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| 1 | ICRF Heated Long-Pulse Plasma Discharges in LHD显示文摘A long-pulse plasma discharge for more than 30 min.was achieved on the LargeHelical Device(LHD).A plasma of n_e=0.8×10^(19)m^(-3)and T_(iO)=2.0 keV was sustained withP_(ICH)=0.52 MW,P_(ECH)=0.1 MW and averaged P_(NBI)=0.067 MW.Total injected heatingenergy was 1.3 GJ,which was a quarter of the prepared RF heating energy.One of the keys to thesuccess of the experiment was a dispersion of the local plasma heat load to divertors,accomplishedby shifting the magnetic axis inward and outward. | R. KUMAZAWA T. SEKI T. MUTOH K. SAITO T. WATARI Y. NAKAMURA M. SAKAMOTO T. WATANABE S. KUBO T. SHIMOZUMA Y. YOSHIMURA H. IGAMI Y. TAKEIRI Y. OKA K. TSUMORI M. OSAKABE K. IKEDA K. NAGAOKA O. KANEKO J. MIYAZAWA S. MORITA K. NARIHARA M. SHOJI S. MASUZAKI M. GOTO T. MORISAKI B. J. PETERSON K. SATO T. TOKUZAWA N. ASHIKAWA K. NISHIMURA H. FUNABA H. CHIKARAISHI T. NOTAKE Y. TORII H. OKADA M. ICHIMURA H. HIGAKI Y. TAKASE H. KASAHARA F. SHIMPO G.NOMURA C.TAKAHASHI M.YOKOTA A. KATO 赵燕平 J. S. YOON J. G. KWAK H. YAMADA K. KAWAHATA N. OHYABU K. IDA Y. NAGAYAMA N. NODA A. KOMORI S. SUDO O. MOTOJIMA | 2006 | Plasma Science and Technology2006，8，1： | 4 |
| 2 | Integrated experiments of fast ignition targets by Gekko-XII and LFEX lasers显示文摘 | H. Shiraga S. Fujioka M. Nakai T. Watari H. Nakamura Y. Arikawa H. Hosoda T. Nagai M. Koga H. Kikuchi Y. Ishii T. Sogo K. Shigemori H. Nishimura Z. Zhang M. Tanabe S. Ohira Y. Fujii T. Namimoto Y. Sakawa O. Maegawa T. Ozaki K.A. Tanaka H. Habara T. Iwawak | 2012 | High Energy Density Physics2012，，3： | 2 |
| 3 | Feasibility study of twin roll casting process for magnesium alloys显示文摘 | H. Watari T. Haga N. Koga K. Davey | 2007 | Journal of Materials Processing Tech2007，，： | 1 |
| 4 | Real-time impedance matching system using liquid stub tuners in ICRF heating显示文摘 | K. Saito R. Kumazawa C. Takahashi M. Yokota H. Takeuchi T. Mutoh T. Seki F. Shimpo G. Nomura T. Watari A. Komori Y. Torii J.S. Yoon J.G. Kwak Y. Zhao | 2006 | Fusion Engineering and Design2006，，23： | 1 |
| 5 | Review of Divertor Studies in LHD显示文摘In the Large Helical Device(LHD),two different divertor configurations,i.e.helicaldivertor(HD)and local island divertor(LID),are utilized to control the edge plasma.The HDwith two X-points is an intrinsic divertor for heliotron devices,accompanied with a relatively thickergodic layer outside the confinement region.Edge and divertor plasma behavior from low densityto high density regimes is presented,referring to the divertor detachment.The effect of the ergodiclayer on the edge transport is also discussed.On the other hand,the LID is an advanced divertorconcept which realizes a high pumping efficiency by the combination of an externally inducedmagnetic island and a closed pumping system.Experimental results to confirm the fundamentaldivertor performance of the LID are presented. | T. MORISAKI S. MASUZAKI A. KOMORI N. OHYABU M. KOBAYASHI J. MIYAZAWA M. SHOJI 高翔 K. IDA K. IKEDA O. KANEKO K. KAWAHATA S. KUBO S. MORITA K. NAGAOKA H. NAKANISHI K. NARIHARA Y. OKA M. OSAKABE B. J. PETERSON S. SAKAKIBARA R. SAKAMOTO T. SHIMOZUMA Y. TAKEIRI K. TANAKA K. TOI, K. TSUMORI K. Y. WATABABE T. WATARI H. YAMADA I. YAMADA 严龙文 杨青巍 杨愚 Y.YOSHIMURA M. YOSHINUMA O. MOTOJIMA | 2006 | Plasma Science and Technology2006，8，1： | 0 |
| 6 | Zonal Flows and Geodesic Acoustic Mode Oscillations in Tokamaks and Helical Systems显示文摘This paper reviews the theoretical foundations of zonal flow,putting emphasis onthe linear response function of plasma to the external flow drive.An extension of the theory ismade in order to apply it to helical systems and to study the properties of the zonal flow in thelow frequency range.Further refinement of the theory is made incorporating the orbital effects ofparticles more precisely,and the role of neoclassical polarization current is identified. | T. WATARI Y. HAMADA A. NISHIZAWA T. NOTAKE N. TAKEUCHI | 2006 | Plasma Science and Technology2006，8，1： | 0 |
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