIMA(17) | ||
| Development of Temperature Measurement Technique inside Cryogenic Equipment Using Optical Fiber | ||
| H.YAMADA, M.OGATA, K.MIZUNO, K.NAGASHIMA(23) | ||
| Construction-related Inspection of Cable Wiring of Ground Coil Type of PLG | ||
| N.TAKAHASHI, M.SUZUKI(29) | ||
| Development of Ground Coils with Low Eddy Current Loss by Applying the Compression Molding Method after the Coil Winding | ||
| M.SUZUKI, N.TAKAHASHI, M.AIBA, S.OTA(35) | ||
| Configuration of Non-contact Power Supply Coil for Railway | ||
| T.KASHIWAGI, H.HASEGAWA, Y.SAKAMOTO, Y.KATO(41) | ||
| Performance of Room-temperature Magnetic Refrigerator Applying Ring Halbach-array Magnetic Circuit | ||
| K.WAKI, Y.MIYAZAKI, Y.ARAI, K.MIZUNO, K.NAGASHIMA, T.KAWANAMI(47) | ||
| RESEARCH REPORT | ||
| The Results of a Survey on the Regulation of a Electromagnetic Field in Railway System | ||
| H.HASEGAWA, Y.KATO, M.IKEHATA, T.NAKAMURA, K.NAKAMURA, H.SIGEEDA(53) | ||
Copyright(c) 2012 Railway Technical Research Institute