Synthesis and implementation of highly active, stable, and affordable electrocatalysts for the
oxygen evolution reaction (OER) is a major challenge in developing energy efficient and …

Fe plays a critical, but not yet understood, role in enhancing the activity of the Ni-based
oxygen evolution reaction (OER) electrocatalysts. We report electrochemical, in situ …

Water oxidation is the prerequisite for dioxygen evolution in natural or artificial
photosynthesis. Although it has been demonstrated that multinuclear active sites are …

A novel strategy to direct the oxygen reduction reaction to preferentially produce H2O2 is
formulated and evaluated. The approach combines the inertness of Au nanoparticles toward …

We study the oxygen reduction (ORR) and the oxygen evolution reaction (OER) and based
on previous obtained mechanistic insight we provide a unified general analysis of the two …

Water oxidation is a central reaction for energy conversion and storage. On the basis of the
detailed analysis of different reaction mechanisms the limitations associated with the O 2 …

Numerous studies have shown that the performance of hematite photoanodes for light-
driven water splitting is improved substantially by doping with various metals, including tin …

Fundamental aspects of the oxygen evolution reaction mediated by metal oxide catalysts are
presented. The oxygen evolution reaction is a critical bottleneck in the generation of …

The electrochemistry of hydrous iridium oxide films (HIROF) is revisited. Cyclic
voltammograms of HIROFs display two reversible redox couples commonly assigned to the …

Spin catalysis allows restrictions of the spin conservation rule to be overcome, and,
moreover, provides a tool for fine control of elementary reactions. Spin-conductive solid …