Catalyst layer (CL) is the core component of proton exchange membrane (PEM) fuel cells,
which determines the performance, durability, and cost. However, difficulties remain for a …

The results of investigation of various factors influencing water distribution in perfluorinated
membrane structure by method of standard contact porosimetry are summarized. The Nafion …

The development of high performance polymer electrolyte fuel cells increasingly relies on
modeling to optimally tune cathode catalyst layers (CCL) to desired properties. This includes …

In this recent decade, great interest has risen to develop metal-free and cheap, biomass-
derived electrocatalysts for oxygen reduction reaction (ORR). Herein, we report a facile …

An optimal water management in polymer electrolyte fuel cells hinges on the detailed
understanding of wetting phenomena inside the porous network of the cathode catalyst …

Catalyst layer (CL) has a significant impact on the overall pore structure of the entire
electrodes, thereby impacting the transport processes and the performance of polymer …

Nitrogen doped Carbon nanotubes supported Palladium electrocatalysts were synthesized
and used as a hydrogen electrode in PEM water electrolyser. The Morphology and …

Electrode structure determines the rate of transport and electrochemical reactions and is
significantly affected by the catalyst deposition method. In this study, the effect of catalyst …

Pt/C and Pt/CeO2–C catalysts with different CeO2 contents were prepared by microwave-
assisted polyol process and characterized by energy dispersive analysis of X-ray (EDAX), X …

Wettability is an important parameter of micro/nanostructured composites. The measurement
of apparent contact angle is strongly affected by surface roughness, which induces some …