[1A_PL0101]Driving our future with high-intensity proton accelerator
*Naohito Saito1(1. J-PARC)
2019 Annual Meeting
Mar 20 - Mar 22, 2019Ibaraki University Mito Campus
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2019 Annual Meeting
Mar 20 - Mar 22, 2019Ibaraki University Mito Campus
You can search for presentations in this event.
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[1A_PL0201]Symposium(2019) report
*Noriko Asanuma1(1. Tokai Univ.)
[1A_PL0202]Development of 3D radiation imaging technology in the Fukushima Dai-ichi NPS building
*Yuki Sato1(1. JAEA)
[1A_PL0203]Current status of elucidation of BWR control blade degradation behavior affecting debris formation
*Saishun Yamazaki1(1. JAEA)
[1A_PL0204]Overview of IRID R&D
*Kenro Takamori1(1. IRID)
[1A_PL0205]Efforts of Review Committee on Decommissioning of the Fukushima Daiichi NPS
*Hiroshi Miyano1(1. Hosei Univ.)
[2A-AC]Awards Ceremony
[1B01]Basic study on actinide leaching and waste manegement of MCCI debris(8) Study on vitrification of MCCI debris
*Yuji Kodama1, Takayuki Sasaki1, Taishi Kobayashi1, Daisuke Akiyama2, Akira Kirishima2, Nobuaki Sato2(1. Department of Nuclear Engineering, Kyoto Univ., 2. Institute of Multidisciplinary Research for Advanced Materials, Tohoku Univ.)
[1B02]Study on the new solidification method for fuel debris using aluminosilicate
*Saya Watanabe1, Daisuke Akiyama1, Akira Kirishima1, Nobuaki Sato1, Hitoshi Mimura2, Minoru Matsukura2(1. IMRAM, Tohoku Univ. , 2. UNION SHOWA K.K.)
[1B03]The process of the debris in Fukushima site and the spent nuclear fuel
*Shotaro Akahori1(1. Medical faculty of Tokyo University )
[1B04]Realization Development of the Flexible Waste Management System for MA P&T Technology(13)Investigation of Drying Condition of Simulated High Level Liquid Waste for Granule Production
*Yoichi Endo1, Akihiro Suzuki1, Atsushi Ohuchi1, Fumiki Mizusako1(1. NFD)
[1B05]Realization Development of the Flexible Waste Management System for MA P&T Technology(14) Research on fabrication of HLW densified granule
*Akihiro Suzuki1, Yoichi Endo1(1. NFD)
[1B06]Realization Development of the Flexible Waste Management System for MA P&T Technology(15)Reduction Effect of the Disposal Site Area
*Keita Endo1, Kuniyoshi Hoshino1, Tetsuo Fukasawa1, Akihiro Suzuki2(1. Hitachi-GE , 2. NFD)
[1B07]Technical options of radioactive waste management for the second half of the 21st Century, inconsideration of Pu utilization and less environmentally impacted geological disposal(7)Fast reactor burnup calculations with a CBZ code system for transmutation of partitioned nuclides
*Go Chiba1, Masahiro Kawakubo2, Hidekazu Asano2(1. Hokkaido University, 2. Radioactive Waste Management Funding and Research Center)
[1B08]Technical options of radioactive waste management for the second half of the 21st Century, inconsideration of Pu utilization and less environmentally impacted geological disposal(8)Evaluation of nuclear wastes from fast reactor with MA recycle
*Yu Kobayashi1, Go Chiba1, Masahiro Kawakubo2, Hidekazu Asano2(1. Hokkaido University, 2. Radioactive Waste Management Funding and Research Center)
[1B09]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear TransmutationDevelopment of separation and recovery technologies of long-lived fission products (LLFPs) from the high-level radioactive liquid waste based on electrolysis and solvent extraction (1) Recovery of Pd and Se by electrolytic method
*Yuya Takahashi1, Takashi Omori1, Yu Yamashita1, Masaaki Kaneko1, Kazuhito Asano1, Keisuke Morita2, hideya Suzuki2, Tatsuro Matsumura2(1. Toshiba Energy Systems & Solutions Corporation, 2. Japan Atomic Energy Agency)
[1B10]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(2-2)Development of separation and recovery technologies of long-lived fission products (LLFPs) from the high-level radioactive liquid waste based on electrolysis and solvent extraction (2) Recovery of Cs using an adsorption process
*Yu Yamashita1, Eiichi Murata1, Yuya Takahashi1, Takashi Omori1, Masaaki Kaneko1, Kazuhito Asano1, Tatsuro Matsumura2(1. Toshiba Energy Systems & Solutions Corporation, 2. Japan Atomic Energy Agency)
[1B11]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(2-3)Development of separation and recovery technologies of long-lived fission products (LLFPs) from the high-level radioactive liquid waste based on electrolysis and solvent extraction (3) Recovery of Zr by solvent extraction
*Keisuke Morita1, Hideya Suzuki1, Tatsuro Matsumura1, Yuya Takahashi2, Takashi Omori2, Masaaki Kaneko2, Kazuhito Asano2(1. JAEA, 2. Toshiba ESS)
[1B12]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(2-4)Development of separation and recovery technologies of long-lived fission products (LLFPs) from the high-level radioactive liquid waste based on electrolysis and solvent extraction (4) Study on process concept
*Takashi Omori1, Yuya Takahashi1, Yu Yamashita1, Masaaki Kaneko1, Kazuhito Asano1, Keisuke Morita2, Hideya Suzuki2, Tatsuro Matsumura2(1. Toshiba energy systems & Solutions Corporation, 2. Japan Atomic Energy Agency)
[1B13]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(2-5)Application of High Repetition Rate Ti:Sapphire Laser to Even–odd Isotope Selective Ionization
*Hideki Tomita1,2, Volker Sonnenschein1,2, Masaya Ohashi1,2, Tetsu Sonoda2, Hironobu Ishiyama2, Tohru Kobayashi3, Yutaka Nagata3, Takashige Fujiwara3, Katsumi Midorikawa3(1. Nagoya Univ., 2. RIKEN Nishina Center for Accelerator-Based Science, 3. RIKEN Center for Advanced Photonics)
[1B14]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(3-1) Alteration Behavior of Simulated Nuclear Waste Glass in 1D-depth Direction through Acid Leaching
*Mayuu Kubo1, Koichiro Takao1(1. LANE. Tokyo Tech)
[1B15]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(3-2)Study on Recovery of LLFPs from Eluents after Wet Processing of Nuclear Waste Glass
*Koichiro Energy Takao1, Yasuhisa Ikeda1, Moe Matsuoka1(1. LANE, Tokyo Tech)
[1B16]Reduction and Resource Recycling of High-level Radioactive Wastes through Nuclear Transmutation(3-3)Study on recovery process concept of LLFPs from vitrified glass waste by using pyroprocess method
*Kazuhito Asano1, Takashi Omori1, Shohei Kanamura1, Masaaki Kaneko1, Yoshiharu Sakamura2(1. Toshiba ESS, 2. CRIEPI)
[1B17]Structural analysis for development of Minor Actinide recovery process using CHON type extractant
*Makoto Okada1, Sou Watanabe2, Yusuke Horiuchi3, Tsuyoshi Arai3, Haruaki Matsuura1(1. Tokyo City University, 2. Japan Atomic Energy Agency, 3. Shibaura Institute of Technology)
[1B18]Precipitation treatment of residual nuclear fuel material in salt generated by pyroprocessing test development
Megumi Aso1, Yoko Takahatake2, Sou Watanabe2, *Haruaki Matsuura1(1. Tokyo City University, 2. Japan Atomic Energy Agency)
[2B01]Development of Fuel Debris Treatment Technology by the Fluorination Method(22) Simulated Debris Fluorination Experiments (Part 8)
*Kuniyoshi Hoshino1, Keita Endo1, Akira Sasahira1, Tetsuo Fukasawa1, Takahiro Chikazawa2(1. Hitachi-GE, 2. Mitsubishi Materials)
[2B02]Dissolution Behavior of ZrF4 in molten LiF-NaF-KF after Fluorination of Fuel Debris
*Haruaki Matsuura1, Tadayoshi Sato1, Daisuke Akiyama2, Nobuaki Sato2(1. Tokyo City University, 2. Tohoku University)
[2B03]Electrochemical Behavior of Zirconium in Molten LiCl-KCl-Li2O for Fuel Debris Treatment
*Tatsuya Emori1, Takafumi Uchiyama1, Haruaki Matsuura1(1. Tokyo City University)
[2B04]Electrochemical recovery of Zr from fuel debris using molten CaCl 2 – LiCl
*Takumi Nagasawa1, Tatsuya Emori1, Akihiro Uehara2, Haruaki Matsuura1(1. Tokyo City University, 2. National Institutes for Quantum and Radiological Science and Technology)
[2B05]Selective separation of debris in Fukushima accident using inorganic ion exchangerabout tungsten-containing ion exchanger
*Tatsuo Abe1, Azri Adham1, Irvin Banjarnahor1,2, Saki Abe1, Shinko Ito1(1. NITTC, 2. Ibaraki Univ.)
[2B06]Separation of Platinum Group Metals from Nitric Acid Solution using Ionic Liquids containing TDGA Extractant
*Haruka Oosugi1, Tadayuki Takahashi1,2, Tatsuya Ito1, Seong-Yun Kim1(1. Tohoku University, 2. Japan Nuclear Fuel Limited)
[2B07]Separation of Platinum Group Metals from Nitric Acid Solution using Functionalized Ionic Liquid having Sulfur-containing Amide Acid Structure
*Tatsuya Ito1, Haruka Oosugi1, Tadayuki Takahashi1,2, Seong-Yun Kim1(1. Tohoku Univ. , 2. JNFL)
[2B08]Correlation analysis between platinum group elements in the simulated waste glass by imaging XAFS
*Yoshihiro Okamoto1, Takayuki Nagai1, Hideaki Shiwaku1(1. JAEA)
[2B09]Investigation of platinum group compounds generated in the vitrification process(2) Change of chemical form of generated palladium compounds
*Takayuki Nagai1, Yoshihiro Okamoto1, Hideaki Shiwaku1, Daisuke Akiyama2, Nobuaki Sato2(1. JAEA, 2. IMRAM, Tohoku Univ.)
[2B_GM]General Meeting
[2B_PL01]Nuclear Energy in CanadaAn Overview
*Jean-Philippe Davignon1(1. Embassy of Canada)
[2B_PL02]Nuclear Energy in CanadaTechnology for radioactive waste disposal
*Roman Bilak1(1. Terralog Tech.)
[2B10]Characterization of secondary waste generated by Fukushima Daiichi nuclear power station accident(6)Analysis of sludge generated from decontamination device
*Daisuke Sato1,2, Hiroshi Hinai1,2, Atsuhiro Shibata1,2, Yoshikazu Koma1,2, Kazunori Nomura1,2, Masato myodo1,2(1. JAEA, 2. IRID)
[2B11]Characterization of secondary waste generated by Fukushima Daiichi nuclear power station accident(7)Radiochemical analysis of sludge generated from decontamination device
*Hiroshi Hinai1,2, Daisuke Sato1,2, Masato Myodo1,2, Yoshikazu Koma1,2, Atsuhiro Shibata1,2, Kazunori Nomura1,2(1. Japan Atomic Energy Agency, 2. International Research Institute for Nuclear Decommissioning)
[2B12]Development of the sintering solidification method for spent zeolite to long-term stabilization (1)Overview of the research
*Tsuyoshi Arai1, Aiki Watanabe1, Fumihiro Kato1, Masahiro Mouri1, Akane Usui2, Takashi Ohnishi2, Kosuke Tanaka2, Minoru Matsukura3, Hitoshi Mimura3(1. Shibaura Institute of Technology, 2. Japan Atomic Energy Agency, 3. Union Showa K.K.)
[2B13]Reaction rate analysis of Cs removal reaction from contaminated soil using subcritical water treatment
*Tatsuya Fukuda1, Ryo Takahashi1, Xiangbiao Yin1, Yusuke Inaba1, Miki Harigai1, Masahiko Nakase1, Kenji Takeshita1(1. Laboratory for Nuclear Reactors, Tokyo Institute of Technology)
[2B14]Fundamental study for analysis of Np-237 by ICP-MS / MS
*Maho Iwasaki1, Tatsuya Suzuki2, Tomoo Yamamura3, Kenji Konashi4, Yasuyuki Shikamori5, Shinichi Noguchi1(1. JAEA, 2. Nagaoka University of Technology, 3. Kyoto University, 4. Tohoku University, 5. Agilent Technologies Japan)
[2B15]Investigation of the radionuclide transfer based on the radiochemical analysis of the genuine samples at Fukushima Daiichi NPS site(1)Research for actinide transfer to secondary waste from water treatment
*Erina Murakami1, Keiichi Ohki1, Yoko Takahatake1, Ayako Nitta1, Atsuhiro Shibata1, Yoshikazu Koma1(1. Japan Atomic Energy Agency )
[2B16]Investigation of the radionuclide transfer based on the radiochemical analysis of the genuine samples at Fukushima Daiichi NPS site(2)Study on origin of uranium for samples from turbine building of unit 1
*Youko Takahatake1, Yoshikazu Koma1(1. JAEA)
[2B17]Investigation of the radionuclide transfer based on the radiochemical analysis of the genuine samples at Fukushima Daiichi NPS site(3)Study on the contamination in the reactor building unit 4 with analytical results of rubble
*Ayako Nitta1,2, Hiroshi Hinai1,2, Yoshiyuki Sato1,2, Ryuji Aono1,2, Keiichi Ohki1,2, Yoshikazu Koma1,2, Atsuhiro Shibata1,2(1. JAEA, 2. IRID)
[2B18]Investigation of the radionuclide transfer based on the radiochemical analysis of the genuine samples at Fukushima Daiichi NPS site(4) Contamination of soils and their radionuclide composition
*Keiichi Ohki1, Yoko Takahatake1, Hiroshi Hinai1, Atsuhiro Shibata1, Yoshikazu Koma1(1. Japan Atomic Energy Agency)
[2B19]Study on Cs penetration behavior into concrete materials under high temperature / humidity condition
*Hayato Maejima1, Koki Koshigoe1, Isamu Sato1, Haruaki Matsuura1, Naoya Miyahara2, Eriko Suzuki2, Masahiko Osaka2(1. Tokyo City University, 2. Japan Atomic Energy Agency)
[3B01]Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of Platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes(1) Introductory talk
*Jun Onoe1, Shinta Watanabe1, Yusuke Inaba2, Miki Harigai2, Kenji Takeshita2(1. Nagoya University, 2. Tokyo Institute of Technology)
[3B02]Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of Platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes(2) Synthesis and Adsorption Studies of Aluminum Ferrocyanide
*Yusuke Inaba1, Ria Mishima1, Keita Saito1, Sotaro Tachioka1, Miki Harigai1, Kenji Takeshita1, Shinta Watanabe2, Jun Onoe2(1. Tokyo Tech, 2. Nagoya Univ.)
[3B03]Development of cyano-group bridge-type coordination polymer with a high sorption characteristic of Platinum-group elements for high quality and volume reduction of vitrified objects containing high-level radioactive nuclear wastes(3) Sorption properties of hexacyanoferrate for platinum group metals and molybdenum
*Shinta Watanabe1, Toshiki Takeuchi1, Yusuke Inaba2, Ria Mishima2, Miki Harigai2, Masato Nakaya1, kenji Takeshita2, Jun Onoe1(1. Nagoya University, 2. Tokyo Institute of Technology)
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