Rchr
J-GLOBAL ID：202101011803052749
Update date: Nov. 01, 2024
Watanabe So
ワタナベ ソウ | Watanabe So
Affiliation and department：
Research theme for competitive and other funds (1)：
- WDS-PIXEのエネルギー分解能を飛躍的に向上させるための画像処理手法の開発
Papers (56)：
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Oguri Kaori, Hagura Naoto*, Yamaguchi Akiko, Okumura Masahiko, Matsuura Haruaki*, Tsunashima Yasumichi, Aoki Katsumi, Arai Yoichi, Watanabe So. Characterization of mineral composition using PIXE and EXAFS analyses to elucidate the Barium adsorption mechanism. Nuclear Instruments and Methods in Physics Research B. 2024. 556. 165516\_1-165516\_8
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Nakahara Masaumi, Watanabe So, Ishii Yasuyuki*, Yamagata Ryohei*, Yuri Yosuke*, Yuyama Takahiro*, Ishizaka Tomohisa*, Koka Masashi*, Yamada Naoto*, Hagura Naoto*. Ion beam induced luminescence of lanthanide complexes in organic solvents irradiated by hydrogen and argon ion beams. Nuclear Instruments and Methods in Physics Research B. 2024. 554. 165449\_1-165449\_5
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Arai Yoichi, Watanabe So, Watanabe Masayuki, Arai Tsuyoshi*, Katsuki Kenta*, Agou Tomohiro*, Fujikawa Hisaharu*, Takeda Keisuke*, Fukumoto Hiroki*, Hoshina Hiroyuki*, et al. Adsorption mechanism of Eu onto newly synthesized fluorous-compound-impregnating adsorbent. Nuclear Instruments and Methods in Physics Research B. 2024. 554. 165448\_1-165448\_10
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Nakahara Masaumi, Watanabe So, Kimura Shuya, Sasaki Misa*, Inagaki Hiromitsu*, Moriguchi Tetsuji*. Ultrasound-assisted removal of contaminants on stainless steel surfaces using nitrogen ultrafine bubble water. Progress in Nuclear Energy. 2024. 172. 105195\_1-105195\_8
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Arai Yoichi, Hasegawa Kenta, Watanabe So, Watanabe Masayuki, Minowa Kazuki*, Matsuura Haruaki*, Hagura Naoto*, Katsuki Kenta*, Arai Tsuyoshi*, Konishi Yasuhiro*. Investigation of adsorption mechanism of Mo(VI) by baker's yeast and applicability to the uranium liquid waste treatment process. Journal of Radioanalytical and Nuclear Chemistry. 2024. 333. 7. 3585-3593
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MISC (13)：
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Nakahara Masaumi, Watanabe So, Yuyama Takahiro*, Ishizaka Tomohisa*, Yuri Yosuke*, Ishii Yasuyuki*, Yamagata Ryohei*, Yamada Naoto*, Koka Masashi*, Kada Wataru*, et al. Ion beam induced luminescence measurements of porous silica adsorbents containing europium complexes by argon ion beam irradiation. QST-M-47; QST Takasaki Annual Report 2022. 2024. 64
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Nakahara Masaumi, Watanabe So, Ishii Yasuyuki*, Yamagata Ryohei*, Yamada Naoto*, Koka Masashi*, Yuyama Takahiro*, Ishizaka Tomohisa*, Kada Wataru*, Hagura Naoto*. Ion beam induced luminescence spectra of europium complexes in silica-based adsorbent. QST-M-39; QST Takasaki Annual Report 2021. 2023. 62
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Sano Yuichi, Sakamoto Atsushi, Miyazaki Yasunori, Watanabe So, Morita Keisuke, Emori Tatsuya, Ban Yasutoshi, Arai Tsuyoshi*, Nakatani Kiyoharu*, Matsuura Haruaki*, et al. Hybrid process combining solvent extraction / low pressure loss extraction chromatography for a reasonable MA(III) recovery process. Proceedings of International Conference on Nuclear Fuel Cycle; Sustainable Energy Beyond the Pandemic (GLOBAL 2022) (Internet). 2022. 4
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Ogi Hiromichi*, Arai Yoichi, Aihara Haruka, Watanabe So, Shibata Atsuhiro, Nomura Kazunori. Comprehensive treatment of radioactive liquid waste of Chemical Processing Facility. JAEA-Technology 2021-007. 2021. 27
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Miyazaki Yasunori, Watanabe So, Nakamura Masahiro, Shibata Atsuhiro, Nomura Kazunori, Kai Tetsuya, Parker J. D.*. Observation of Eu adsorption band in the CMPO/SiO$_{2}$-P column by neutron resonance absorption imaging. JPS Conference Proceedings (Internet). 2021. 33. 011073\_1-011073\_7
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Patents (5)：
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含フッ素単環芳香族化合物及びその製造方法、金属イオン用吸着剤
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粒子製造方法及び粒子製造装置
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化合物膜の剥離除去方法
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希土類元素及び/又はアクチノイドの吸着材、それを用いた希土類元素及び/又はアクチノイドの回収方法並びにそれを用いたスカンジウム又はアクチノイドの分離方法
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金属元素の選択的分離方法、及び分離装置
Lectures and oral presentations (202)：
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None
(連合年会2024(第37回日本イオン交換研究発表会・第43回溶媒抽出討論会))
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Extraction chromatography technology for MA(III) recovery from spent MOX fuel, 1; Overview of the research project
(International Conference on Nuclear Fuel Cycle (GLOBAL2024))
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Extraction chromatography technology for MA(III) recovery from spent MOX fuel, 2; Preparation of extractant-impregnated absorbent based on polymer-coated SiO$_{2}$ particles
(International Conference on Nuclear Fuel Cycle (GLOBAL2024))
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Extraction chromatography technology for MA(III) recovery from spent MOX fuel, 7; Radiolytic degradation of the extracting agent in adsorbent
(International Conference on Nuclear Fuel Cycle (GLOBAL2024))
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Precipitation behavior of Mn(II), Fe(II), Co(II), and Ni(II) in molten chlorides
(日本原子力学会2024年秋の大会)
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