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您的检索式：作者名="J. MIYAZAWA"
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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 | 用日本500年的烈度记录数据检验地震危险性图显示文摘日本地震调查研究推进总部(HERP)使用1498~2007年日本烈度的记录数据绘制出地震最大烈度图,并用于对概率地震危险性图(PSHM)进行检验。假定为泊松分布(50年10%),将历史烈度图与475年重现期的可能最大烈度危险图进行了比较。我们注意三种情况:所有的地震情况、只包括俯冲带地震的情况和不包括俯冲带地震的所有地震的情况。俯冲带上的大逆冲型地震造成了沿太平洋海岸一侧的高烈度带,而内陆地壳型地震造成高烈度是在整个日本零散分布的。对于所有地震的情况以及俯冲带地震的情况,过去500年记录的最大烈度图和源于概率地震危险性图的500年重现期的最大预测烈度图非常相似。然而对第三种情况,即只包括陆地地壳地震时,其相关性很弱。如果我们只考虑面积的大小,而不是具体位置,对于所有三种情况来说,在日本气象厅(JMA)烈度大于4时,记录烈度图和概率地震危险性图(用最大地震的情况下)有高度的相关性。从统计上来说,日本目前的危险性图似乎与过去的烈度分布相一致。即使危险性图可能强烈依赖于概率地震危险性图的不确定性模型参数,但可以被认为是比较合适的危险性图。 | M. Miyazawa J. Mori 陈鲲(译) 金严(校) | 2010 | 世界地震译丛2010，41，3： | 0 |
| 3 | 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 |
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