Keio University · Faculty of Science and Engineering / Graduate School of Science and Engineering

Research keywordsdivertor heat load・edge plasma transport・hydrogen retention・tungsten・negative hydrogen ion sources・plasma-wall interactions

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• Deep Learning of Hydrogen Trapping Sites in Tungsten for Atomistic Plasma-Wall Simulations2026 · Plasma and Fusion Research
• Relationship between Surface-Produced H⁻ Density and the Potential Structure of an Ion-Ion Plasma near the Extraction Aperture in Negative Hydrogen Ion Sources2026 · Plasma and Fusion Research
• An Estimation of the Heat Load Distribution on the Divertor Target Using the CSD Model2026 · Contributions to Plasma Physics 2026年
• Code-to-code comparison of SOLPS-ITER and SONIC edge transport codes in JT-60SA tokamak plasma conditions2026 · Fusion Engineering and Design 228 2026年07月

• 励起粒子の生成と輸送に伴うエネルギー・運動量損失の理解と非接触再結合プラズマ制御2024 · -
• ダイバータ配位プラズマの境界層におけるプラズマ流と不純物輸送へのドリフトの効果2022 · -
• 消えるプラズマの時空間構造を支配する物理・化学機構の解明と制御2020 · -
• 重水素負イオン源における同位体効果の物理メカニズムの理論的解明2019 · -

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