[1A01]Formation behavior and adhesion strength of protective oxide layer on FeCrAl-ODS alloys
*Yoshiki Kitamura1, Naoko Oono2, Yoshimitsu Hishinuma3, Masatoshi Kondo1(1. Tokyo Tech, 2. Yokohama Natl. Univ., 3. NIFS)
2023 Annual Meeting
Mar 13 - Mar 15, 2023Tokyo University Komaba Campus
You can search for presentations in this event.
Search
2023 Annual Meeting
Mar 13 - Mar 15, 2023Tokyo University Komaba Campus
You can search for presentations in this event.
SearchSearch Results(565)
[1A02]Investigation on repair technique of functional coatings by recoating
*Tetsuma Ito1, Hikaru Fujiwara1, Kento Shirota1, Wataru Matsuura1, Kheim Do Duy1, Yuka Shimizu1(1. Shizuoka University )
[1A03]Fabrication and characterization of silica-based functional coating
*Yuka Shimizu1, Hikaru Fujiwara1, Kento Shirota1, Wataru Matsuura1, Tetsuma Ito1, Takumi Chikada1(1. Shizuoka Univ.)
[1A04]α-Al2O3 layer formation on inner surface of APMT tube for reduction of MHD pressure drop in liquid metal blanket manifold system
*Ryuhei Muto1, Ryunosuke Nishio1, Teruya Tanaka2, Masatoshi Kondo1(1. Tokyo Tech, 2. NIFS)
[1A05]Reduction of MHD pressure drop by electrical insulating α-Al2O3 layer on FeCrAl-ODS alloys in liquid breeder blankets of fusion reactors
*Ryunosuke Nishio1, Teruya Tanaka2, Naoko Oono3, Masatoshi Kondo1(1. Tokyo Tech, 2. NIFS, 3. Yokohama Natl. Univ. )
[1A06]Lithium isotope distribution between liquid metal and ternary chloride molten salt
*Ryo Ito1, Fu Nomoto1, Shun Aratani1, Keisuke Mukai1, Juro Yagi1(1. Kyoto Univ.)
[1A_GM]General Meeting
[1A_PL01]Unit system --the new organization of NIFS for interdisciplinary development of fusion scince
*Zensho Yoshida1(1. NIFS)
[1A_PL02]Creation of materials concerting with various fields of ultrahigh flux
*Takuya Nagasaka1(1. NIFS)
[1A_PL03]Fusion Engineering Research in the "Transports in plasma multi-phase matter system" Unit
*Suguru Masuzaki1(1. NIFS)
[1A_PL04]Academic plan of Applied Superconductivity and Cryogenics Unit
*Naoki Hirano1(1. NIFS)
[1A_PL05]Potential for new energy production in the fusion power complex and its safety
*Naoko Ashikawa1(1. NIFS)
[1A_PL06]Recent activities and expectations for research progress of Toshiba Energy Systems and Solutions Corporation
*Atsuro Hayakawa1(1. NIFS)
[1A_PL07]Discussion
All Presenters
[1A07]High Accurate Evaluation of Deuterium and Helium Behavior in Tungsten by STEM-EELS
*Kohei Sano1, Tomoya Sawae1, Mitsutaka Haruta2, Hiroki Kurata2, Mitsutaka Miyamoto1(1. Shimane Univ., 2. Kyoto Univ.)
[1A08]Effects of Mo or Zr Addition on Plasma Irradiation Resistance of W-Y2O3 Alloy
*Qiu Xu1, Mitsutaka Miyamoto2, Masayuki Tokitani3, Koichi Sato4(1. Institute for Integrated Radiation and Nuclear Science, Kyoto University, 2. Shimane University, 3. National Institute for Fusion Science, 4. Kagoshima University)
[1A09]Strain reduction in tungsten due to annealing and change in hydrogen isotope permeation behavior.
*Hiroki Yata1, Kobayashi Makoto1,2, Takuya Nagasaka1,2(1. The Graduate University for Advanced Studies, 2. National Institute for Fusion Science)
[1A10]Role of nuclear transmuted Re on tungsten by HD mixed plasma irradiation Hydrogen isotope permeation behavior for W-Re alloy by HD mixed plasma exposure
*Yuzuka Hoshino1, Naoko Ashikawa2, Yasuhisa Oya1(1. Shizuoka Univ., 2. NIFS)
[1A11]Evaluation of irradiation defects in REBCO with first-principal calculation
*Kota Sakurai1, Naoko Oono1(1. Yokohama Natl. Univ.)
[1A12]In-situ observation of gas retention behavior in Be using TEM equipped with a mass spectrometer
*Tomoya Nakao1, Tomoya Sawae1, Shinsuke Okubo1, Mitsutaka Miyamoto1(1. Shimane Univ.)
[1A13]Changes in Tritium Release Behavior of Li2TiO3-Li4SiO4 Mixed Ceramic Materials by Lead Addition Rate
*Asahi Sanfukuji1, Qilai Zhou2, Tan Guangfan3, Makoto Koayashi4, Yasuhisa Oya1(1. Shizuoka Univ., 2. Wuhan University of Technology, 3. University of Science and Technology Beijing, 4. NIFS)
[1A14]Effect of irradiation dose on tritium release behavior of neutron irradiated Li2TiO3-Li4SiO4 mixed ceramic
*Qilai Zhou1,2, Asahi Sanfukuji1, Tan Guangfan1,3, Oya Yasuhisa1(1. Shizuoka Univ., 2. Wuhan Univ. of Technol., 3. The Univ. of Sci. and Technol. Beijing)
[1A15]Comparison of tritium recovery behavior in Li2TiO3-Li4SiO4 ceramic pebbles and powder irradiated with neutron
*Guangfan Tan1, sanfukuji asahi2, hirata shiori2, Qilai Zhou3, Yasuhisa Oya2, Yingchun Zhang1(1. University of Science and Technology Beijing., 2. Shizuoka Univ., 3. Wuhan University of Technology.)
[2A01]tritium release behavior from nutron irradiated LiALO2 for tritium production in high temperature gas reactor
*HIROKI Hiroki ISOGAWA1, Kazunari Katayama1, Hideaki Matuura1(1. KYUSHU UNIVERSITY)
[2A02]Study on T production using high-temperature gas-cooled reactor for fusion reactors(1) Evaluation experiment for tritium confinement performance of cylindrical Zr using the test assembly
*Kazunari Katayama Katayama1, Hiroki Isogawa1, Hideaki Matsuura2, Teppei Otsuka3, Minoru Goto4, Shigeaki Nakagawa4, Etsuo Ishitsuka4(1. Kyushu Univ. Eng. Sci., 2. Kyushu Univ. Eng., 3. Kindai Univ., 4. JAEA)
[2A03]Study on T production using high-temperature gas-cooled reactor for fusion reactors(2) Hydrogen absorption properties of Ni coated hydrogen storage metals co-existed with oxides
*Teppei Otsuka1, Kazuki Yamashita1, Hideaki Matsuura2, Kazunari Katayama2, Minoru Goto3, Shigeaki Nakagawa3, Etsuo Ishizuka3, Shinpei Hamamoto4(1. Kindai Univ., 2. Kyushu Univ., 3. JAEA, 4. Blossom Energy)
[2A04]Study on T production using high-temperature gas-cooled reactor for fusion reactors(3) Hydrogen-absorption performance of Ni-coated Zr spheres and preparation of the irradiation test module
*Hideaki Matsuura1, Taisei Abe1, Kanta Kitagawa1, Hiromi Kawai1, Kazunari Katayama2, Teppei Otsuka3, Minoru Goto4, Shigeaki Nakagawa4, Etsuo Ishitsuka4, Shinpei Hamamoto5(1. Kyushu Univ., 2. Kyushu Univ. Eng. Sci, 3. KINDAI Univ., 4. Kyushu University, 5. Blossom Energy)
[2A05]Study on T production using high-temperature gas-cooled reactor for fusion reactors(4) Feasibility study on irradiation test for tritium production capsule
*Etsuo Ishitsuka1, Hai Quan Ho1, Yosuke Shimazaki1, Shigeaki Nakagawa1, Minoru Goto1, Hideaki Matsuura2, Teppei Otsuka3, Kazunari Katayama2, Kazuhiko Iigaki1(1. Japan Atomic Energy Agency, 2. Kyushu University, 3. Kindai University)
[2A_PL01]Activities of "Investigation Committee on Agora on Nuclear Energy"
*Nobuaki Sato1(1. Tohoku Univ.)
[2A_PL02]Human resource dvelopment and needs of facilities for nuclear material and radioisotopes
*Mituru Uesaka1(1. Japan Atomic Energy Commission)
[2A_PL03]Issues in radioisotope facilities at the University
*Hiroshi Watabe1(1. Radiation Safety Council of Universities in Japan, Tohoku Univ.)
[2A_PL04]Overall discussion
Nobuaki Sato1, Mituru Uesaka2, Hiroshi Watabe3, Tomohiko Arai4, Naoki Kumagai5, Yasushi Morishita5(1. Tohoku Univ., 2. Japan Atomic Energy Commission, 3. Radiation Safety Council of Universities in Japan, Tohoku Univ., 4. MEXT, 5. NRA)
[2A06]Fuel System for Small Scale Low Power Fusion Experimental Plants
*satoshi konishi1(1. Kyoto Fusioneering Ltd.)
[2A07]Tritium continuous recovery from Liquid Lithium-Lead droplets
*Fumito Okino1, Yukinori Hamaji 2, Teruya Tanaka2, Juro Yagi1(1. Institute of Advanced Energy, Kyoto University, 2. National Institute for Fusion Scienece)
[2A08]Modeling of hydrogen isotopes retention behavior in pure vanadium.
*Makoto Inami Kobayashi1,2, Yuji Yamauchi3, Takuya Nagasaka1,2(1. National Institute for Fusion Science, 2. The Graduate University for Advanced Studies, 3. Hokkaido University)
[2A09]Evaluation of response of beta ray induced X-ray spectrum with tritium depth by Monte Carlo simulation
*Masanori Hara1, Satoshi Akamaru1, Yuya Fujimoto1, Tsukasa Aso2(1. Univ. of Toyama, 2. NIT Toyama College)
[2A10]Evaluation of physical properties of proton conductor cells fabricated by microwave sintering
*Kosuke Kataoka1, Hiroyuki Tamiya1, Keisuke Mukai1, Juro Yagi1(1. KYOTO Univ.)
[2A11]Quantification of Lithium Mass Loss from Advanced Tritium Breeding Material Li2TiO3 + 20wt% Li2ZrO3.
*Akito Ipponsugi1, Kazunari Katayama1, Tsuyoshi Hoshino2(1. Kyushu University, 2. QST)
[3A01]Progress of wall recycling control using low Z impurity powders in LHD
*Naoko Ashikawa1,2, Zhen Sun3, Tetsutaro Oishi1,2, Tomoko Kawate1,2, Mikiro Yoshinuma1, Robert Lunsford3, Yasuhiro Suzuki4(1. NIFS, 2. SOKENDAI, 3. PPPL, 4. Hiroshima Univ.)
[3A02]Development of Divertor Heat Removal Component Using Tungsten-Copper Alloy Bonding with SPS Method
*Takanori Murase1, Tomohiro Morisaki1,2, Yuki Hayashi1,2, Hiroaki Sakata3, Shinji Kitagaki3, Yuta Takahashi3, Yohei Nakajima3(1. NIFS, 2. SOKENDAI, 3. TOHO KINZOKU)
[3A03]Fabrication of W/RAFM steel joint by combined joint method
*Toyo Yamashita1, Masayuki Tokitani2, Hiroyuki Noto2, Yukinori Hamaji2, Jingjie Shen2, Suguru Masuzaki2, Takeo Muroga2, Takashi Nozawa3, Hiroyasu Tanigawa3(1. SOKENDAI, 2. NIFS, 3. QST)
[3A04]Evaluation of conductor structure, temperature, and magnetic field dependence of joint resistance in mechanical edge joint for remountable high-temperature superconducting magnet
*Kazuya Suzuki1, Satoshi Ito1, Hidetoshi Hashizume1(1. Tohoku University)
[3A05]Effect of target cooling for long time heat flux monitoring
*Hiroto Matsuura1, Son Xuan Nhat Bui2(1. Osaka Metropolitan University, 2. Osaka Prefecture University)
[3A06]Development of gas pressure distribution calculation method applicable to divertor exhaust path
*Atsushi Okamoto1, Konan Yagasaki1, Minami Sugimoto1, Shunya Higuchi1, Muneo Koike1, Koki Sato1, Yuto Yamada1, Takaaki Fujita1(1. Nagoya Univ.)
[3A07]Experimental Study on Li fire with the heat insulator employed in the liquid Li target loop of a fusion neutron source
*Shunsuke Kenjo1, Makoto Oyaidzu1, Kazuhiro Obata1, Kentaro Ochiai1, Satoshi Sato1(1. QST)
[3A08]Study on inner flow structure of high-speed Li jet flowing along in concave channel
*Daichi Hagari1, Takafumi OKITA1, Eiji HOASHI1(1. OSAKA UNIVERSITY)
[3A09]Informing a Fusion Regulatory Framework via Radiation Risk StudiesComparative Analysis of Radiation Risk Based on European Studies for fusion and Radiation Risk Curves
*Takashi Ino1, Satoshi Konishi1, Gérald Degreef1, Colin Baus1, Paul Barron1, Reuben Holmes1,2(1. Kyoto Fusioneering, 2. UTokyo)
[3A_PL01]Application of the graded approach in decommissioning
*Ken-ichi Tanaka1(1. IAE)
[3A_PL02]Application of the Graded Approach to Safety Assessment in Decommissioning Planning
*Seiichi Kudo1(1. MHI)
[3A_PL03]Discussion
Koji Okamoto1, Ken-ichi Tanaka2, Seiichi Kudo3(1. Utokyo, 2. IAE, 3 MHI)
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