The oxygen reduction reaction (ORR) is the oldest studied and most challenging of the
electrochemical reactions. Due to its sluggish kinetics, ORR became the major …

Ubiquitous electrochemistry is expected to play a major role for reliable energy supply as
well as for production of sustainable fuels and chemicals. The fundamental understanding of …

Iron oxide nanoparticles (γ-Fe 2 O 3 NPs) have emerged as an innovative and promising
method of iron application in agricultural systems. However, the possible toxicity of γ-Fe 2 O …

Here, we comprehensively investigated methanol electrooxidation on Cu-based catalysts,
allowing us to build the first microfluidic fuel cell (μFC) equipped with a Cu anode and a …

Comparative investigation of the electrochemical oxygen evolution reaction (OER) activity
for clean energy production was performed by fabricating three different electrodes, namely …

Palladium has exceptional affinity with hydrogen and the evolution of the surface of its
nanomaterials prepared from chemical methods over time is still unclear. Here, the reducing …

Despite intense research to synthesize well-ordered noble-metals nanoparticles to
understand catalyzed electrochemical reactions, the synthesis and application of multi …

By effectively bypassing the common problem of the loss of contact of platinum
nanoparticles to carbon black support involved in the traditional methodology, supportless …

We report a fast method of producing rhodium-decorated platinum nanoparticles (NPs)
containing iridium oxides (IrO x) to be used in the glycerol electrooxidation reaction. We …

The formation of single-atom noble metal catalysts on carbon materials remains a challenge
due to the weak interaction between metals and pristine carbon. By means of density …