Oxygen evolution reaction (OER) is a crucial half-reaction in electrochemical water splitting,
and efficient and durable electrocatalysts are required to improve the sluggish OER kinetics …

The shift towards cheaper, non‐platinum group metal electrocatalyst materials for clean
energy technologies is coupled with challenges in maintaining long‐term performance. For …

One of the main challenges in the scale-up of polymer electrolyte membrane water
electrolysis (PEMWE) is the required decrease in the loading of the costly and scarce Ir …

The oxygen evolution reaction (OER) is pivotal in sustainable fuel production. Neutral‐pH
OER reduces operational risks and enables direct coupling to electrochemical CO2 …

The cobalt–phosphate amorphous oxyhydroxide water-splitting catalyst, CoPi, is widely
investigated because of its reactivity and self-repair analogous to the oxygen-evolving …

In the present work, an effort was made for the first time to develop novel catalysts by
recycling broken borosilicate glass (BSG) loaded with iron and cobalt for the abatement of …

Developing high-efficiency and affordable electrocatalysts for the sluggish oxygen evolution
reaction (OER) remains a crucial bottleneck on the way to practical applications of water …

Cryptomelane-type α-MnO2 has a high specific capacitance and cyclic stability because of
its combination of 1× 1 and 2× 2 tunnel structures that are formed from the edge-and corner …

With the extensive development of nanozymes in recent years, catalytic efficiency has been
considered as the Gordian knot that restricts the further applications of nanozyme. Moreover …

Abstract Knowledge-guided improvement of electrocatalytic materials is facilitated by insight
in determinants of activity, selectivity, and stability. Catalyst re-construction, surface …