▼Symposium →JP Version

昨年の年会から新たに領域制（基礎、応用、核融合プラズマ、核融合炉工学）が導入され、シンポジウムや招待講演については、これらの領域からの企画分と一般公募分で構成します。年会の魅力を高め、多くのプラズマ・核融合学会会員、及び関連他学会の会員の方にご参加いただけるようなプログラムを企画したいと考えています。 新しい年会に向けて，会員皆様のお力添えをいただきますよう，よろしくお願い申し上げます。

　
11月 29日(金) 9:45-11:45
　Achievement of BA Phase I and Plan of BA Phase II 【領域提案】

• 1.Introduction Satoru Higashijima, (QST)
• 2.Summary and perspectives from the viewpoint of JA Gov.　Tomohiko Arai (,MEXT)
• 3. Achievements and perspectives of IFERC project 　Nakajima Noriyoshi (IFERC Project Leader)
• 4.Achievements and perspectives of IFMIF/EVEDA project 　Philippe Cara (IFMIF/EVEDA Project Leader)
• 5.Achievements and perspectives of Satellite Tokamak project Yutaka Kamada (STP Project Leader)
• 6.Expectations from the viewpoint of Advanced Plasma Research Yuichi Takase Univ. of Tokyo)
• 7.Expectations from the viewpoint of Fusion Reactor Engineering R&D Takayuki Terai (Univ. of Tokyo)
• 8.General discussion

11月 30日(土) 16:15-18:15
　Reduction of Lawson Criteria New Generations of In-Flight Muon Catalyzed Fusin （IFMCF）

• 1.New development of muon fusion reactor　Iiyoshi Atsuo (Chubu. Univ)
• 2.Advances of theories on in-flight muon catalyzed fusion 　Kino Yasushi (Tohoku Univ.)　
• 3.Basic parameter of IFMCFI Sato Motoyasu (Chubu. Univ)
• 4.A method for generating high pressure flow conditions by RAM pressurization in supersonic wind tunnel 　Tanahashi Yoshiharu (Chubu. Univ)　　　　　　　　　　　　　　　　　　
• 5.Calculations for LLFP processing by fusion neutron Yamamoto Norimasa (Chubu. Univ)
• 6.Intense and compact negative muon source on energy efficiency of muon catalyzed fusion Mori Yoshiharu(Kyoto Univ.)　
• 7.Discussion

11月 30日(土) 16:15-18:15
　The Dawn of Plasma Science to Modulate the Electric Charge on the Biomolecules and Biomaterials

• 1.Introduction　SAKAKITA Hajime（AIST）
• 2.Modulation of dispersion stability for serum protein by through the plasma electrification　Ikehara Yuzuru（Chiba Univ.）
• 3.Drug design based on the function of sugar chains　山本一夫（Univ. Tokyo）
• 4..Surface potential imaging of materials　Kikunaga Kazuya（AIST）
• 5.Exploring by Molecular Science Calculations - Construction of the Interactive Model to elucidate the responses of the biomembrane to the electric charges supplied by plasma 　Uchida Satoshi（TMU）
• 6.Discussion　Shiratani Masaharu（Kyushu univ.）

11月 30日(土) 16:15-18:15
　Global characteristics of Fluctuation in Toroidal Plasmas and Profile Formation

• 1. Introduction　Yasuaki Kishimoto（Kyoto Univ.)
• 2. Recent advances in studies on nonlocal transport research T.S. Hahm（Seoul National Univ.)
• 3. Non-local and non-diffusive turbulent transport from global gyro-kinetic simulation Yasuaki Kishimoto（Kyoto Univ.)
• 4.Turbulence and transport in magnetic island　Katsumi Ida（NIFS）
• 5. Effect of magnetic structure on fluctuation and transport including MHD aspec Akihiro Ishizawa(Kyoto Univ.)
• 6. PLATO experiment and project for global nature of turbulence and structural formation Akihide Fujisawa(Kyushu Univ.)
• 7. Discussions

11月 30日(土) 16:15-18:15
　Efforts to resolve tritium issues for DEMO

　
• 1.Introduction __ Kenji Tobita (QST)
• 2.Requirements and challenges for DEMO-relevant tritium issues __ Ryoji Hiwatari (QST)
• 3.Tritium management strategy for DEMO __ Yuji Torikai (Ibaraki University)
• 4.Basic concept of tritium fuel cycle on DEMO __ Yasunori Iwai (QST)
• 5.Strategy for securing initial loading tritium __ Hideaki Matsuura (Kyushu University)
• 6.Attempt to assess tritium inventory in DEMO reactor __ Youji Someya (QST)
• 7.Discussion

12月 1日(日) 8:45-10:45
　プラズマ理工学 -タンパク質科学による未踏領域の開拓と基盤確立をめざして 【領域提案】

• 1.Introduction Takamichi Hirata （TCU）
• 2.Study on controls of protein activity by partial oxidation Katsuhisa Kitano1, Satoshi Ikawa2, Takashi Yokoyama1, Tamotsu Zako3, Kentaro Shiraki4 1 Eng., Osaka Univ., 2 ORIST, 3 Sci., Ehime Univ. 4 App. Phys., Tsukuba Univ.
• 3.Phosphorylation of MAPK and activity variation of cells irradiated with oxygen plasma Nobuya Hayashi1, Reona Aijima2, Yoshio Yamashita2 1 Kyushu Univ., 2 Saga Univ.)
• 4.Enzyme activity control via protein conformational change by electric field applying Kouichi Takagi, Katsuyuki Takahashi Iwate Univ.
• 5.Protein introduction into plant cells by temperature-controlled plasma irradiation Yusuke Iijima, Syohei Moriya, Yuma Suenaga, Yuki Yanagawa, Ichiro Mitsuhara and Akitoshi Okino FIRST, Tokyo Tech, NARO
• 6.Modelling on intracellular metabolic network perturbed by plasma Tomoyuki Murakami Seikei Univ.
• 7. Discussion　

12月 1日(日) 8:45-10:45
　大型核融合実験装置におけるPWI研究の進展 【領域提案】

• 1. 趣旨説明　波多野雄治（富山大学　）
• 2. Overview of Plasma-Surface Interaction Studies with JET ITER-Like Wall （JET-ILW）Anna Widdowson(,JET)　
• 3. JET-ILW実験で使用されたWダイバータタイルおよびBeリミタタイルの微細構造 時谷政行（NIFS）
• 4. JET-ILW実験で使用されたWダイバータタイルおよびBeリミタタイルの水素同 位体保持特性　大矢恭久（静岡大）
• 5. JET-ILW実験で生成されたダストの特性　大塚哲平（近畿大）
• 6.LHD重水素実験におけるプラズマ壁相互作用　増崎 貴（NIFS）
• 7. 今後の展開　朝倉伸幸（QST）
• 8.総合討論

12月 2日(月) 8:30-10:30
　Progress and Future of Laser Fusion Research for Energy Resource

• 1.Objective, Yoshitaka Mori (GPI)
• 2.Recent progress of NIF experiments and near-term goal, Yasuhiko SENTOKU (ILE, Osaka university)
• 3.Progress of fast ignition laser fusion integrated experiments and target design toward ignition, Tomoyuki JOHZAKI (Hiroshima University)
• 4.Possibility of fusion reactor research and development using repetitive laser, Akifumi IWAMOTO (NIFS)
• 5.Technology status toward laser inertial fusion energy reactor Eisuke MIURA (AIST)
• 6.Discussions, Ryuta KASADA (IMR, Tohoku university)