Sato Haruo

サトウハルオ | Sato Haruo

Affiliation and department：
Job title： Associate Professor

Research field (1)： Nuclear engineering

Research theme for competitive and other funds (6)：

2024 - 2029 Enhancement of a Thermo-Hydro-Mechanical Coupled Model of Buffer Material Composing Engineered Barrier in Radioactive Waste Disposal
2023 - 2024 廃棄物処分場における止水・遮水材としてのベントナイトの周辺岩盤亀裂への侵入及び流出に関するモデルの開発(申請)
2023 - 2024 A Thermodynamic Study on Effect of Exchangeable Cations in Interlayer on Moisturization and Swelling Property of Bentonite
2023 - 2024 Development of a Method for Determining the Swelling Stress of Bentonite in the Low Density Region by Swelling Volume Measurements
2022 - 2024 放射性廃棄物処分における人工バリア構成材料のベントナイトの吸水・膨潤特性に及ぼす温度の影響に関する熱力学モデルの開発(採択)

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Papers (22)：

Haruo Sato. Measurements of Thermodynamic Data of Water in Na-Bentonite in the Standard Condition by Relative Humidity Method. Proceedings of the Water-Rock Interaction WRI-17 & Applied Isotope Geochemistry AIG-14. 2023
Haruo Sato. A Thermodynamic Study on Effect of Temperature on Swelling Properties of Bentonite as a Nanoparticle Material. 2023. 17-19
Haruo Sato. A Thermodynamic Study on Effect of Temperature on Swelling Properties of Bentonite as a Nanoparticle Material. 2022. 20-23
Haruo Sato. A Thermodynamic Model of Effect of Temperature on Swelling Stress of Buffer Material in Geological Disposal. MRS Advances (Scientific Basis for Nuclear Waste Management XLV). 2022. Volume 7. Issue 7-8. 160-164
Haruo Sato. Estimation of the Amount of I-129 in the Environment Generated due to the Decay of Te-129m Discharged by the Fukushima NPS Accident. 2021. 1-6

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MISC (37)：

Kohei Ouchi, Haruo Sato. Analysis of Thermo-Hydro-Chemical (T-H-C) Coupled Processes in Buffer Materials Focused on the Clay Mineral Montmorillonite. 2023. 33-36
Kengo Yamanaka, Haruo Sato. A Study on Intrusion Behavior of Buffer Material into a Neighboring Rock Fracture Considered Density Distribution Change In Buffer Material Based on Particle Diffusion Model. 2023. 29-32
Kosuke Ichikawa, Haruo Sato. Measurements of Thermodynamic Data of Water in Ca-Montmorillonite by Relative Humidity Method. 2023. 1-4
Haruo Sato. Effect Analysis to the Environment of I-129 Generated due to the Decay of Te-129m Discharged by the Fukushima NPS Accident. Proceedings of the 56th JSSE Meeting. 2023. 141-144
Haruo Sato. Development of a Thermodynamic Model for Swelling Stress of Bentonite: Measurements of Thermodynamic Data of Water in Na-Bentonite. 47th Symposium on Scientific Basis for Nuclear Waste Management (SBNWM2023). 2023. 20

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Lectures and oral presentations (104)：

Analyses of Thermo-Hydro-Mechanical (T-H-M) Coupled Processes in Buffer Material
(2023)
A Study on Intrusion Behavior of Buffer Material into a Neighboring Rock Fracture Considered Density Distribution Change in Buffer Material Based on Particle Diffusion Model
(2023)
Measurements of Thermodynamic Data of Water in Ca-Montmorillonite by Relative Humidity Method
(2023)
Effect Analysis to the Environment of I-129 Generated due to the Decay of Te-129m Discharged by the Fukushima NPS Accident
(56th JSSE Meeting 2023)
Development of a Thermodynamic Model for Swelling Stress of Bentonite: Measurements of Thermodynamic Data of Water in Na-Bentonite
(47th Symposium on Scientific Basis for Nuclear Waste Management (SBNWM2023) 2023)

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Committee career (7)：

2020/06 - 現在日本原子力学会中国・四国支部副支部長
2018/12 - 現在 Atomic Energy Society of Japan Member of the Atomic Energy Teachers Council
2023/12 - 2024/03 地盤工学会地盤工学会賞候補業績審査委員
2023/04 - 2024/03 Ministry of Economy, Trade and Industry Judging committee of research badgets
2023/04 - 2024/03 経済産業省資源エネルギー庁沿岸部処分システム評価確証技術開発外部評価委員会委員

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Awards (11)：

2023/03 - Atomic Energy Society of Japan 2022 Fellow award of Atomic Energy Society of Japan
2023/03 - Excellent presentation award
2022/12 - Chugoku-Shikoku Blanch of Atomic Energy Society of Japan Excellent presentation award
2022/06 - Chugoku-Shikoku Blanch of Atomic Energy Society of Japan Academic Award of Chugoku-Shikoku Branch (Atomic Energy Society of Japan)
2022/03 - Atomic Energy Society of Japan Outstanding Performance Award A Study on Intrusion Behavior of Buffer Material into a Neighboring Rock Fracture Considered Density Distribution Change in Buffer Material Based on Particle Diffusion Model

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