Electrochemical and electrocatalytic processes are of key importance for the transition to a
sustainable energy supply as well as for a wide variety of other technologically relevant …

Fuel cell heavy-duty vehicles (HDVs) require increased durability of oxygen-reduction-
reaction electrocatalysts, making knowledge of realistic degradation mechanisms critical …

In the process of developing carbon-supported metal catalysts, determining the catalyst
particle-size distribution is an essential step, because this parameter is directly related to the …

Understanding the structure of nanoparticles under (electro) catalytic operating conditions is
crucial for uncovering structure–property relationships. By combining operando X-ray total …

Advanced in situ analyses are indispensable for comprehending the catalyst aging
mechanisms of Pt‐based PEM fuel cell cathode materials, particularly during accelerated …

Operando studies using high‐energy X‐rays from synchrotron sources are essential for
unraveling the complex material transformation that electrocatalysts undergo under …

The relationship between Pt particle size and activity and durability of Pt/C electrocatalysts
on rotating disk electrodes is established and the results show that Pt/C electrocatalysts with …

Understanding the structure of nanoparticles under (electro) catalytic operating conditions is
crucial for uncovering structure-property relationships. By combining operando X-ray total …

Electrocatalysis plays a major role in energy conversion technologies for the storage of
renewable electricity, such as electrolyzers and fuel cells. Small metal nanoparticles, eg of …

Proton exchange membrane fuel cell (PEMFC) powered vehicles are a promising alternative
to combustion engines in the heavy-duty sector. For such applications extended lifetimes of …