Since the seminal works on the application of density functional theory and the
computational hydrogen electrode to electrochemical CO2 reduction (eCO2R) and …

Electrode degradation under oxidizing conditions is a major drawback for large-scale
applications of platinum electrocatalysts. Subjecting Pt (111) to oxidation–reduction cycles is …

Direct ethanol fuel cells show great promise as a means of converting biomass ethanol
derived from biomass into electricity. However, the efficiency of complete conversion is …

This paper proposes an environmentally friendly one-pot synthesis approach for the PtCu
and PtNi nanoparticles with the gradient structure on the carbon support. This method offers …

Here, we develop and show the use of an open-source Python library to control commercial
potentiostats. It standardizes the commands for different potentiostat models, opening the …

The first applications of hydrogen in a natural gas grid will be the admixing of low
concentrations in an existing distribution grid. For easy quality and process control, it is …

Electrode surfaces may change their surface structure as a result of the adsorption of
chemical species, impacting their catalytic activity. Using density functional theory, we find …

An important stage in the development of platinum electrocatalysts on carbon support is the
analysis of their basic parameters. Cyclic voltammetry is an effective tool for analyzing the …

We present a comparative study of the electrocatalytic performance of catalysts obtained by
electrochemical and spontaneous deposition of Pt on glassy carbon (GC) and graphene …

Herein, we report a facile and flexible synthesis of porous and highly faceted platinum
nanoparticles (NPs) performed in the liquid phase. The synthesis is performed by reduction …