[1A01]Study on Separation Behavior of Strontium and Yttrium Using CMPO Impregnated Adsorbent
*Taiga KAWAMURA1,2, Tatsuya ITO1, Seong-Yun KIM1(1. Tohoku University, 2. Japan Nuclear Fuel Limited)
2017 Fall Meeting
Sep 13 - Sep 15, 2017Hokkaido University
You can search for presentations in this event.
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2017 Fall Meeting
Sep 13 - Sep 15, 2017Hokkaido University
You can search for presentations in this event.
SearchSearch Results(1,082)
[1A02]Decontamination of rare earth metals from surface of glass by the emulsion consisting of HDEHP and nitric acid
*Ryoma Yasue1, Kayo Sawada1, Youichi Enokida1(1. Nagoya Univ.)
[1A03]Separation of platinum group metals by phase-transition-based aqueous solvent extraction
*Haruka Tateno1, Takehiko Tsukahara1(1. Laboratory for Advanced Nuclear Energy, Institute of Innovative Research, Tokyo Institute of Technology)
[1A04]Solvent extraction and separation of Se, Zr, Pd, and Cs having long lived radionuclidesPart III, Investigation of new solvent for the replacement of n-dodecane
*Yuji Sasaki1, Shinichi Suzuki1, Hideaki Shiwaku1, tohru kobayashi1, Keisuke Ito1, Yuya Takahashi2, Masaaki Kaneko2, Kazuhito Asano2(1. Japan Atomic Energy Agency, 2. Toshiba corporation)
[1A05]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation (LLFP separation )(1)Extraction Behavior of Simulated Fission Products by Chloride Molten Salts
*Akihiro Uehara1, Koichiro Takao2, Yuji Shibahara1(1. Kyoto University Research Reactor Institute, 2. Laboratory for Advanced Nuclear Energy, Institute of Innovative Research, Tokyo Institute of Technology)
[1A06]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation (LLFP separation )(2)Effects of Acid Concentrations on Elution of Nuclides from Simulated Vitrified Wastes
*Koichiro Takao1, Akihiro Uehara2, Yasuhisa Ikeda1(1. LANE, TokyoTech, 2. Research Reactor Institute, Kyoto Univ.)
[1A_GM]General Meeting
[1A_PL01]Concept and approach for safety case development
*Akira Deguchi1(1. NUMO)
[1A_PL02]Site characterization and synthesis into site descriptive models
*Hiromitsu Saegusa1(1. NUMO)
[1A_PL03]Repository design and engineering technology
*Satoru Suzuki1(1. NUMO)
[1A_PL04]Pre-closure safety of geological disposal system
*Satoru Suzuki1(1. NUMO)
[1A_PL05]Post-closure long-term safety of geological disposal system
*Kiyoshi Fijisaki1(1. NUMO)
[1A_PL06]Discussion
[1A07]Cesium and Strontium adsorption characteristics on zeolite type hybrid sorbent
*Takatoshi Hijikata1, Takeshi Tsukada1, Tadafumi Koyama1, Tomoya Kitagawa2, Minoru Matsukura2, Hitoshi Mimura2(1. Central Research Institite of Electric Power Industry, 2. UNION SHOWA K.K.)
[1A08]Stabilization of Iron Coprecipitation Slurry by Iron Phosphate Glass
*Shoichi Ono1(1. Tokyo Electric Power Company Holdings, Inc.)
[1A09]Development of solidification techniques with minimised water content for secondary radioactive aqueous wastes in Fukushima(5)Leaching rate of Sr2+ and Cl-
*Keita Irisawa1, Takumi Taniguchi1, Masahiro Namiki1, Ines Garcia-Lodeiro2, Takeshi Osugi1, Osamu Nakazawa1, Hajime Kinoshita2(1. Japan Atomic Energy Agency, 2. The University of Sheffield)
[1A10]Development of solidification techniques with minimised water content for secondary radioactive aqueous wastes in Fukushima(6)Incorporation of simulated secondary aqueous wastes in CAC and CAP cements
*Ines Garcia Lodeiro1, Rodolphe Lebon1, Dominic Mahoney1, Boyu Zhang1, Keita Irisawa2, Takeshi Ohsugi2, Osamu Nakazawa2, Hajime Kinoshita1(1. University of Sheffield, 2. JAEA)
[1A11]Development of solidification techniques with minimised water content for secondary radioactive aqueous wastes in Fukushima(7)Leaching test of CAC and CAP containing simulated secondary wastes
Ines Garcia-Lodeiro1, Rodolphe Lebon1, Dominic Mohoney1, Boyu Zhang1, Keita Irisawa2, Takeshi Ohsugi2, Osamu Nakazawa2, *Hajime Kinoshita1(1. University of Sheffield, 2. Japan Atomic Energy Agency)
[1A12]Development of Fuel Debris Treatment Technology by the Fluorination Method(13)Simulated Debris Preparation Experiments (Part 2)
*Keita Endo1, Shinji Watanabe1, Kuniyoshi Hoshino1, Akira Sasahira1, Tetsuo Fukasawa1, Takahiro Chikazawa2(1. Hitachi-GE , 2. Mitsubisi Materials)
[1A13]Development of Fuel Debris Treatment Technology by the Fluorination Method(14)Simulated Debris Fluorination Experiments (Part 4)
*Kuniyoshi Hoshino1, Keita Endo1, Shinji Watanabe1, Akira Sasahira1, Tetsuo Fukasawa1, Takahiro Chikazawa2(1. Hitachi-GE, 2. Mitsubishi Materials)
[1A14]Development of Fuel Debris Treatment Technology by the Fluorination Method(15)Multi-component Fluorides Oxidation Experiments
*Takahiro Chikazawa1, Tetsuo Fukasawa2(1. Mitsubishi Materials, 2. Hitachi-GE)
[1A15]Development of Fuel Debris Treatment Technology by the Fluorination Method(16)Thermodynamic Evaluation of Fluorination of Uranium and Structural Materials
*Nobuaki Sato1, Akira Kirishima1, Tetsuo Fukasawa2(1. Tohoku University, 2. Hitachi-GE)
[1A16]Basic study on actinide leaching and waste management of MCCI debris(4)The effect of fuel debris composition on the actinide leaching behavior
*Akito Nagatomo1, Akira Kirishima1, Daisuke Akiyama1, Takayuki Sasaki2, Nobuaki Sato1(1. IMRAM, tohoku univ., 2. Kyoto University garaduate school of engineering and faculty of engineering)
[1A17]Selective fluorination and molten salt electrolysis of fuel debris(1)Selective fluorination process
*Haruaki Matsuura1, Takafumi Uchiyama1, Atsushi Nezu2, Nobuaki Sato3(1. Tokyo City Univ., 2. Tokyo Institute of Technology, 3. Tohoku Univ.)
[1A18]Selective fluorination and molten salt electrolysis of fuel debris(2)dissolution behavior of zirconium fluoride to molten fluoride
*Tadayoshi Sato1, Haruaki Matsuura1, Takafumi Uchiyama1, Nobuaki Sato2(1. Tokyo City University, 2. Tohoku University)
[1A19]Selective fluorination and molten salt electrolysis of fuel debris(3)electrochemical behavior of zirconium in molten chloride coexisting fluoride
*Tatsuya Emori1, Takafumi Uchiyama2, Haruaki Matsuura1,2(1. Tokyo City University Graduate School, 2. Tokyo City University Atomic Energy Research Laboratory)
[2A01]Development of decontamination technology for clearance of low level Uranium contained metal wasteStudy of Uranium processing facility
*Takuji Fukuda1, Yohei Saiki1, Toyokazu Aoki1, Kazunari Oguchi1(1. Nuclear Fuel Industries, Ltd.)
[2A02]Development of the electrochemical decontamination system (2nd report)
*Masaki Ogawa1, Kazuya Narumiya1, Yohei Mitsuno1, Masanori Kanda1(1. NGK INSULATORS,LTD.)
[2A03]Behavior of Radiolytic Gas in Zeolite Bed under Gamma-ray Irradiation
*Takafumi Motooka1, Isao Yamagishi1(1. JAEA)
[2A04]Basic Study on Reduction of Hydrogen Concentration for Radioactive Waste Long-Term Storage Containers(1)Experimental Plans
*Yota Suzuki1, Yusei Tanaka1, Hiep Nguyen H.1, Gaku Takase1, Yoshihisa Hiraki1, Kazuyuki Takase1, Isamu Kudo2, Ryutaro Hino3(1. Nagaoka University of Technology, 2. Advan Eng, 3. Japan Atomic Energy Agency)
[2A05]Basic Study on Reduction of Hydrogen Concentration for Radioactive Waste Long-Term Storage Containers(2)Development of hydrogen recombination catalyst using geopolymer
*Isamu Kudo1, Shogo Taira1, Keisuke Tanizawa1, Taro Utsumi2, Nobuhiro Oda2, Hisayuki Suematsu2, Kazuyuki Takase2(1. DAVAN ENG, 2. Nagaoka University of Technology)
[2A06]Basic research programs of vitrification technology for waste volume reduction(39)A Basic research on the applicability of iron phosphate glass for low-level radioactive waste - Overview and plan of fused glass solidification with nuclides contamination -
*Fuminori Sato1, Takahito Chaki2, Yasuo Saito1, Tsuyoshi Arai2(1. Japan Atomic Energy Agency, 2. Shibaura Institute of Technology)
[2A07]Basic research programs of vitrification technology for waste volume reduction(40)Improvement of vitrified solids of surrogate nuclides to the treated ion exchange resin
*Kouichi Ikeda1, Takeshi Tsukada1, Tsuyoshi Usami1, Shizue Furukawa1, Kazuyoshi Uruga1(1. criepi)
[2A08]Basic research programs of vitrification technology for waste volume reduction(41)Evaluation of advanced borosilicate glasses chemical durabilities
*Kohei Owaku1, satoshi yuuki1, yoshiyuki miura1, haruka tada1, norio kanehira1(1. JAPAN NUCLEAR FUEL LIMITED )
[2A09]Basic research programs of vitrification technology for waste volume reduction(42)Bottom drain test and synchrotron X-ray absorption analysis of iron phosphate glass sample containing simulated HLLW
*Yoshihiro Okamoto1, Hidekazu Kobayashi1, Takayuki Nagai1, Hiromi Kobayashi2, Masanobu Honma2, Kazuya Hirono2, Kiyoshi Hatakeyama2, Hideaki Shiwaku1(1. JAEA, 2. E&E Techno Service Co. Ltd.)
[2A10]Basic research programs of vitrification technology for waste volume reduction(43)Separation property of HLW adsorption glass for Mo and Zr recovery
*Hirohide Kofuji1, Sou Watanabe1, Ichiro Goto1, Yasunori Miyazaki1, Kazunori Nomura1, Masayuki Takeuchi1(1. JAEA)
[2A11]Basic research programs of vitrification technology for waste volume reduction(44)Effect of bubbling and mechanical agitation on reduction of yellow phase
*Takeshi Tsukada1, Kazuyoshi Uruga1, Tsuyoshi Usami1(1. CRIEPI)
[2A12]Basic research programs of vitrification technology for waste volume reduction(45)Facilitation of cold-cap reaction by powderization of feed glass
*Uruga Kazuyoshi1, Takeshi Tsukada1, Tsuyoshi Usami1(1. Central Research Institute of Electric Power Industry)
[2A13]Basic research programs of vitrification technology for waste volume reduction(46)Reaction of Platinoids in the cold cap
*Tsuyoshi Usami1, Kazuyoshi Uruga1, Takeshi Tsukada1(1. CRIEPI)
[2A14]Basic research programs of vitrification technology for waste volume reduction(47)Noble Metal Descending Behavior in a Molten Glass - Observation of simulating fluid -
*Iku MIYASAKA1, Midori UCHIYAMA1, Kunihiko NAKANO1, Hiroaki FUJIWARA1(1. IHI Corp.)
[2A15]Basic research programs of vitrification technology for waste volume reduction(48)Noble Metal Descending Behavior in Molten Glass -Numerical Analysis of the Motion of Plumes Containing Noble Metal Particles-
*Shunji Homma1, Tamaki Yoshikawa1, Ryota Nakajima1, Iku Miyasaka2, Midori Uchiyama2, Hiroaki Fujiwara2(1. Saitama University, 2. IHI)
[2A16]Basic research programs of vitrification technology for waste volume reduction(49)Numerical modeling of behavior of noble metal particles in Joule heated glass melter
*Hiroaki Fujiwara1, Hiroshi Ikai1, Kunihiko Nakano1, Syun-ichiro Ueno1, Iku Miyasaka1(1. IHI)
[2A17]Immobilization of strontium in porous glass
*Seo Uchimura1, Kayo Sawada1, Youichi Enokida1(1. Nagoya University)
[2A18]Examination and evaluation of iron phosphate glass composition aimed for high loading low radioactive waste liquid
*Takahito Chaki1, Tsuyoshi Arai2, Fuminori Sato3, Yasuo Saito3(1. Shibaura Institute of Technology Graduate School, 2. Shibaura Institute of Technology , 3. Japan Atomic Enrgy Agency)
[2A19]Effect of Addition of Cs on Local Structure Around Zr in Iron Phosphate Glass
*Yuri Tajimi1, Hirohide Kofuji2, Sou Watanabe2, Tetsuji Yano3, Rikiya Kado3, Haruaki Matsuura1(1. Tokyo City University, 2. Japan Atomic Energy Agency, 3. Tokyo Institute of Technology)
[2A20]Study on the performance of nuclides contamination gives to the substance formation in the iron phosphate glass
*Masahiro Mouri1, Takahito Chaki1, Tsuyoshi Arai2, Fuminori Sato3, Yasuo Saito3(1. Shibaura Institute of Technology graduate school, 2. Shibaura Institute of Technology, 3. Japan Atomic Energy Agency)
[2A21]Development of Recovery Process of Platinum-group Metals from HLLW for Stable Production and Volume Reduction of Homogeneous Vitrified Object(24)Comprehensive evaluation of sorbent for separation of platimum group species
*Ippei AMAMOTO1, Hidekazu KOBAYASHI1, Yasuo AYAME1, Takashi OHNISHI1, Akiko KOSHIZAKA2, Yoshio HASEGAWA2, Yusuke INABA3, Kazuo UTSUMI3, Kenji TAKESHITA3, Jun ONOE4(1. JAEA, 2. Art Kagaku, 3. Tokyo Tech, 4. Nagoya Univ.)
[2A22]Thermodynamic optimization of MoO3 solubility in SiO2-B2O3-Al2O3-CaO-Na2O glass melts
*Toru Sugawara1, Toshiaki Ohira1, Kouhei Oowaku2, Norio Kanehira2(1. Akita University, 2. Japan Nuclear Fuel Limited)
[2A23]Local Structure of Simulated Radioactive Wastes around Mo and Zr in Molten Borosilicate Glasses Including Vanadium
*Kei Shiina1, Yuri Tazimi1, Takafumi Uchiyama1, Toshiaki Kakihara2, Hidenori Kawashima2, Haruaki Matsuura1(1. Tokyo City University, 2. IHI corpoation)
[2A24]Investigation of platinum group compounds generated in the vitrification process(1)Synthetic experiments of ruthenium, rhodium, and glass frit
*Takayuki Nagai1, Hidekazu Kobayashi1, Yoshihiro Okamoto1, Hideaki Shiwaku1, Daisuke Akiyama2, Nobuaki Sato2(1. JAEA, 2. IMRAM, Tohoku Univ.)
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