[PL1A0101]Current status of the heavy ion therapy equipment and future
*Mitsutaka Kanazawa1(1.SAGA-HIMAT)
2016 Fall Meeting
Sep 7 - Sep 9, 2016Kurume City Plaza
You can search for presentations in this event.
Search
2016 Fall Meeting
Sep 7 - Sep 9, 2016Kurume City Plaza
You can search for presentations in this event.
SearchSearch Results(900)
[PL1A0102]Heavy ion therapyCurrent status of the clinical study and future
*Yoshiyuki Shioyama1(1.SAGA-HIMAT)
[PL1A0201]Objective and Scope
*Mitsuru Uesaka1, *Nobuaki Sato2(1.Univ. of Tokyo, 2.Tohoku Univ.)
[PL1A0202]Lawsuit and interim injunction against operation of nuclear power plant
*Jun Masuda1(1.Chuo Univ.)
[PL1A0203]Summary of Study by Social and Environmental Division
*Tsutomu Sata1(1.JAEA)
[PL1A0204]Q&A and General Discussion
*Kohta Juraku1(1.Tokyo Denki Univ.)
[PL1A0301]Opening and welcoming address
*Mitsuru Uesaka1(1.President of AESJ)
[PL1A0302]Joint collaboration address and report of COP21 Paris
*Valerie Faudon1(1.SFEN)
[PL1A0303]Global warming in progress and Increase of CO2 emission in Japan under delay of NPP restart process
*Tadashi Narabayashi1(1.Hokkaido Univ.)
[PL1A0304]Nuclear NPPs Situation and COP21 in France
*Sunil Felix1(1.French Embassy)
[PL1A0305]The role of thermal power plant toward COP21 for load follow in European power grid
*Takashi Kuroishi1(1.MHPS)
[1B01]Corrosion behaviors of Zircaloy in underground waste disposal conditions(1)Corrosion rate
*Tomofumi Sakuragi1, Satoshi Yoshida1, Kato Osamu2, Tateishi Tsuyoshi3(1.rwmc, 2.Kobelco, 3.Kobelco research institute)
[1B02]Corrosion behaviors of Zircaloy in underground waste disposal conditions(2)Property evaluation of Zircaloy oxide
*Yoko Ikeda1, Teppei Otsuka2, Tomofumi Sakuragi3, Satoshi Yoshida3(1.Nippon Steel & Sumikin Technology, 2.Kindai Univ., 3.Radioactive Waste Management Funding and Research Center)
[1B03]Corrosion behaviors of Zircaloy in underground waste disposal conditions(3)Factors influencing corrosion behaviors of Zircaloy
*Teppei Otsuka1, Kenichi Hashizume2, Osamu Kato3, Tsuyoshi Tateishi4, Tomofumi Sakuragi5, Satoshi Yoshida5(1.Kindai Univ., 2.Kyushu Univ., 3.Kobelco, 4.Kobelco research Inst., 5.RWMC)
[1B04]Tritium diffusion in oxygen-dissolved zirconium
*takaya moritama1, Kenichi Hashizume1, Teppei Otsuka2, Osamu Kato3, Tsuyoshi Tateishi4(1.Interdisciplinary Graduate School of Engineering Sciences, Kyushu University, 2.Kindai University, 3.KOBE STEEL, LTD, 4.KOBELCO RESEARCH INSTITUTE. INC)
[1B05]Effects of Dissolved Oxygen on Corrosion behavior of NITE-SiC/SiC Cladding under High Temperature/Pressurized Water
*Naofumi Nakazato1, Joon-Soo Park2, Masato Honma2, Eri Yanagiya2, Hirotatsu Kishimoto1, Akira Kohyama2(1.Muroran Institute of Technology, 2.OASIS, Muroran Institute of Technology)
[1B06]Microstructure and Mechanical Properties of Bonding Interface of NITE-SiC/SiC Composite by Brazing
*Atsuki Yoshihara1, Yuuki Asakura2, Naofumi Nakazato1, Joon-Soo Park2, Hirotatsu Kishimoto1, Akira Kohyama2(1.Muroran Institute of Technology, 2.Muroran Institute of Technology Organization of Advanced Susta inability Initiative for Energy System/Materials)
[1B07]R&D of advanced stainless steels for BWR fuel claddings(1)Overview of project
*Kan Sakamoto1, Mutsumi Hirai1, Shigeharu Ukai2, Akihiko Kimura3, Kazuyuki Kusagaya4, Takao Kondo6, Shinichiro Yamashita5(1.NFD, 2.Hokkaido Univ., 3.Kyoto Univ., 4.GNF-J, 5.JAEA, 6.Hitachi GE)
[1B08]R&D of advanced stainless steels for BWR fuel claddings(2)Lattice and whole core evaluation
*Sho Takano1, Daisuke Goto1, Kazuyuki Kusagaya1, Kan Sakamoto2, Mutsumi Hirai2, Shigeharu Ukai3, Akihiko Kimura4, Shinichiro Yamashita5(1.GNF-J, 2.NFD, 3.Hokkaidou Univ., 4.Kyoto Univ., 5.JAEA)
[1B09]R&D of advanced stainless steels for BWR fuel claddings(3)Fuel behavior analysis
*Kazuyuki Kusagaya1, Kan Sakamoto2, Mutsumi Hirai2, Shigeharu Ukai3, Akihiko Kimura4, Shinichiro Yamashita5(1.GNF-J, 2.NFD, 3.Hokkaido Univ., 4.Kyoto Univ., 5.JAEA)
[1B10]R&D of advanced stainless steels for BWR fuel claddings(4)Manufacturing of FeCrAl-ODS steels
*Shigeharu Ukai1, Naoko Oono1, Kan Sakamoto2, Mutsumi Hirai2, Akihiko Kimura3, Kazuyuki Kusagaya4, Shinichiro Yamashita5(1.Hokkaido University, 2.NFD, 3.Kyoto University, 4.GNF-J, 5.JAEA)
[1B11]R&D of advanced stainless steels for BWR fuel claddings(5)Tritium permeability measurement
*Mutsumi Hirai1, Kan Sakamoto1, Shigeharu Ukai2, Akihiko Kimura3, Kazuyuki Kusagaya4, Teppei Otsuka5, Shinichiro Yamashita6(1.NFD, 2.Hokkaido Univ., 3.Kyoto Univ., 4.GNF-J, 5.Kyushu Univ., 6.JAEA)
[1B12]R&D of advanced stainless steels for BWR fuel claddings(6)Welding and inspection
*Akihiko Kimura1, Kan Sakamoto2, Mutsumi Hirai2, Shigeharu Ukai3, Shinichiro Yamashita4, Kazuyuki Kusagaya5(1.Kyoto Univ., 2.NFD, 3.Hokkaido Univ., 4.JAEA, 5.GNF-J)
[1B13]R&D of advanced stainless steels for BWR fuel claddings(7)Irradiation behavior evaluation
*Shinichiro Yamashita1, Keietsu Kondo1, So Aoki1, Naoyuki Hashimoto2, Shigeharu Ukai2, Kan Sakamoto3, Mutsumi Hirai3, Akihiko Kimura4, Kazuyuki Kusagaya5(1.JAEA, 2.Hokkaido Univ., 3.NFD, 4.Kyoto Univ., 5.GNF-J)
[1B14]Microstructural evolution in Fe-Cr-Al alloys under irradiation
*Kodai Toyota1, Naoyuki Hashimoto1, Shigehito Isobe1(1.Hokkaido University)
[1B15]Environmental compatibility evaluation of extra high purity stainless steel cladding material
*Junji Etoh1, Takaki Ashida1, Takamasa Ochiai1, Kiyoshi Kiuchi1, Masayuki Takizawa1, Junpei Nakayama2(1.MItsubishi Research Institute, Inc., 2.KOBE STEEL, LTD.)
[1B16]Microstructural change of duplex stainless steels after irradiation
*Yuta Suzuki1, Naoyuki Hashimoto1, Shigehito Isobe1(1.Hokkaido University)
[1B17]Mo effect on microstructure of neutron-irradiated stainless steel welds
*Katsuhiko Fujii1, Koji Fukuya1(1.Institute of Nuclear Safety System)
[1B18]Microstructure analysis on thermally aged stainless overlay cladding using X-ray absorption
*Keiko Iwata1, Hisashi Takamizawa1, Yoosung Ha1, Iwao Shimoyama1, Yoshihiro Okamoto1, Hiroshi Kojima2, Ren Mayumi2, Akihiro Iwase2, Yasuyoshi Nagai3, Yutaka Nishiyama1(1.JAEA, 2.OPU, 3.Tohoku Univ.)
[1B19]Application of neural-network based hardness prediction method to laser temper bead weldment of A533B steel
*taisei aramoto1, rina yu2, masahito mochizuki2, kazuyoshi saida2, kazutoshi nisimoto2, naoki chigusa3(1.Fukui University of Technology, 2.Osaka University, 3.The Kansai Electric Power Co., Inc)
[1B20]Compatibility between group 4 metal borides and 304 grade of stainless steel
*Yusuke Kido1, Kenichi Hashizume1, Kan Sakamoto2(1.Interdisciplinary Graduate School of Engineering Science, Kyushu University, 2.Nippon Nuclear Fuel Development, Co., Ltd.)
[1B21]Impurity effects on oxygen Frenkel pair recombinations in cerium dioxide
*Kenichi SHIIYAMA1, Seiya Takaki2, Kazuhiro Yasuda2, Syo Matsumura2, Alain Chartier3, Constantin Meis3(1.JUNSHIN GAKUKEN UNIVERSITY, 2.Kyushu Univ., 3.CEA Saclay)
[2B01]FY2015 investigation for improvement of evaluation methods of irradiation effects on reactor pressure vessel and core internals(1)Overview and schedule of METI's project
*Taku Arai1, Akiyoshi Nomoto1, Yuichi Miyahara1(1.CRIEPI)
[2B02]FY2015 Improvement of evaluation methods of irradiation effects on reactor pressure vessel and core internals(2)Thorough-wall distributions of microstructure and hardness of irradiated JRQ Material
*Kenji Nishida1, Akiyoshi Nomoto1, Tomohiro Kobayashi1(1.CRIEPI)
[2B03]FY2015 investigation for improvement of evaluation methods of irradiation effects on reactor pressure vessel and core internals(3)Fracture toughness evaluation by miniature C(T) specimens on irradiated RPV steel JRQ
*Masato Yamamoto1(1.CRIEPI)
[2B04]FY2015 investigation for improvement of evaluation methods of irradiation effects on reactor pressure vessel and core internals(4)Characterization of microstructural change on neutron irradiated type 304L stainless steel
*Yuichi Miyahara1, Kenji Nishida1, Siwei Chen1(1.Central Reseach Institute of Electric Power Industry)
[2B05]Rate Theory Modeling of Formation Process of Radiation Induced Precipitation in RPV steels
*Toshiki Nakasuji1, Xiaoyong Ruan1, Kazunori Morishita2(1.Graduate School of Energy Science, Kyoto University, 2.Institute of Advanced Energy, Kyoto University)
[2B06]Atom Probe Tomography of Japanse Reactor Pressure Vessel Materials from Surveillance Test ProgramsReport of Human Resource Development Program supported by METI
*Kenta Murakami1, Kenji Nishida2(1.The University of Tokyo, 2.Central Research Institute of Electric Power Industry)
[2B07]Evaluation of brittle crack arrest toughness of reactor pressure vessel steels
*Tohru Tobita1, Takuyo Ohtsu1, Hisashi Takamizawa1, Yutaka Nishiyama1(1.Japan Atomic Energy Agency)
[2B08]Atom probe tomography for surveillance specimens in the PWR and BWR pressure vessel steels
*Kazuki Yamamura1, Kenichi Fukumto2, Takashi Onitsuka2(1.Fukui Univ., 2.Research Institute of Nuclear Engineering, Fukui Univ.)
[GM2B]General Meeting
[PL2B01]International research program on material irraditation in the reactors
*Mikio Shikama1(1.Hachinohe Institute of Technol.)
[PL2B02]Material irradiation research using the spallation neutron sources
*Kenji Kikuchi1(1.Ibaraki Univ.)
[PL2B03]Material irradiation research using the ion accelerators
*Hiroaki Abe1(1.Univ. Tokyo)
[2B09]Tensile fracture behavior at grain boundary in neutron-irradiated stainless steels (2)
*Terumitsu Miura1, Katsuhiko Fujii1, Koji Fukuya1(1.Instuitute of Nuclear Safety System)
[2B10]Grain boundary oxidation of 3 dpa neutron-irradiated stainless steels in high temperature water
*Takuya Fukumura1, Koji Fukuya1, Katsuhiko Fujii1, Terumitsu Miura1, Yuji Kitsunai2(1.INSS, 2.NFD)
[2B11]Mechanical property of ferritic composite for DEMO
*Yuki Sawa1, Naoyuki Hashimoto1, Shigehito Isobe1, Terumitsu Imanishi2(1.Graduate School of Engineering, Hokkaido University, 2.Technology Research Association for Single Wall Carbon Nanotubes)
[2B12]A research on material degradation by using Hamaoka unit-1
Tadashi Yamasaki1, *Hideki Yuya1(1.Chubu Electric Power Co., Inc.)
[2B13]Oxygen vacancy ordering in CeO2-x
*Kenji Konashi1, Kenta Yoshida1, Tadao Yato1, Yasuyoshi Nagai1, Masato Kato2, Kazuki Mori3(1.Tohoku Univ., 2.JAEA, 3.CTC)
[2B14]Oxygen self diffusion coefficients in mixed oxide fuel
*Masashi Watanabe1, Masato Kato1, Takeo Sunaoshi2(1.Japan Atomic Energy Agency, 2.Inspection Development Company)
900 results ( 1 - 50 )
- 1
- ...