The present study reports a simple electrochemical approach to the fabrication of a new
nanocomposite containing PtPd nanoflowers (NFs) promoted with two-dimensional (2D) …

The accurate evaluation of the activation overpotential of a membrane electrode assembly
(MEA) is essential for fuel cell design. We have developed a new method of precisely …

Potential-dependent structures and potential-induced structure changes of the Pt (111)
electrode in perchloric and sulfuric acid electrolyte solutions were investigated in the …

The thermodynamics of the so-called perfectly polarized electrode were employed to
analyze the total charge densities for a Pt (111) electrode in solutions of H2SO4 with an …

This study applied the pulse reversal electrodeposition (PRE) technique to deposit a
platinum film having a nanoflowers (PtNFs) structure onto an indium tin oxide (ITO) glass …

Recoverable voltage loss was observed for a PEM fuel cell due to membrane chemical
degradation under open circuit voltage (OCV) conditions. The anion analysis of the fuel cell …

The extensive knowledge gained with the study of single‐crystal electrodes about the
influence of surface structure on the electrochemical properties of platinum (Pt) has proved …

Knowledge of the molecular composition and electronic structure of electrified solid–liquid
interfaces is key to understanding elemental processes in heterogeneous reactions. Using X …

The recent discovery of an anion efficacy series for the formation and stabilization of
transition-metal Ir (0) n nanoclusters, specifically P2W15Nb3O629−∼ SiW9Nb3O407−> …

In the present work, the three-dimensional ultra-fine platinum nanoflowers are directly
deposited on carbon-coated gas diffusion layer electrode (C-GDL) by a single-step …