To tackle the global energy scarcity and environmental degradation, develo** efficient
electrocatalysts is essential for achieving sustainable hydrogen production via water …

Large current‐driven alkaline water splitting for large‐scale hydrogen production generally
suffers from the sluggish charge transfer kinetics. Commercial noble‐metal catalysts are …

Single-atom catalysts have risen significant attention in the realm of green electrocatalytic
energy conversion to address energy and environmental sustainability challenges …

Abstract 2D platinum diselenide (PtSe2) exhibits exceptional layer‐dependent electrical
properties and high catalytic activity for hydrogen evolution reactions, making it an ideal …

Expensive platinum-based electrocatalysts are used for hydrogen production on a large
scale through water splitting. The alternative to these precious electrocatalysts is two …

In the case of low-dimensional semiconductor devices, the basic physical properties of
materials can be measured through device manufacturing using single crystal synthesis and …

Producing green hydrogen via water electrolysis using renewable energy sources holds
promise for a sustainable future. However, current challenges arise from the energy …

Metastable two-dimensional transition metal dichalcogenides (TMDs) are ideal
electrocatalysts because of their excellent conductivities and high activities. However …

In this study, a simple and versatile strategy is demonstrated to create acid-like local
environments (ALLE) to boost alkaline hydrogen evolution reaction (HER) kinetics of Pt/C …

Nanostructured NbSe 2 has gained enormous interest in recent decades owning to its exotic
properties and potential applications. Although two-dimensional (2D) NbSe 2 structures …