Polymer electrolyte fuel cells (PEFCs) are a promising replacement for the fossil fuel–
dependent automotive and energy sectors. They have become increasingly commercialized …

Porous Pt-based nanostructured materials possess intriguing physical and chemical
properties to generate promising potential for various important applications such as fuel …

This article presents a structure-based modeling approach to optimize gas evolution at an
electrolyte-flooded porous electrode. By providing hydrophobic islands as preferential …

Over the last decade, theory and modeling have become essential tools to navigate the
parameter space that governs activity and stability of electrocatalyst systems for polymer …

The development of biosensors for a range of analytes from small molecules to proteins to
oligonucleotides is an intensely active field. Detection methods based on electrochemistry or …

Platinum is deposited on open-cell nickel foam in low loading amounts via chemical
reduction of Pt cations (specifically, Pt2+ or Pt4+) originating from aqueous Pt salt solutions …

This review presents recent advances in Au and Pt nanostructured-based electrochemical
biosensors belonging to the third generation. We will list different routes to modify electrodes …

The porosity and utilization of platinum catalysts have a direct impact on their performance
within proton exchange membrane fuel cells. It is desirable to identify methods that can …

Persistent bubble accumulation during the oxygen evolution reaction (OER) can effectively
block catalytically active surface sites and reduce overall system performance. The OER is …

Platinum‐nanoparticle‐functionalized, ordered, porous support electrodes are prepared and
characterized as a potential new class of oxygen reduction reaction (ORR) electrocatalysts …