Nagayama Y | Research Institute For Applied Mechanics Kyushu University

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概要

• 同名の論文著者
• Research Institute For Applied Mechanics Kyushu Universityの論文著者

関連著者

• 長山 好夫

  核融合科学研究所

• Nakamura Yoji

  Department of mechanical and System Engineering,Ryukoku University

• SHIGA Masayuki

  Department of Materials Science and Engineering, Kyoto University

• Shiga Masayuki

  Department Of Material Science And Engineering Kyoto University

• Wada Hirofumi

  Department of Materials Science and Engineering,Kyoto University

• YOSHIE Hiroshi

  Department of Physics, Faculty of Science, Shinshu University

• 長山 好夫

  核融合研

• 竹入 康彦

  National Institute for Fusion Science

• NAGAI Hiroyuki

  Department of Physics, Faculty of Science, Shinshu University

• Yokoyama Makoto

  Department Of Materials And Biological Sciences Faculty Of Science Ibaraki University

• 西尾 敏

  日本原子力研究開発機構

• Narihara K

  National Institute For Fusion Science

• 森崎 友宏

  National Institute for Fusion Science

• SATO Motoyasu

  National Insitute for Fusion Science

• 稲垣 滋

  九州大学応用力学研究所

• 森崎 友宏

  核融合研

• YOSHIMURA Kazuyoshi

  Department of Chemistry, Graduate School of Science, Kyoto University

• 伊藤 早苗

  九州大学応用力学研究所

• Morita S

  National Institute For Fusion Science

• 冨田 幸博

  核融合科学研究所

• ISLAM Md.

  Plasma Research Center, University of Tsukuba

• PETERSON Byron

  National Institute for Fusion Science

• 福山 淳

  京大院工

• 西尾 敏

  日本原子力研究所

• 冨田 幸博

  核融合研

• 池田 勝則

  National Institute for Fusion Science

• 大藪 修義

  National Institute for Fusion Science

• IDEI Hiroshi

  National Insitute for Fusion Science

• SUDO Shigeru

  National Insitute for Fusion Science

• AMAKO Yasushi

  Department of Physics, Faculty of Science, Shinshu University

• Islam Md.

  Plasma Research Center University Of Tsukuba

• 日野 友明

  核融合科学研究所

• 徳沢 季彦

  核融合科学研究所

• 山田 弘司

  核融合科学研究所

• 川端 一男

  National Institute For Fusion Science

• 長崎 百伸

  京大エネ理工研

• 宮沢 順一

  National Institute for Fusion Science

• 長壁 正樹

  National Institute for Fusion Science

• 田中 謙治

  National Institute for Fusion Science

• 榊原 悟

  National Institute for Fusion Science

• 竹入 康彦

  核融合科学研究所

• 前川 孝

  京都大学エネルギー科学研究科

• 津守 克嘉

  National Institute For Fusion Science

• 久保 伸

  National Institute for Fusion Science

• 後藤 基志

  National Institute for Fusion Science

• 長山 好夫

  National Institute for Fusion Science

• 坂本 隆一

  National Institute for Fusion Science

• 武藤 貞嗣

  National Institute for Fusion Science

• 岡 良秀

  National Institute for Fusion Science

• 際本 泰士

  京都大学人間・環境学研究科

• Tsvyashchenko A.V.

  LF Vereshchangin Institute of High Pressure Physics

• 稲垣 滋

  National Institute for Fusion Science

• YOSHIMURA Yasuo

  National Insitute for Fusion Science

• KAWAHATA Kazuo

  National Insitute for Fusion Science

• OHYABU Nobuyoshi

  National Insitute for Fusion Science

• IDA Katsumi

  National Insitute for Fusion Science

• ISOBE Mitsutaka

  National Insitute for Fusion Science

• KHLOPENKOV Konstantin

  National Insitute for Fusion Science

• KUMAZAWA Ryuhei

  National Insitute for Fusion Science

• MINAMI Takashi

  National Insitute for Fusion Science

• MORISAKI Tomohiro

  National Insitute for Fusion Science

• NAGAYAMA Yoshio

  National Insitute for Fusion Science

• NAKANISHI Hideya

  National Insitute for Fusion Science

• OKA Yoshihide

  National Insitute for Fusion Science

• OSAKABE Masaki

  National Insitute for Fusion Science

• SAKAKIBARA Satoru

  National Insitute for Fusion Science

• SEKI Tetsuo

  National Insitute for Fusion Science

• SUZUKI Hajime

  National Insitute for Fusion Science

• TAMURA Naoki

  Dept. of Fusion Science, The Grad. Univ for Advanced Studies

• YOKOYAMA Masayuki

  National Insitute for Fusion Science

• 金子 修

  核融合科学研究所大型ヘリカル研究部

• KAKUDA Hidetoshi

  The University of Tokyo, Tokyo 113-0033, Japan

• WATANABE Osamu

  The University of Tokyo, Tokyo 113-0033, Japan

• YAMAGUCHI Takashi

  The University of Tokyo, Tokyo 113-0033, Japan

• SAKAMOTO Takuya

  The University of Tokyo, Tokyo 113-0033, Japan

• HIRATSUKA Junichi

  The University of Tokyo, Tokyo 113-0033, Japan

• EJIRI Akira

  The University of Tokyo, Tokyo 113-0033, Japan

• TAKASE Yuichi

  The University of Tokyo, Tokyo 113-0033, Japan

• 渡邉 聡

  東大工:科技団crest

• Ohoyama K

  Institute For Materials Research Tohoku University

• Ohoyama Kenji

  Department Of Physics Faculty Of Science Tohoku University

• 伊藤 公孝

  核融合研

• 伊藤 早苗

  九大応力研

• 宮沢 順一

  核融合研

• 飯尾 俊二

  東工大・原子炉研

• 飯尾 俊二

  東工大原子炉研

• 飯尾 俊二

  東京工業大学原子炉研究所

• 伊藤 公孝

  核融合科学研

• 高瀬 雄一

  東大新領域

• 間瀬 淳

  九州大学産学連携センター

• 近木 祐一郎

  九州大学産学連携センター

• 吉永 智一

  核融合研

• 杉戸 正治

  核融合研

• 石 中兵

  総研大

• 桑原 大介日

  東工大

• 山口 聡一朗

  関西大

• 近木 祐一郎

  九大産学セ

• 間瀬 淳

  九大産学セ

• 平野 洋一

  産総研

• 小西 哲之

  京都大学エネルギー理工学研究所

• 谷 啓二

  日本アドバンストテクノロジー(株)

• 北条 仁士

  筑波大プラズマ研

• 山口 聡一朗

  関西大学システム理工学部

• 山内 通則

  日本原子力研究所

• 久保 伸

  核融合科学研究所

• 福山 淳

  京都大学大学院工学研究科原子核工学専攻

• 飯尾 俊二

  東京工業大学

• 飯尾 俊二

  東工大原子炉研:核融合研

• 福山 淳

  京大工

• 永岡 賢一

  核融合科学研究所

• 山田 弘司

  National Institute for Fusion Science

• 森崎 友宏

  核融合科学研究所

• 武藤 貞嗣

  核融合科学研究所

• 図子 秀樹

  九州大学応用力学研究所高温プラズマ力学研究センター

• Nakamura Hatsuo

  Faculty Of Engineering Osaka Electro-communication University

• 武藤 敬

  National Institute for Fusion Science

• 森田 繁

  National Institute for Fusion Science

• 徳沢 季彦

  National Institute for Fusion Science

• 金子 修

  National Institute for Fusion Science

• 永岡 賢一

  National Institute for Fusion Science

• 野里 英明

  Department of Frontier Science, University of Tokyo

• 成原 一途

  National Institute for Fusion Science

• 野里 英明

  東大新領域

• TRIBALDOS Victor

  Laboratorio Nacional de Fusion, Associacion EUROTOM-CIEMAT

• 若谷 誠宏

  Graduate School of Energy Science, Kyoto University

• 中村 裕之

  Graduate School Of Material Science University Of Hyogo

• NAKAMURA Hiroyuki

  Department of Materials Science and Engineering, Kyoto University

• IMAI Hideto

  Department of Materials Science and Engineering, Kyoto University

• Inoue Kazuko

  Department of mechanical and System Engineering,Ryukoku University

• Formicheva L.

  LF Vereshchangin Institute of High Pressure Physics

• 前川 孝

  京大エネ

• 図子 秀樹

  応力研

• 川崎 昌二

  九大応力研

• 佐藤 浩之助

  九大応力研

• 長谷川 真

  九大応力研

• 中島 寿年

  九大応力研

• 東島 亜紀

  九大応力研

• 佐藤 哲也

  海洋研究開発機構地球シミュレータセンター

• 平野 洋一

  産業技術総合研究所

• KUBO Shin

  National Insitute for Fusion Science

• SHIMOZUMA Takashi

  National Insitute for Fusion Science

• NOTAKE Takasi

  National Insitute for Fusion Science

• OHKUBO Kunizo

  National Insitute for Fusion Science

• KANEKO Osamu

  National Insitute for Fusion Science

• KOMORI Akio

  National Insitute for Fusion Science

• YAMADA Hiroshi

  National Insitute for Fusion Science

• ASHIKAWA Naoko

  Dept. of Fusion Science, The Grad. Univ for Advanced Studies

• EMOTO Masahiko

  National Insitute for Fusion Science

• FUNABA Hisamichi

  National Insitute for Fusion Science

• GOTO Motoshi

  National Insitute for Fusion Science

• IKEDA Katsunori

  National Insitute for Fusion Science

• INAGAKI Shigeru

  National Insitute for Fusion Science

• KOBUCHI Takashi

  Dept. of Fusion Science, The Grad. Univ for Advanced Studies

• LIANG Yunfeng

  National Insitute for Fusion Science

• MASUZAKI Suguru

  National Insitute for Fusion Science

• MIYAZAWA Jyun-ichi

  National Insitute for Fusion Science

• MORITA Shigeru

  National Insitute for Fusion Science

• MURAKAMI Sadayoshi

  National Insitute for Fusion Science

• MUTO Sadatsugu

  National Insitute for Fusion Science

• MUTO Takashi

  National Insitute for Fusion Science

• NAKAMURA Yukio

  National Insitute for Fusion Science

• NARIHARA Kazumichi

  National Insitute for Fusion Science

• NARUSHIMA Yoshiro

  National Insitute for Fusion Science

• NISHIMURA Kiyohiko

  National Insitute for Fusion Science

• NODA Nobuaki

  National Insitute for Fusion Science

• OHDACHI Satoshi

  National Insitute for Fusion Science

• OZAKI Tetsu

  National Insitute for Fusion Science

• SAGARA Akio

  National Insitute for Fusion Science

• SAITO Kenji

  Dept. of Energy Engineering and Science, Nagoya University

• SAKAMOTO Ryuichi

  National Insitute for Fusion Science

• SASAO Mamiko

  National Insitute for Fusion Science

• SHOJI Mamoru

  National Insitute for Fusion Science

• TAKEIRI Yasuhiko

  National Insitute for Fusion Science

• TAKEUCHI Norio

  Dept. of Energy Engineering and Science, Nagoya University

• TANAKA Kenji

  National Insitute for Fusion Science

• TOI Kazuo

  National Insitute for Fusion Science

• TOKUZAWA Tokihiko

  National Insitute for Fusion Science

• TORII Yuki

  National Insitute for Fusion Science

• TSUMORI Katsuyoshi

  National Insitute for Fusion Science

• WATANABE Kiyomasa

  National Insitute for Fusion Science

• WATANABE Tsuguhiro

  National Insitute for Fusion Science

• WATARI Tetsuo

  National Insitute for Fusion Science

• YAMADA Ichihiro

  National Insitute for Fusion Science

• YAMAMOTO Satoshi

  Dept. of Energy Engineering and Science, Nagoya University

• YAMAMOTO Taro

  Dept. of Energy Engineering and Science, Nagoya University

• YAMAZAKI Kozo

  National Insitute for Fusion Science

• YOSHINUMA Mikiro

  National Insitute for Fusion Science

• MOTOJIMA Osamu

  National Insitute for Fusion Science

• TAKIGAWA Masashi

  Institute for Solid State Physics, University of Tokyo

• 櫻井 真治

  日本原子力研究開発機構

• 櫻井 真治

  Naka Fusion Research Establishment, Japan Atomic Energy Research Institute

• 水口 直紀

  核融合科学研究所

• 水口 直樹

  National Institute for Fusion Science

• 長崎 百伸

  九大応力研

• 花田 和明

  九大応研

• YASUOKA Hiroshi

  Institute for Solid State Physics,University of Tokyo

• GOTO Tsuneaki

  Institute for Solid State Physics,University of Tokyo

• TAKEUCHI Tetsuya

  Low Temperature Center, Osaka University

• OHASHI Masayoshi

  IMR, Tohoku University

• YAMAGUCHI Yasuo

  IMR, Tohoku University

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著作論文

• 30pSP-9 マイクロ波イメージング反射計によるプラズマ揺動計測(30pSP プラズマ宇宙物理(観測,計測,新技術),領域2(プラズマ基礎・プラズマ科学・核融合プラズマ・プラズマ宇宙物理))
• Low Temperature Specific Heat of RMn_2 Compounds with the Hexagonal C14 Structure (R=Y,Yb and Th)
• Increase of Central Ion Temperature after Carbon Pellet Injection in Ne-Seeded NBI Discharges of LHD
• Achievement of 10 keV Central Electron Temperatures by ECH in LHD
• Coexistence of Collisional Drift and Flute Wave Instabilities in Bounded Linear ECR Plasma(Gases, plasmas, electric discharges, and beams)
• NMR Study of Magnetic State of RMn_2 Intermetallic Compounds.II.R=Heavy Rare-Earth
• High Field Magnetization of RMn_2
• 7. 結論-ST炉は解になるのか?(球状トカマクの実用炉への展望-トカマクの低アスペクト比化への挑戦-)
• 球状トカマク炉における液体リチウムダイバータシステム
• Calculation of beam trajectories of a heavy ion beam probe diagnostic in the TST-2 spherical tokamak (特集 核融合炉実用化への課題と球状トカマク研究)
• 6. 先進燃料炉の可能性はあるか?(球状トカマクの実用炉への展望-トカマクの低アスペクト比化への挑戦-)
• Local Impurity Deposition in a Magnetic Island by Means of a Tracer-Encapsulated Solid Pellet in the LHD
• Neutral Density Measurements by Charge Exchange Analysis on the Heliotron E Plasma
• Nuclear Magnetic Resonance of Tb_2Co_7
• Nuclear Magnetic Resonance of PrCo_5
• Improvement of Magnetohydrodynamic Stability and Beta Limit by Toroidal Plasma Current in Heliotron DR
• Recent H-mode Results on ECH Plasmas in Heliotron J
• Relaxation Oscillation in an Ohmic-Heated Heliotron E Plasma with a Zero Rotational Transform Surface
• Electron Cyclotron Emission Diagnostics in the Large Helical Device
• Magnetic Structure of C14-Laves Phase DyMn_2
• Behavior of Time-Resolved Ion Energy Distribution Functions during Ion-Ion Instability
• Suppression of Ion-Ion Instabilities Excited by an Obliquely Injected Ion Beam
• 座談会 : 核融合エネルギーへの期待 : ITERから実用炉に向けて
• 1. 特集にあたって(球状トカマクの実用炉への展望-トカマクの低アスペクト比化への挑戦-)
• Coexistence of Zonal Flows and Drift-Waves in a Cylindrical Magnetized Plasma(Gases, plasmas, electric discharges, and beams)
• Observation of Ion Confining Potential Enhancement due to Thermal Barrier Potential Formation and Its Scaling Law in the Tandem Mirror GAMMA 10
• Causal Relationship between Zonal Flow and Turbulence in a Toroidal Plasma(Gases, plasmas, electric discharges, and beams)
• Reply to Comments by J. Todoroki
• Study of MHD Equilibrium and Stability with Improved Stellarator Expansion Approach (STEP Code)
• Soft X-Ray Tomography of the m=2 Magnetic Island Structure in the JIPP T-II Tokamak
• 26aA16P Study on Distributed Divertor Configuration in a Mirror Cell
• 27pB06P Study on Anchor-cell Plasma Properties of the GAMMA10 Tandem Mirror
• タンデムミラ-GAMMA 10 によるプラズマ閉じ込め
• Calculation of Ballooning Mode Stability Boundary in the GAMMA10 Tandem Mirror : Nuclear Science, Plasmas, Electric Dischanges
• Repulsion-Induced Order Formation in Graphite-Diamondlike Transition of Boron Nitride : A Molecular Dynamics Study (Condensed Matter: Structure, Mechanical and Thermal Properties)
• Multistage Order-Disorder Surface Transition of Si(111)√3×√3-Ag Surface with Defects(Condensed Matter : Structure, Mechanical and Thermal Properties)
• Multistage Order-Disorder Surface Transition of Si(111)√×√-Ag Surface with Defects
• ST-D-^3He炉の検討
• Neutron Diffraction Study of C14-Laves Phase TbMn_2
• Thermal Expansion of C14-Laves Phase RMn_2 (R=Y, Gd, Dy and Yb)
• Magnetic Properties of C14-Laves Phase RMn_2
• High Field Magnetization of C14-Laves Phase RMn_2 : R=Y, Gd, Tb, Dy and Yb
• Low Temperature Specific Heat of Nearly and Weakly Ferromagnetic Y (Co_Al_x)_2
• Stability of Mn Moments and Magnetic Structure of Tb_1-xM_xMn_2(M=Sc and Y)
• Low Temperature Specific Heat of Laves Phase AFe_2Compounds (A=Nb,Ta and Ti)
• Giant Spin Fluctuations in Y_Sc_Mn_2
• Forced Volume Magnetostriction of Fe_(Ni_Mn_x)_ Alloys
• Elastic Anomalies in Fe-Al Spin Glasses
• Forced Volume Magnetostriction of Ferromagnetic and Cluster Glass Fe-Al Alloys
• Little Influence of Kinks on the Formation of c(4×2)Domains in a Si(001)Surface at Low Temperature
• NMR Study of Weakly Itinerant Ferromagnetic Y(Co_Al_x)_2
• Nuclear Magnetic Resonance of GdCo_4B
• Nuclear Magnetic Resonance of ^Co in ErCo_5
• Nuclear Magnetic Resonance of RCo_5. III. R=Ce and Sm
• Nuclear Magnetic Resonance of RCo_5. II.R=Y,Tb,Dy and Ho
• Nuclear Magnetic Resonance Study of YCo_3
• Excitation of the Alfven Ion Cyclotron Mode Solely by the Ion Pressure Distribution
• Charge Exchange Neutral Particle Measurement in Heliotron E
• 29pB15P Study of Plasma Behavior at the Asymmetric Magnetic Field Region of the GAMMA10 Anchor Cell
• Analysis of the Radial Profile of Ion Temperature in ICRF-Heated GAMMA10 Plasmas Including the Effects of Ion Finite Larmor Radius
• Effect of Resonant Electrons on Ion Temperature Gradient Mode in Anisotropic Plasma
• On Energy Exchange between Bi-Maxwellian and Maxwellian Plasma Components
• Gain Curves of a Microchannel Plate Ion Detector for Measurement of End-Loss Ions in the Tandem Mirror
• 第二安定化球状トーラス核融合炉の可能性
• Study of MHD Equilibrium and Stability for Heliotron/Torsatron with Helical Axis
• Hexapole Field Effects on Currentless MHD Equilibrium and Stability of l=2 Heliotron/Torsatron
• Pressure Effects on Nuclear Spin Relaxation Anomalies in La_Ba_xCuO_4
• Experimental Observation of the Density Limit in Hot Ion Mode Plasmas of the GAMMA 10 Tandem Mirror
• Total Electron Scattering Cross Sections for Simple Perfluorocarbons (Atomic and Molecular Physics)
• Total Electron Scattering Cross Sections for Simple Perfluorocarbons
• Kinetic one-Dimensional Ising System on a Narrow Si(001)S_B Terrace
• 核融合炉の経済性向上策
• 高熱流束対応液体金属ダイバータシステム : ダイバータ壁は液体か? -定常核融合炉の技術的課題
• 飛躍の軌跡・核融合-新しい技術を生み出した人びとの経験-, 太田充 著, 株式会社ERC出版, A5版/174頁, ISBN:4900622370, 2006年3月発行, 定価1500円
• マイクロ波イメージング
• 24pXB-5 トカマクにおけるX線CTとECEイメージングを用いたMHD不安定性の研究(領域2シンポジウム主題:プラズマ計測におけるトモグラフィー,領域2(プラズマ基礎・プラズマ科学・核融合プラズマ・プラズマ宇宙物理))
• 球状トカマクはなぜ注目されるのか?
• ST炉の検討
• DD炉の可能性
• 11. ECE計測 (セッションF) : 第12回高温プラズマ計測に関するトピカル会議
• 5. プラズマ揺動とCT計測 : プラズマの揺動解析入門 V
• 鋸歯状崩壊の局所的再結合モデル
• 29p-YL-10 TFTRにおけるHigh-beta collapse
• ^La-NQR Study of Magnetic Phase Diagram of La_Ba_xCuO_4
• Evidence of Successive Magnetic Transition in La_Ba_xCuO_4 : NQR Studies of ^La
• Cu-NQR Study of Successive Magnetic Phase Transition in Antiferromagnetic YBa_2(CuT_x)_3O_6(T=Fe,Co and Ni)
• Transverse Relaxation Rate of Cu-NQR in YBa_2Cu_3O_ and La_Sr_xCuO_4
• 29aC09P Puffing gas flow modulation experiment in the GAMMA 10 tandem mirror
• Fluctuation Measurement Across the Broad Range of the Low-field Side Edge Plasmas in the TST-2 Spherical Tokamak
• QUEST Experiments Towards Steady State Operation of Spherical Tokamaks
• X-ray Measurements during Plasma Current Start-up Experiments using the Lower Hybrid Wave on the TST-2 Spherical Tokamak

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