@article{oai:nifs-repository.repo.nii.ac.jp:00000389,
 author = {"Seki,  T. and Mutoh,  T. and Kumazawa,  R. and Saito,  K. and Watari,  T. and Nakamura,  Y. and Sakamoto,  M. and Watanabe,  T. and Kubo,  S. and Shimozuma,  T. and Yoshimura,  Y. and Igami,  H. and Ohkubo,  K. and Takeiri,  Y. and Oka,  Y. and Tsumori,  K. and Osakabe,  M. and Ikeda,  K. and Nagaoka,  K. and Kaneko,  O. and Miyazawa,  J. and Morita,  S. and Narihara,  K. and Shoji,  M. and Masuzaki,  S. and Goto,  M. and Morisaki,  T. and Peterson,  B.J. and Sato,  K. and Tokuzawa,  T. and Ashikawa,  N. and Nishimura,  K. and Funaba,  H. and Chikaraishi,  H. and Takeuchi,  N. and Notake,  T. and Ogawa,  H. and Torii,  Y. and Shimpo,  F. and Nomura,  G. and Yokota,  M. and Takahashi,  C. and Kato,  A. and Takase,  Y. and Kasahara,  H. and Ichimura,  M. and Higaki,  H. and Zhao,  Y.P. and Kwak,  J.G. and Yamada,  H. and Kawahata,  K. and Ohyabu,  N. and Ida,  K. and Nagayama,  Y. and Noda,  N. and Komori,  A. and Sudo,  S. and Motojima,  O."},
 journal = {AIP Conference proceedings},
 month = {Sep},
 note = {"It is very important to demonstrate the ability to sustain the plasma in a steady state on the Large Helical Device (LHD), which has external helical magnetic coils and is a superconducting device. The long pulse discharge experiment was carried out using the ion cyclotron range of frequencies (ICRF) heating mainly. The plasma discharge of 31 minutes and 45 seconds was achieved by a total injected heating energy of 1.3GJ. Swing of the magnetic axis to scatter the local heat load on the divertor plate was one of the key methods for the steady state operation. The repetitive hydrogen pellet injection was tried successfully to fuel the minority hydrogen ions for long pulse operation."},
 title = {Long Pulse Plasma Heating Experiment by Ion Cyclotron Heating in LHD},
 volume = {Vol.787},
 year = {2005}
}