Electrochemical water electrolysis represents a highly promising technology for large-scale
and sustainable hydrogen production, which largely depends on the development of earth …

Fabricating low-cost, earth-enriched and high-performance electrocatalysts for hydrogen
evolution reaction (HER) is significant but challenging for the development of a sustainable …

Electrocatalytic water splitting to produce green hydrogen is one of the important ways to
develop sustainable energy systems. Highly active, low-cost amorphous alloys composed of …

The consumption of non-renewable resources has determined that the exploration and
utilization of pollution free energy has been a hot research subject in the near future …

The development of electrocatalysts that have long-term stability under large current density
is very crucial for hydrogen production via alkaline water electrolysis. In this paper, a novel …

Non-noble metal-based heterostructures have emerged as a promising strategy to construct
high-efficient electrocatalysts for the Oxygen evolution reaction. Herein, we reported a three …

The mixed metal dichalcogenides combination of WS 2–MoS 2 was coated onto Cu
substrate by electroless NiMoP plating technique and the electrocatalytic hydrogen …

The development of highly efficient, long-lasting, and earth-rich electrocatalysts for hydrogen
evolution processes (HER) is crucial to the advancement of hydrogen energy. Due to its …

Designing efficient electrocatalysts and insight into their electrocatalytic mechanisms are
significantly important for storing and converting the intermittent sustainable energy sources …

The construction of hydrogen evolution reaction (HER) catalysts at high current density
(HCD) is challenging. Electron/mass transfer is hindered by the unsatisfied electrical …