Ikeuchi Hirotomo, Sasaki Shinji, Onishi Takashi, Nakayoshi Akira, Arai Yoichi, Sato Takumi, Ohgi Hiroshi, Sekio Yoshihiro, Yamaguchi Yukako, Morishita Kazuki, et al. Analysis of deposits inside the reactor at Fukushima Daiichi Nuclear Power Station in JFY2021; The Subsidy program of "Project of Decommissioning and Contaminated Water Management (Development of Analysis and Estimation Technology for Characterization of Fuel Debris)" starting FY2021. JAEA-Data/Code 2023-005. 2023. 418
Koyama Shinichi, Ikeuchi Hirotomo, Mitsugi Takeshi, Maeda Koji, Sasaki Shinji, Onishi Takashi, Tsai T.-H., Takano Masahide, Fukaya Hiroyuki, Nakamura Satoshi, et al. Summary report in FY2022 of subsidy program for "the Project of Decommissioning and Contaminated Water Management (Development of Analysis and Estimation Technology for Characterization of Fuel Debris (Development of Technologies for Enhanced Analysis Accuracy, Thermal behavior Estimation, and Simplified Analysis of Fuel Debris)" started in FY2011. Hairo, Osensui, Shorisui Taisaku Jigyo Jimukyoku Homu Peji (Internet). 2023. 216
Kato Masato, Machida Masahiko, Hirooka Shun, Nakamichi Shinya, Ikusawa Yoshihisa, Nakamura Hiroki, Kobayashi Keita, Ozawa Takayuki, Maeda Koji, Sasaki Shinji, et al. Materials science and fuel technologies of uranium and plutonium mixed oxide. Materials Science and Fuel Technologies of Uranium and Plutonium mixed Oxide. 2022. 171
Ikeuchi Hirotomo, Koyama Shinichi, Osaka Masahiko, Takano Masahide, Nakamura Satoshi, Onozawa Atsushi, Sasaki Shinji, Onishi Takashi, Maeda Koji, Kirishima Akira*, et al. Development of technologies for enhanced analysis accuracy of fuel debris; Summary results of the 2020 fiscal year (Subsidy program for the project of decommissioning and contaminated water management). JAEA-Technology 2022-021. 2022. 224
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Study on core disruptive accidents of metal-fueled sodium-cooled fast reactors, 4; Plan of the measurement for eutectic reaction rate between U-Pu-Zr alloys and stainless steel
(日本原子力学会2025年秋の大会)
Analysis of fuel debris obtained from inside the pedestal of Unit 2 of Fukushima Daiichi Nuclear Power Station, 11; Nuclide analysis of fuel debris dissolved by nitric acid
(日本原子力学会2025年秋の大会)
Analysis of fuel debris obtained from inside the pedestal of Unit 2 of Fukushima Daiichi Nuclear Power Station, 5; Characterization of isotope ratios of nuclides and microstructure in fuel debris by SIMS and TEM
(日本原子力学会2025年秋の大会)
