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| Special Features: Maglev Technology and its Application | ||
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| Special Features: Maglev Technology and its Application | ||
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| REVIEW | ||
R & D of Superconducting Maglev and Applications of its Technology to Conventional Railway System  | ||
| M.IWAMATSU(1) | ||
| PAPERS | ||
| Cold Storage Experiments of Rare Earth HTS Magnet | ||
| K.MIZUNO, Y.MIYAZAKI, M.OGATA, K.NAGASHIMA(5) | ||
| Cryocooler-free Superconducting Magnet System Using High-temperature Superconducting Wire Based on Rare Earth Barium Copper Oxide | ||
| M.OGATA, K.MIZUNO, Y.ARAI, H.HASEGAWA, T.SASAKAWA, K.NAGASHIMA(11) | ||
| Study on Component of Superconducting Magnet for Maglev Using High-temperature Superconducting Wire Based on Rare Earth Barium Copper Oxide | ||
| K.NAGASHIMA, M.OGATA, K.MIZUNO, Y.ARAI, H.HASEGAWA, T.SASAKAWA(17) | ||
| Vehicle Motion Characteristics of a Maglev Train Set | ||
| K.WATANABE, H.HOSHINO, E.SUZUKI, T.YONEZU(23) | ||
| Development of the On-board Maintenance Management System for Ground Coils of Maglev by Using RFID Technology | ||
| M.TANAKA, N.TAKAHASHI, M.SUZUKI, R.IKEDA, S.NAGASAKA(29) | ||
| Roller Rig Dynamic Bench Test of Rail Brake using Linear Induction Motor | ||
| H.HASEGAWA, T.KASHIWAGI, Y.SAKAMOTO, T.SASAKAWA, Y.KARINO(35) | ||
| Development of Flywheel Test Equipment for Flywheel Energy Storage System with Cryo-cooled Superconducting Magnetic Bearings | ||
| Y.ARAI, H.SEINO, K.NAGASHIMA(41) | ||
| Electromagnetic Property of Bearingless Motor Based on Electromagnetic Induction | ||
| H.MATSUE(47) | ||
| RESEARCH REPORT | ||
| Status of High-temperature Superconducting Wires in the World | ||
| M.OGATA, K.MIZUNO(53) | ||
Copyright(c) 2011 Railway Technical Research Institute