QR 2004 Vol.45 No.1


Special Features : Maglev Technology

MESSAGE
 Research and Development of the Superconducting Magnetic Levitation (Maglev) System
 
K.AKITA
 
NEWS
 Setting a New Speed Record on the Yamanashi Maglev Test Line
 
F.OKUMURA
 
PAPERS  ‘S•¶PDF
 Vehicle-Running Tests and Development on the Yamanashi Maglev Test Line
 
S.TAKAO, T.MIZUTANI, N.SHIRAKUNI, M.KOZU
 Improving Maglev Vehicle Characteristics for the Yamanashi Test Line
 
K.YAMAMOTO, Y.KOZUMA, N.TAGAWA, S.HOSAKA, H.TSUNODA
 Development of New Type Guideway Structure
 
M.UENO, M.URABE, M.SOGABE, K.TAMURA, S.KATO, Y.MINE
 Control Methods to Enhance Large-scale Inverter Output Voltages
 
H.SHIGEEDA, S.KAGA, I.KAWAGUCHI, A.OKUI, J.KITANO
 Development of a Linear Generator Integrated into an Existing Superconducting Magnet of a Yamanashi Maglev Vehicle
 
H.HASEGAWA, H.MATSUE
 Combined Control of Primary and Secondary Suspension of Maglev Vehicles
 
K.WATANABE, H.YOSHIOKA, E.SUZUKI
 Dynamic and Tribological Studies on Mechanical Heat Generation in Superconducting Coil
 
H.SEINO, T.HERAI, M.IWAMATSU
 
SUMMARIES
 Summaries of RTRI REPORT (in Japanese)
ANNUAL INDEX
 Annual Index: Subjects Vol.45, No.1 (2004)

Copyright(c) 2004 Railway Technical Research Institute