[1A01]Improvement of Water Durability of Lead Borate Glass By Addition of SiO2
*Takumi Shimakura1, Kayo Sawada1, Youichi Enokida1, Takeshi Tsukada2(1. Nagoya Univ., 2. CRIEPI)
2019 Fall Meeting
Sep 11 - Sep 13, 2019University of Toyama
You can search for presentations in this event.
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2019 Fall Meeting
Sep 11 - Sep 13, 2019University of Toyama
You can search for presentations in this event.
SearchSearch Results(837)
[1A02]Study on Composition of Lead-borate Glass for the Aluminum Vitrification Process
*Kayo Sawada1, Youichi Enokida1, Takeshi Tsukada2(1. Nagoya Univ., 2. CRIEPI)
[1A03]Examination of stabilization treatment method of radioactive aluminum waste(1)基本条件の検討
*Misaki Seki1, Koji Ishikawa2, Hiroshi Nagata1, Kaoru Ohtsuka1, Takazumi Ohmori1, Yumi Suzuki2, Atsushi Tanaka2, Tomohiko Kawakami2, Hiroshi Ide1, Kunihiko Tsuchiya1(1. JAEA, 2. KAKEN)
[1A04]Development on volume reduction technology of high dose used ion exchange resin
*Tomokazu Sekine1, Fuminori Sato1, Kazuo Matsui2, Hiromitsu Inagaki2(1. EBARA INDUSTRIAL CLEANING CO.,LTD., 2. CHUBU Electric Power Co.,Inc.)
[1A05]Geopolymer solidification of decomposed ion exchange resin residue
*Takahiro Kikuchi1, Yasuhiro Suzuki1, Tadashi Sasaki1, Takao Ikeda1, Masaki Takaoka2(1. JGC, 2. Kyoto Univ.)
[1A06]Filtration drying treatment of decomposed ion exchange resin residue by freezing and thawing method
*tadashi sasaki1, Yuji Nagai1, Mitsushi Motoyama1, Takahiro Kikuchi1, Takao Ikeda1(1. JGC Corporation)
[1A07]Possibility of direct energy conversion from radiation to electricity using SiC Schottky system
*Kenji Yoshii1, Tatsuo Fukuda1, Hajime Tanida1, Hideaki Shiwaku1, Junichiro Kamiya1, Yuichi Yamazaki2, Takahiro Makino2, Ohshima Takeshi2, Tsuyoshi Yaita1(1. JAEA, 2. QST)
[1A08]Basic research programs of vitrification technology for waste volume reduction(68)A basic research on the applicability of iron phosphate glass for low-level radioactive waste - result and evaluation of fused glass solidification with nuclides contamination -
*Fuminori Sato1, Masahiro Mouri2, Tsuyoshi Arai2, Yasuo Saito1(1. JAEA, 2. Shibaura Inst. of Tech.)
[1A09]Basic research programs of vitrification technology for waste volume reduction(69)Study of plasma melting vitrification of incineration ash vitrified by electric furnace
*Kouichi Ikeda1, Takeshi Tsukada1(1. CRIEPI)
[1A10]Basic research programs of vitrification technology for waste volume reduction(70)Vitrification property of HLW adsorption glass
*Hirohide Kofuji1, Yasunori Miyazaki1, Sou Watanabe1, Ichiro Goto1, Masayuki Takeuchi1, Koichi Ohyama1(1. JAEA)
[1A11]Basic research programs of vitrification technology for waste volume reduction(71)Preparation and characterization of simulated waste borosilicate glasses including phosphorus
*Takayuki Nagai1, Kennichi Sasage1, Takehiko Inose2, Seiichi Sato2, Kiyoshi Hatakeyama3(1. JAEA, 2. Inspection Development Co., 3. E&E Techno Service Co.)
[1A12]Basic research programs of vitrification technology for waste volume reduction(72)Local structure analysis for simulated waste borosilicate glasses including phosphorus
*Yoshihiro Okamoto1, Hideaki Shiwaku1, Kenichi Sasage1, Takayuki Nagai1(1. JAEA)
[1A13]Basic research programs of vitrification technology for waste volume reduction(73)Effect of Na reduction from high-level liquid waste on prevention of yellow-phase generation
*Kazuyoshi Uruga1, Tsuyoshi Usami1, Takeshi Tsukada1(1. CRIEPI)
[1A14]Basic research programs of vitrification technology for waste volume reduction(74)Effect of contact between glass and calcined material on the crystal form of ruthenium oxide
*Tsuyoshi Usami1, Kazuyoshi Uruga1, Takeshi Tsukada1(1. CRIEPI)
[1A15]Basic research programs of vitrification technology for waste volume reduction(75)Development of vitrification technology for low level radioactive waste
*Toshiro Oniki1, Yasutomo Tajiri1, Toshiki Fukui1, Takeshi Tsukada2, Hiroki Iwabuchi3(1. IHI, 2. CRIEPI, 3. JAEA)
[1A16]Basic research programs of vitrification technology for waste volume reduction(76)Development of vitrification technology for High level radioactive waste
*kohei oowaku1, Norio KANEHIRA1, Takeshi HOSHINO1, Toshiki FUKUI 2, Hiroki IWABUCHI3, Takeshi TSUKADA4(1. JNFL, 2. IHI, 3. JAEA, 4. CRIEPI)
[1A17]Basic research programs of vitrification technology for waste volume reduction(77)Research plan since 2019
*Takahiro ISHIO1, Norio KANEHIRA1, Takeshi HOSHINO1, Toshiki FUKUI2, Masayuki TAKEUCHI3, Yoshihiro OKAMOTO3, Takeshi TSUKADA4(1. Japan Nuclear Fuel Limited, 2. IHI Corporation, 3. Japan Atomic Energy Agency, 4. Central Research Institute of Electric Power Industry)
[2A_PL0101]Human Resource Development and Nuclear Utilization
*Yoshiaki Oka1(1. AEC)
[2A_PL0201]The Manyosyu poetry of the Etchu regionPoet Otomo Yakamochi and Toyama
*Nobuyuki Sakamoto1(1. Takaoka Manyo Historical Museum)
[2A_PL0301]Topics from 60th Anniversary Symposium
*Shigeaki Okajima1(1. President of AESJ , JAEA)
[2A_PL0302]Global Environmental Issues and Nuclear Energy
*Ryoichi Komiyama1(1. Univ. of Tokyo)
[2A_PL0303]Perspectives on Future Nuclear - Role and Contribution of AESJ
*Akira Yamaguchi1(1. Vice President, Univ. of Tokyo)
[2A_PL0304]Discussion
*Yasuo Komano1, *Shoji Tsuchida2, *All presenters3(1. Ex-President, MHI NSE, 2．Kansai Univ.)
[2A01]Basic study on treatment of liquid containing uranium using zeolites(1)Adsorption characteristics of uranyl ion onto zeolites
*Noriko Asanuma1, Haruaki Matsuura2, Youko Takahatake3, Takanori Hoshino3, Sou Watanabe3, Masayuki Watanabe3(1. Tokai Univ., 2. Tokyo City Univ., 3. JAEA)
[2A02]Basic study on treatment of liquid containing uranium using zeolites(2)Adsorption characteristics of zirconium into zeolite
Hiroki Aso1, Ayaka Toyosaki1, Noriko Asanuma2, Youko Takahatake3, Takanori Hoshino3, Sou Watanabe3, Masayuki Watanabe3, *Haruaki Matsuura1(1. Tokyo City University, 2. Tokai University, 3. JAEA)
[2A03]Development of composite iminodiacetic acid resin for nuclide recovery from high concentration sodium contaminated radioactive liquid waste
*Fukuka Kida1, Fumiya Nakamura1, Tsuyoshi Arai1, Ryotatsu Matsushima2, Yasuo Saito2(1. Shibaura Inst. of Tech., 2. JAEA)
[2A04]Development of tannic acid-type organic composite adsorbent and its application to advanced oxidation process
*Yu Tachibana1, Masao Nomura2, Masanobu Nogami3(1. Nagaoka Univ. of Tech., 2. Tokyo Tech, 3. Kindai Univ.)
[2A05]Development of liquid waste treatment method with insoluble tannins
*Takahiro Konno1, Takashi Eda1, Masashi Kayano1(1. JAEA)
[2A06]Study of deoxidization of nitrate ion from radioactive wastewater by ultraviolet rays
*Kouki Shimizu1, Hyato Koyama1, Masayoshi Hagiwara1(1. JAEA)
[2A07]Development of treatment technology of spent solvent generated from fuel reprocessing process(4)Analyses on Zr adsorbed IDA adsorbents by Micro PIXE and EXAFS
*Yoichi Arai1,2, Sou Watanabe1, Shimpei Ohno1, Kazunori Nomura1, Fumiya Nakamura3, Tsuyoshi Arai3, Noriaki Seko4, Hiroyuki Hoshina4, Toshio Kubota2(1. Japan Atomic Energy Agency, 2. Ibaraki University, 3. Shibaura Institute of Technology, 4. National Institutes for Quantum and Radiological Science and Technology)
[2A08]Development of treatment technology of spent solvent generated from fuel reprocessing process(5)Synthesis and performance evaluation of iminodiacetic acid adsorbent
*Fumiya Nakamura1, Tsuyoshi Arai1, Yoichi Arai2, So Watanabe2, Kazunori Nomura2, Noriaki Seko3(1. Shibaura Inst. of Tech., 2. JAEA, 3. QST)
[2A09]Study for decomposition of PCB contaminated radioactive liquid waste with PCB simulants by electron beam
*Satoshi Inagawa1, Hiroyuki Mototsuji1, Takatoshi Kawashima3, Chihiro Urashima2, Takayuki Oka2, Tadashi Magari2(1. NFI, 2. KEPCO, 3. KEB)
[2A10]Study of mixture ratio of incombustible fluorine oil treatment with Steam reforming systemFor stable treatment of Radioactive waste oil
*Naoyuki Kanda1, Masayoshi Hagiwara1, Koichi Sakashita1, Jun Kijima1(1. JAEA)
[3A01]Study on engineering of EBS for geological disposal in coastal area(1)Outline of the R&D issues to be focused and its approach
*Minoru Emori1, Misahiro Kawakubo1, Masato Kobayashi1, Tomoko Ishii1, Daisuke Hayashi1(1. RWMC)
[3A02]Study on engineering of EBS for geological disposal in coastal area(2)Effect of chemical composition of synthetic solution on corrosion behavior of weld joint of carbon steel overpack
*Masato Kobayashi1, Masahiro Kawakubo1, Katsushi Shibata2, Naoto Tagami2, Kousuke Inaba2(1. RWMC, 2. MHI)
[3A03]Study on engineering of EBS for geological disposal in coastal area(3)Behavior of buffer material during re-saturation in saline environment
*Tomoko Ishii1, Masataka Imai1,2, Kenji Ishii3, Ichizo Kobayashi3(1. RWMC, 2. Dia Consultants, 3. Kajima)
[3A04]Study on engineering of EBS for geological disposal in coastal area(4)Mechanical behavior of buffer material in saline environment
*Ichizo Kobayashi1, Kenji Ishii1, Masataka Imai2,3, Tomoko Ishii3(1. Kajima Corporation, 2. Dia Consultants, 3. Radioactive Waste Management Funding and Research Center)
[3A05]Study on engineering of EBS for geological disposal in coastal area(5)Chemical alteration and mechanical property of cement based material in salt water
*Daisuke Hayashi1, Masahito Shibata2, Kazuko Haga2, Masaya Ida1,3, Hitoshi Owada1(1. RWMC, 2. Taiheiyo Consultant, 3. present: Taiheiyo Consultant)
[3A06]Study on engineering of EBS for geological disposal in coastal area(6)Examination of prediction methods of salt water permeation and steel corrosion accompanied by chemical alteration for cement based materials.
*Kazuko Haga1, Sayuri Tomita1, Masaya Ida3, Yosifumi Hosokawa2, Daisuke Hayashi3, Hitoshi Owada3(1. Taiheiyo Consultant Co., Ltd., 2. Taiheiyo Cement Co.,Ltd., 3. RWMC)
[3A07]Study on engineering of EBS for geological disposal in coastal area(7)Hydrogeological modeling of the near field under construction and operations
*Masataka Imai1,4, Tsuneyuki Maemura2, Eiko Sugimoto2, Hajime Takao3, Yasutaka Mochida1,5, Minoru Emori1, Tomoko Ishii1(1. RWMC, 2. Dia Consultants, 3. JGC Corporation , 4. Present: Dia Consultants, 5. Present: Japan NUS)
[3A08]Study on engineering of EBS for geological disposal in coastal area(8)The trial for systematization of the method showing establishment of repository system
*Hajime Takao1, Kazutoshi Yamazaki1, Tsuneyuki Maemura2, Fujitaka Kato3, Kyoko Ichikawa 3,5, Masataka Imai4,6, Minoru Emori4, Tomoko Ishii4, Daisuke Hayashi4(1. JGC, 2. Dia Consultants , 3. JANUS, 4. RWMC, 5. present: RWMC, 6. present: Dia Consultants)
[3A09]Character variation of Tsukinuno Na-BentonitePart3 the compaction and hydraulic properties
*Shoji MORODOME1, Masakazu Ito1(1. KUNIMINE INDUSTRIES)
[3A10]Evaluation of swelling deformation using buffer material swelling sensor on the full-scale in-situ engineered barrier system experiment
*Shun Kimura1, Masashi Nakayama1, Kimihiro Kinota1, Kenji Tanai1, Sumio Niunoya2, Tomoyuki Shimura2, Masaaki Fukaya2(1. JAEA, 2. OBAYASHI)
[3A11]Study on Hydrogen Generation by Gamma-ray Irradiation Using Various Cement Pasts
*Shoichi Ogawa1, Kumi Negishi 1, Masaya Ida1, Daisuke Hayashi2, Hitoshi Owada2(1. Taiheiyo Consultant, 2. RWMC)
[3A12]Filling density of crushed-rock-based backfill material with different-sized bentonite pellets
*Mitsunobu Okihara1, Hitoshi Nakashima1, Ryoji Yahagi1, Akira Saito1, Satohito Toguri1(1. Shimizu Corporation)
[3A13]Preliminary test for sealing boreholes with bentonite blocks
*Hitoshi Nakashima1, Akira Saito1, Toshiyuki Hokari1(1. Shimizu Corporation)
[1B01]Consideration for long-term storage of a spent zeolite adsorption vessel(12)Behavior of water during small-scale drying test
*Yusuke Sagawa1, Isao Yamagishi2(1. ART kagaku, 2. JAEA)
[1B02]Consideration for long-term storage of a spent zeolite adsorption vessel(13)Behavior of water during full-scale drying test
*Makoto Arisaka1,2, Isao Yamagishi1,2, Hiroyuki Sato1,2, Atsuhiko Terada1,2(1. IRID, 2. JAEA)
[1B03]Consideration for long-term storage of a spent zeolite adsorption vessel(14)Behavior of chloride ion during full-scale drying test
*Isao Yamagishi1,2, Makoto Arisaka1,2, Hiroyuki Sato1,2, Atsuhiko Terada1,2(1. IRID, 2. JAEA)
[1B04]Gas diffusion effect on H2 release caused by water radiolysis in geopolymers
*Vincent Cantarel1, Makoto Arisaka1, Isao Yamagishi1(1. JAEA)
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