ホーム > 武安光太郎/ Takeyasu, Kotaro

武安光太郎

ALUMNI 2026年7月現在、筑波大学が主たる所属機関ではありません

Takeyasu, Kotaro

北海道大学 , 触媒科学研究所 , 准教授
Hokkaido University , Institute for Catalysis , Associate Professor

1. Decoupling Electronic Activation and Pore Connectivity in Acidic Oxygen Reduction on Metal-Free Biomass-Derived Carbon Catalysts Ravi Singh; Daisuke Shibata; Daiki Kido; Tomohiro Ishi (+7 著者) Kotaro Takeyasu
ChemElectroChem accepted: (2026)
2. Nanoarchitectonics of Metal–Organic Framework on Fullerene Assemblies: Fabrication of Hierarchical Nanostructured Carbon Electrocatalysts Rabindra Nath Acharyya; Biswa Nath Bhadra; Sabina Shahi; Kenji Hayashida (+3 著者) Lok Kumar Shrestha
ACS Applied Materials & Interfaces 18: 28717 (2026) Semantic Scholar
3. Subsurface Graphitic Nitrogen Activates Protonated Pyridinic‐N Sites for Acidic Oxygen Reduction Dipti R. Panigrahi; Pranjit Barman; Shouvik Mete; AnilKumar U (+3 著者) Santosh K. Singh
Small (2026) Semantic Scholar
4. Carbon nanoarchitectonics: design, fabrication and innovation for energy application Guoping Chen; Kenji Hayashida; Kaito Homma; Kotaro Takeyasu (+3 著者) Katsuhiko Ariga
EnergyChem 8: 100193 (2026) Semantic Scholar
5. Enzymatic oxygen reduction dominates overpotential-driven thermogenesis in mitochondria Nuning Anugrah Putri Junji Namari; Mo Yan; Junji Nakamura; Kotaro Takeyasu
Chemical Science (2026) Semantic Scholar
6. Emergent Chirality from Pairing of Achiral Molecules: Homochiral Chains of Paired 1,10‐Phenanthroline on Au(111) Erlina Tik Man; Yuya Kaneko; Ryunosuke Kobata; Muhammad Alief Irham (+9 著者) Yasuo Yoshida
Advanced Materials Interfaces (2026) Semantic Scholar
7. Control of Hydration and Degree of p _z /π* Orbital Localization as Dual Keys for Durable Carbon Electrocatalysts in Acidic ORR Santosh K. Singh; Kotaro Takeyasu
ACS Catalysis (2026) Semantic Scholar
8. Precise 3D structure determination of Cu single atoms on α-Al ₂ O ₃ (0001) surface by polarization-dependent total reflection fluorescence X-ray absorption fine structure and first-principles calculation Bang Lu; Can Liu; Min Gao; Haoran Xu (+4 著者) Satoru Takakusagi
Physical Chemistry Chemical Physics (2026) Semantic Scholar
9. Controlled Generation of β‐NiOOH by Sulfuric Acid Treatment Enables Active and Durable Oxygen Evolution Catalysis Shouvik Mete; Dipti R. Panigrahi; Pranjit Barman; Manish S. Sengar (+2 著者) Santosh K. Singh
Chemistry – A European Journal 32: e03254 (2025) Semantic Scholar
10. Water‐Enabled CO ₂ Hydrogenation to Ethanol via a Mixed‐Potential‐Driven Mechanism Mo Yan; Ryuichi Saito; Nuning A. P. Namari; Paul Bappi (+2 著者) Kotaro Takeyasu
Chemistry – An Asian Journal 20: e00862 (2025) Semantic Scholar
11. Deciphering Adsorbate–Adsorbate Interactions from Scanning Tunneling Microscopy Images: Integrated Topological, Statistical, and First-Principles Analysis of Methoxy Adsorbates on Pt/TiO₂(110) Can Liu; Min Gao; Daiki Kido; Masao Kimura (+3 著者) Satoru Takakusagi
The Journal of Physical Chemistry C (2025) Semantic Scholar
12. Mixed‐Potential‐Driven Catalysis: An Electrochemical Mechanism for Room‐Temperature CO Oxidation on Gold Catalysts Mo Yan; Muhammad Asif; Ravi Singh; Kotaro TakeyasuJunji Nakamura
Advanced Science e05994 (2025) Semantic Scholar
13. Design Principles of Nitrogen‐Doped Carbon Catalysts for Oxygen Reduction Reaction Kenji Hayashida; Bang Lu; Satoru Takakusagi; Junji NakamuraKotaro Takeyasu
ChemElectroChem 12: (2025) Semantic Scholar
14. Why Does the Performance of Nitrogen‐Doped Carbon Electrocatalysts Decrease in Acidic Conditions? Kenji Hayashida; Junji Nakamura; Kotaro Takeyasu
Angewandte Chemie International Edition 64: e202502702 (2025) Semantic Scholar
15. Aqueous alkaline pH stable halide ((PEA)₂CoCl₄) perovskite for oxygen reaction electrocatalysis Pranjit Barman; Vijay Kumar; Kotaro Takeyasu; Santosh K. Singh
Journal of Materials Chemistry A 13: 16437 (2025) Semantic Scholar
16. Π-Electron and pH-Regulated Photochemical Detection of Trinitrophenol Using Nanoconfined Graphene Quantum Dots Dipti R. Panigrahi; Shashikana Paria; Mridul Jain; Manish S. Sengar (+5 著者) Santosh K. Singh
ACS Applied Nano Materials 8: 2614 (2025) Semantic Scholar
17. Simultaneous Measurement of Oxygen Consumption Rate and Thermogenesis in Biological Systems for Non-equilibrium Energetics Nuning Anugrah Putri Namari; Mo Yan; Junji Nakamura; Kotaro Takeyasu
e-Journal of Surface Science and Nanotechnology 22: 273 (2024) Semantic Scholar
18. Mixed‐Potential‐Driven Catalysis in Glucose Oxidation Mo Yan; Rafiq Arsyad; Nuning Anugrah Putri Namari; Hiroaki SuzukiKotaro Takeyasu
ChemCatChem 16: e202400322 (2024) Semantic Scholar
19. Theoretical framework for mixed-potential-driven catalysis Mo Yan; Nuning Anugrah Putri Namari; Junji Nakamura; Kotaro Takeyasu
Communications Chemistry 7: (2024) Semantic Scholar
20. Facile fabrication of graphitic carbon nitride/polydopamine/polyurethane foam as a floating photocatalyst for synthetic dye remediation Indra J. Budiarso; Shusaku Fujita; Shota Saito; Hermawan Judawisastra (+1 著者) Arie Wibowo
Reaction Chemistry & Engineering 9: 2718 (2024) Semantic Scholar

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1. ミトコンドリアダイナミクス～機能研究から疾患・老化まで～武安光太郎; Nuning Anugrah; Putri Namari; 中村潤児 (担当:分担執筆, 範囲:ミトコンドリア電子伝達系と熱産生メカニズム)
2021年
2. 触媒技術の動向と展望2020 武安光太郎; 中村潤児 (担当:分担執筆, 範囲:表面科学的手法による触媒研究の動向と課題)
2020年

1. ミトコンドリア呼吸鎖における過電圧散逸としての生体熱生成機構武安光太郎
第63回日本伝熱シンポジウム 2026年5月27日招待有り
2. Hybrid thermochemical–electrochemical catalysis enabled by mixed potentials: design of green CO₂ conversion reactions Kotaro Takeyasu
Modern Aspects of Green and Sustainable Chemistry 2026 2026年1月29日招待有り
3. Carbon catalysts: from fuel cell half-reactions to low-temperature heterogeneous catalysis Kotaro Takeyasu
Singapore Scientific Conference 2025 2025年12月8日招待有り
4. Carbon catalysts: from fuel cell half-reactions to low-temperature heterogeneous catalysis Kotaro Takeyasu
NUS-ICAT Joint International Symposium 2025年10月28日招待有り
5. Experimental Verification of Mixed-potential-driven Catalysis
日本表面真空学会学術講演会 2025年10月20日招待有り
6. カーボン触媒におけるプロトン化・水和効果と混成電位駆動による触媒設計武安光太郎
第６回ハイドロジェノミクス研究会 2025年10月16日招待有り
7. 不均一系・電極触媒反応のメカニズム解明と融合武安光太郎
学際統合物質科学研究機構若手共創ワークショップ 2025年10月2日
8. 電子状態と混成電位の制御に基づくカーボン触媒反応の俯瞰と設計論武安光太郎
第136回触媒討論会 2025年9月17日招待有り
9. Design Strategy of Carbon Catalysts for Oxygen Reduction and Mixed-Potential-Driven Catalysis Kotaro Takeyasu
3rd International Conference on Catalysis Science and Chemical Engineering 2025年7月21日招待有り
10. Mixed-potential-driven catalysis: From glucose oxidation to CO oxidation Kotaro Takeyasu
Hanyang University and ICAT Joint Research Symposium 2025年7月16日招待有り
11. 表面科学で見る電気化学：カーボン系触媒の限界拡張へ武安光太郎
日本表面真空学会第8回若手部会研究会 & 関東支部10周年記念シンポジウム 2025年4月17日招待有り
12. Designing Carbon Catalysts for Oxygen Reduction and Mixed-Potential-Driven Catalysis Kotaro Takeyasu
The 2 nd International Conference on Advanced Functional Materials (ICAFM 2025) 2025年3月27日招待有り
13. 表面科学を基盤とした電気化学反応触媒の理解と設計武安光太郎
日本表面真空学会東北・北海道支部学術講演会 2025年3月10日招待有り
14. 表面科学によるカーボン系電極触媒の限界突破武安光太郎
大分大学DX研究会 2025年2月5日招待有り
15. Thermochemical and electrochemical mixed reaction systems based on carbon-based catalysts Kotaro Takeyasu
Shiv Nadar University Department of Chemistry Seminar 2025年1月17日招待有り
16. 電子状態設計に基づくカーボン電極触媒の限界突破に向けて武安光太郎
第2回北海道大学触媒科学研究所-立命館大学 SRセンター合同シンポジウム 2024年12月25日招待有り
17. Mechanism-driven design of metal-free nitrogen-doped carbon electrocatalyst for oxygen reduction reaction Kotaro Takeyasu
12th Singapore International Conference on Chemistry (SICC-12) 2024年12月12日招待有り
18. 混成電位駆動型触媒反応の理論的枠組みと実験的検証武安光太郎
第134回触媒討論会 2024年9月13日招待有り
19. 窒素ドープカーボン触媒の活性低下メカニズムに基づく高性能化武安光太郎
第31回燃料電池シンポジウム 2024年5月24日招待有り
20. Mechanism-based design of metal-free nitrogen-doped carbonelectrocatalyst for oxygen reduction reaction Kotaro Takeyasu
9th Asian Conference on Colloid and Interface Science 2023 2023年12月13日招待有り