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[13].
Editor overview: Surface electrochemistry (2024) advanced research methods of surface electrochemistry,Current Opinion in Electrochemistry,2024,
[14].
Determination of the Reaction Orders for Electrode Reactions,Current Opinion in Electrochemistry,2024,
[15].
Enhanced Electrocatalysis of Oxygen Reduction on Se-Modified Platinum Single Crystal Electrodes,Journal of Catalysis,2024,
[16].
Disordering of Rh(111) Single Crystalline Electrode Surface in O2 Saturated Acid,Electrochimica Acta,2024,
[17].
Unraveling the Oxidation Mechanism of Formic Acid on Pd(111) Electrode: Implications from pH and H/D Kinetic Isotope Effects,ACS Catalysis,2024,
[18].
Effect of pH on the (Bi)phosphate Adsorption at Pd(111) Electrode,Chinese Journal Of Chemical Physics,2024,
[19].
The Importance of Properly Correcting the Electric Double Layer Effect in Unravelling the Intrinsic Kinetics of Electrode Reactions,Nano Materials Science,2024,
[20].
Deciphering the linear relationship in the activity of the oxygen reduction reaction on Pt electrodes: a decisive role of adsorbates,Journal of Energy Chemistry,2024,
[21].
Effects of solution pH and preparation conditions on the electrochemical behaviors of Pt(111)-Nafion interface,Electrochimica Acta,2024,
[22].
Boosting Oxygen Reduction at Pt(111)|Proton Exchange Ionomer Interfaces through Tuning the Microenvironment Water Activity,ACS Applied Materials & Interfaces,2024,
[23].
The pH Induced Increase of the Rate Constant for HER at Au(111) in Acid Revealed by Combined Experiments and Kinetic Simulation,Analytical Chemistry,2023,
[24].
On the Accurate Calibration of Differential Electrochemical Mass Spectrometry,Current Opinion in Electrochemistry,2023,
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