High‐entropy oxide micro/nano materials (HEO MNMs) have shown broad application
prospects and have become hot materials in recent years. This review comprehensively …

It remains a grand challenge to develop electrocatalysts with simultaneously high activity,
long durability, and low cost for the oxygen evolution reaction (OER), originating from two …

Highly active and cost-effective oxygen evolution reaction electrocatalysts have become
essential to replace commercial electrocatalysts that rely on rare noble metals. High-entropy …

Manipulating the structural and kinetic dissociation processes of water at the catalyst–
electrolyte interface is vital for alkaline hydrogen evolution reactions (HER) at industrial …

The intrinsic catalytic activity of conventional spinel electrocatalysts hinders their
electrocatalytic outcomes in lithium–oxygen batteries (LOBs), despite their appeal due to …

Manganese oxides reduce arsenic (As) toxicity by promoting aqueous-phase As (III)
oxidation and immobilization in natural aquatic ecosystems. In anaerobic water-sediment …

Developing novel high-entropy oxide electrocatalysts for oxygen evolution is a promising
strategy to accelerate the alkaline water electrolysis kinetics by optimizing the reaction …

Multielemental transition metal compounds represent a class of promising candidates for the
biomedical field due to their unique structure and biomedical application potential. However …

The development of efficient and durable catalysts for the oxygen evolution reaction (OER)
is urgent for renewable and sustainable energy storage and conversion. High-entropy …