Highly active oxygen evolution reaction (OER) electrocatalysts plays a crucial role in efficient
water splitting. Understanding the OER mechanism provides the premise for rational catalyst …

Polymer electrolyte membrane water electrolyzers (PEMWEs) driven by renewable
electricity are deemed to be a promising technology toward green hydrogen production …

The sluggish oxygen reduction/evolution reaction (ORR/OER) kinetics greatly limits the
application of zinc-air batteries (ZAB). Regarding this, searching for high-efficient …

Composite strategies for constructing dual-atom sites at the hetero-interface provide
considerable prospects for designing efficient bifunctional oxygen catalysts. Given the …

Limits of steering selectively gas evolving reaction on Ru rich oxide phases in Ru-Mn-O
system were investigated by combined theoretical and experimental approach. Ru 1-x Mn x …

Strain engineering is an effective strategy in modulating activity of electrocatalysts, but the
effect of strain on electrochemical stability of catalysts remains poorly understood. In this …

Oxygen evolution reactions (OER) are highly significant and play a critical role in the
advancement of fuel cells, electrolyzers, chemicals, and solar energy conversion devices …

Strain engineering, as a cutting-edge method for modulating the electronic structure of
catalysts, plays a crucial role in regulating the interaction between the catalytic surface and …

Heterogeneous electrocatalysts stabilize adsorbed reaction intermediates at their surfaces
and promote electron transfer to facilitate reaction rates. Although immense efforts—both …

Seawater represents an inexhaustible reservoir of valuable resources, containing vast
quantities of both water and minerals. However, the presence of various impurities in …