Electrochemical transformation processes involving carbon, hydrogen, oxygen, nitrogen,
and small‐molecule chemistries represent a promising means to store renewable energy …

The electronic metal-support interaction (EMSI) of heterogenous catalysts has attracted
much attention for its enhancing electrocatalytic efficiency by impacting adsorption and …

With the electrochemical carbon dioxide reduction reaction (CO2RR) being a promising
method to reduce atmospheric carbon dioxide (CO2), transition metal dichalcogenides …

A novel strategy utilizing high‐frequency (10 MHz) hybrid sound waves to dramatically
enhance hydrogen evolution reactions (HER) in notoriously difficult neutral electrolytes by …

Modern day electrochemical devices find applications in a wide range of industrial sectors,
from consumer electronics, renewable energy management to pollution control by electric …

Develo** high-performance single-atom platinum (Pt) catalysts for acidic hydrogen
evolution reaction (HER) is of significance. However, their HER kinetics are limited due to …

Molybdenum diselenide (MoSe 2) is a potential non-precious metal-based hydrogen
precipitation electrocatalyst because of its distinctive layered structure and superior …

High entropy alloys have presented more interests in energy related applications including
catalyst materials. However, the engineering application of these materials is still hindered …

High entropy compound (HEC) nanostructures have attracted considerable attention for
various electrocatalysis reactions due to their unique physicochemical features provided by …

In the present study, we first propose the grain-boundary termination of the MgO (0 0 1)
surface (referred as GB@ MgO (0 0 1)) as the substrate to support a series of Rh n clusters …