Takeshi Nishimoto

The University of Tokyo — Japan

Energy · Physical Sciences

10h-index559citations17works3.72yr avg
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Research Topics

Electrocatalysts for Energy Conversion(13), Advanced battery technologies research(10), Fuel Cells and Related Materials(7), Hybrid Renewable Energy Systems(7), Electrochemical Analysis and Applications(7)

Publications17 total

An Advanced Probe of Local Electric Field to UnderstandElectrode/Electrolyte Interface during Oxygen Evolution
2025
Impact of gas bubble slug on high-frequency resistance and cell voltage in water electrolysis device
Journal of Power Sources·2024· 11 citedOpen Access
Bubble Layer Impact on High-Frequency Resistance and Cell Voltage in Water Electrolysis Device
SSRN Electronic Journal·2024Open Access
Oxidized Copper and Molybdenum Species Exclusively Boosting Electrocatalytic Hydrogen Evolution in Non-Extreme pH Carbonate Buffer Electrolyte
ACS Catalysis·2023· 9 citedOpen Access
Activating Nickel-Molybdenum Electrocatalyst Via Copper-Element Modification Toward 1 A cm<sup>−2</sup> Hydrogen Evolution in Non-Extreme pH Carbonate Buffer Electrolyte
ECS Meeting Abstracts·2023
Electrolyte Engineering Applying Concentrated Chloride Ions with Mixed Buffer Solutions for a Versatile High-Productivity Water-Splitting System
ACS Sustainable Chemistry & Engineering·2023· 21 citedOpen Access
Quantitative Description of Bubble Formation in Response to Electrolyte Engineering
Langmuir·2023· 62 citedOpen Access
High Current Density Oxygen Evolution in Carbonate Buffered Solution Achieved by Active Site Densification and Electrolyte Engineering
ChemSusChem·2022· 22 citedOpen Access
(Digital Presentation) Nickel-Iron Electrocatalysts Modified with Group 11 Metals Achieving 1 A cm<sup>−2</sup> of Oxygen Evolution in Buffered Near-Neutral pH Electrolyte
ECS Meeting Abstracts·2022
High Current Density Oxygen Evolution in Carbonate Buffered Solution Achieved by Active Site Densification and Electrolyte Engineering
SSRN Electronic Journal·2022Open Access
Gas Crossover Regulation by Porosity‐Controlled Glass Sheet Achieves Pure Hydrogen Production by Buffered Water Electrolysis at Neutral pH
ChemSusChem·2021· 21 citedOpen Access
Delivering the Full Potential of Oxygen Evolving Electrocatalyst by Conditioning Electrolytes at Near‐Neutral pH
ChemSusChem·2021· 40 citedOpen Access
Recent advances in understanding oxygen evolution reaction mechanisms over iridium oxide
Inorganic Chemistry Frontiers·2021· 153 citedOpen Access
Cover Feature: Water Electrolysis in Saturated Phosphate Buffer at Neutral pH (ChemSusChem 22/2020)
ChemSusChem·2020Open Access
Microkinetic assessment of electrocatalytic oxygen evolution reaction over iridium oxide in unbuffered conditions
Journal of Catalysis·2020· 96 citedOpen Access
Water Electrolysis in Saturated Phosphate Buffer at Neutral pH
ChemSusChem·2020· 67 citedOpen Access
Self-repairing hybrid nanosheet anode catalysts for alkaline water electrolysis connected with fluctuating renewable energy
Electrochimica Acta·2019· 57 cited

Frequent Co-authors

Kazuhiro Takanabe(16), T. Naito(9), Tatsuya Shinagawa(9), Keisuke Obata(7), Huihang Qiu(3), Keisuke Nagato(3), Kazuki Harada(3), Masaaki Yoshida(3), Hiroki Komiya(2), Zhicheng Yuan(1), Yaerim Lee(1), Ikuya Kinefuchi(1), Junichiro Shiomi(1), Yoshiyuki Kuroda(1), Shigenori Mitsushima(1), Melody Wada(1), Kensei Tsuburaya(1), Yuke Yang(1), R. Kramer Campen(1), Yujin Tong(1)