Transition metal borides, carbides, pnictides, and chalcogenides (X-ides) have emerged as
a class of materials for the oxygen evolution reaction (OER). Because of their high earth …

There has never been a more pressing need to develop sustainable energy systems as
dramatic climate changes emerge across the World. Some of these effects can be alleviated …

Electrochemical water splitting powered by renewable energy (eg solar, wind) has been
recognized as a sustainable and environmentally-friendly way to produce “green” hydrogen …

Understanding the relationship between electronic structure, surface characteristic, and
reaction process of a catalyst helps to architect proficient electrodes for sustainable energy …

Transition metal phosphide electrocatalysts have shown tremendous potential for oxygen
evolution reaction (OER). Herein, we develop Cu-CoP porous nanoplates through …

The main and significant element in the energy system is hydrogen atom. In addition,
electrochemical water splitting is among the most crucial approaches for displacing the …

Hydrogen production by electrocatalytic water splitting is of supreme significance for
revolving the energy crisis at hand, and developing highly efficient, robust and cost-effective …

The discovery of highly active and cost-effective materials capable of catalyzing the oxygen
evolution reaction (OER) is essential for water splitting. In the present study, we developed a …

Electrochemical water electrolysis has gained rapid and significant interest from scientists
and researchers in hydrogen production to reduce the dependency on fossil fuels and …

Next-generation fuels are produced via electrochemical water splitting technology, and
energy conversion processes can be improved by fabricating high-performance oxygen …