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[13].The discovery of adsorbed iodine from trace impurity as a key trigger for promoted oxygen reduction reaction at Pt electrodes,Journal of Catalysis,2026,
[14].Regulating OH Adsorption Equilibrium via Iad Adlayer: An Efficient Strategy to Boost ORR on Pt Electrodes,ACS Catalysis,2026,
[15].Theory of vibrational Stark effect for adsorbates and diatomic molecules,PHYSICAL REVIEW B,2026,
[16].A method to reveal the reaction order for reactants in complex electrocatalytic reactions: formic acid/formate oxidation on Au(1 1 1) as the model system,Journal of Catalysis,2025,
[17].OH⁻-Enhanced Alkaline Hydrogen Evolution Reaction at Au(111) Electrode,Journal of Catalysis,2025,
[18].Proton-Relaying Adsorbates Induce Non-Nernstian Behavior in Oxygen Reduction,ACS Catalysis,2025,
[19].P-block elements adsorption induced shift of potential of zero free charge of Pt(111)/HClO4 interface,Electrochimica Acta,2025,
[20].Frequently Encountered Factors Which Obstruct the Evaluation of the Intrinsic Kinetics of Electrocatalytic Reactions,Chinese Journal of Chemical Physics,2025,
[21].From 2e− to 4e− pathway in the alkaline oxygen reduction reaction on Au(100): Kinetic circumvention of the volcano curve,The Journal of Chemical Physics,2025,
[22].Protons Accumulation near Au Electrode/Acid Interface Probed by Electrochemical in situ Infrared Spectroscopy under Attenuated Total Reflection Configuration,The Journal of Physical Chemistry C,2025,
[23].Regulating sulfonic acid group adsorption for enhanced oxygen reduction reaction activity at Pt(111)-Nafion,Journal of Power Sources,2025,
[24].Unveiling the Structure of Interfacial Water and its Role in Acidic and Alkaline Hydrogen Evolution Reaction at Au Electrode by Electrochemical in-situ Infrared Spectroscopy and Theoretical Simulation,Journal of Catalysis,2025,

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