Ammonia is a carrier of high energy density and a good hydrogen storage substance. The
Haber-Bosch process accounts for 90% of the world's ammonia production, which relies on …

Cu-based diatomic catalysts have been reported to selectively synthesize urea. However,
problems such as high applied potential (–0.6∼− 1.5 V vs. RHE) and low urea yields are still …

According to the principles of chemical thermodynamics, the catalytic activation of small
molecules (like N2 in air and CO2 in flue gas) generally exhibits a negative activity …

Environmentally friendly electrocatalytic coupling of CO2 and N2 for urea synthesis is a
promising strategy. However, it is still facing problems such as low yield as well as low …

The electrocatalytic synthesis of urea from nitrate ions as wastewater pollutants with CO2 is
a sustainable pathway. However, efficient electrosynthesis of urea across broad nitrate …

Regulating the adsorption of an intermediate on an electrocatalyst by manipulating the
electron spin state of the transition metal is of great significance for promoting the activation …

The alkaline hydrogen evolution reaction performance of Ni-based catalysts is strongly
affected by sluggish water dissociation, slow H* transport, and inappropriate H* adsorption …

The synthesis of nitrate by the electrochemical N2 oxidation reaction (NOR) is currently one
of the most promising routes. However, the traditional generation of nitrate depends on the …

Abstract Nickel-iron based (Ni-Fe) catalysts are widely used in the electrolysis of water due
to their high activity and low cost. However, the development of highly active non-precious …

Directional construction of crystalline/amorphous (c/a)-phosphosulfide heterostructures with
exceptional intrinsic activity through a facile strategy is challenging. In this study, we …