Nishihara Kenji

ニシハラケンジ | Nishihara Kenji

Affiliation and department：

Research field (1)： Nuclear engineering

Papers (59)：

Takeshita Kenji*, Okamura Tomohiro*, Nakase Masahiko*, Abe Takumi, Nishihara Kenji. Impact of fast reactor fuel type on backend processes in the nuclear fuel cycle. Progress in Nuclear Science and Technology (Internet). 2025. 8. 52-57
Bachmann A. M.*, Nishihara Kenji, Richards S.*, Abe Takumi, Feng B.*. Initial benchmark comparison of the open-source Cyclus and NMB fuel cycle simulators. Progress in Nuclear Science and Technology (Internet). 2025. 8. 11-16
Abe Takumi, Oizumi Akito, Nishihara Kenji, Nakase Masahiko*, Asano Hidekazu*, Takeshita Kenji*. Scenario analysis of future nuclear energy use in Japan, 1; Methodology of nuclear fuel cycle simulator: NMB4.0. Progress in Nuclear Science and Technology (Internet). 2025. 7. 299-304
Abe Takumi, Nishihara Kenji. Direct disposal concepts of spent mixed oxide fuel from light water reactors based on heat transfer calculations. Journal of Nuclear Science and Technology. 2024. 61. 8. 1048-1060
Watanabe Nao, Yamashita Susumu, Uesawa Shinichiro, Nishihara Kenji, Yoshida Hiroyuki. Development of numerical analysis method of oxygen concentration near wall of lead-bismuth eutectic channel. Proceedings of 20th International Topical Meeting on Nuclear Reactor Thermal Hydraulics (NURETH-20) (Internet). 2023. 3522-3534

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MISC (84)：

Abe Takumi, Nishihara Kenji. Impact of nuclear fuel cycle operation factor uncertainty on nuclear power plant operation. Progress in Nuclear Science and Technology (Internet). 2025. 8. 47-51
Nishihara Kenji. R\&D on nuclear transmutation technology. Enerugi, Shigen. 2024. 45. 6. 359-363
Nishihara Kenji. None. Genshiryoku Nenkan 2025. 2024. 75-80
Bachmann A. M.*, Richards S.*, Feng B.*, Nishihara Kenji, Abe Takumi. Initial verification of Cyclus and NMB fuel cycle simulators. Proceedings of International Conference on Nuclear Fuel Cycle (GLOBAL2024) (Internet). 2024. 4
Takeshita Kenji*, Okamura Tomohiro*, Nakase Masahiko*, Nishihara Kenji, Abe Takumi. Impact of metal fuel fast reactor cycle implementation on back-end system including final disposal. Proceedings of International Conference on Nuclear Fuel Cycle (GLOBAL2024) (Internet). 2024. 2

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Lectures and oral presentations (140)：

Enhancing the reliability of nuclear fuel cycle simulations for future nuclear scenario forecasting, 5; Benchmark results for fuel cycle simulation
(日本原子力学会2025年秋の大会)
TASKI:AI-based nuclear knowledge management system, 4; Model Development for AI-Driven Nuclear Fuel Cycle simulator
(日本原子力学会2025年秋の大会)
Implementation of uranium enrichment cascade model to nuclear fuel cycle simulator
(Technical Workshop on Fuel Cycle Simulation (TWoFCS 2025))
None
(日本金属学会2025年春期(第176回)講演大会)
Implementation of an ideal gas centrifuge cascade enrichment model for NMB4 and mass balance analysis of recovered uranium utilization scenarios
(日本原子力学会2025年春の年会)

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