Achieving highly active and stable oxygen reduction reaction performance at low platinum-
group-metal loadings remains one of the grand challenges in the proton-exchange …

The degradation of Pt-based catalyst severely limits the lifetime of a fuel cell with a proton-
conductive polymer electrolyte membrane (PEM FC) operating with H 2 as the fuel and O 2 …

Understanding the catalyst compositional and structural features that control selectivity is of
uttermost importance to target desired products in chemical reactions. In this joint …

Identical location electron microscopy (IL-EM) offers a unique opportunity to track the
morphological, compositional, and structural changes at the nanoscale in the systems where …

Understanding of less-noble-metal (M) dissolution from Pt-alloy-based oxygen reduction
reaction (ORR) electrocatalysts, as well its interaction with Pt surface, is crucial for …

Electrochemical dealloying as a post-treatment can greatly improve the catalytic activity of
nanoparticles. To date, selecting suitable conditions to reach desired porosity, composition …

The nanostructured PtCu x/C catalysts with an average nanoparticle size of 3–5 nm, which
significantly surpass in activity the commercial Pt/C analog in the oxygen electroreduction …

This review considers the features of the catalysts with different nanoparticle structures
architecture transformation under the various pre-treatment types. Based on the results of …

In the future, low-temperature proton exchange membrane fuel cells (PEMFC), together with
batteries, are expected to compete and eventually replace conventional combustion engines …

A multifunctional electrocatalytic composite was synthesized for use as a generic catalytic
material in the polymer electrolyte membrane (PEM) type reactors, working in either fuel cell …