Electrochemical water splitting is an ideal alternative to obtain hydrogen, which is a
renewable and clean source of energy with a high calorific value. Designing a highly stable …

This study addresses the environmental and health concerns associated with the pesticide
methyl parathion (MP) by exploring electrochemical sensing using a novel MnCuFe/P-GCE …

Making green hydrogen from natural biomass glucose electrolysis represents a successful
win-win scenario which not only achieves energy-efficient hydrogen production but also …

Producing green hydrogen from abundant natural resources such as seawater and human
urine is a viable solution for energy and industrial applications. However, the field of …

The design and development of innovative catalysts have emerged as a significant research
focus in the field of catalytic hydrolysis of sulfur-containing small molecules. In this study, two …

Heteroatom do**, especially with elements of lower electronegativity and smaller atomic
radius, can effectively modulate the electronic structure and surface properties of electron …

The industrial application of green hydrogen production from water electrolysis strongly
depends on the invention of low‐cost, highly‐active, and stable nonprecious electrocatalysts …