Nanomaterials are beginning to play an essential role in addressing the challenges
associated with hydrogen production and storage. The outstanding physicochemical …

Countries worldwide are seeking to decarbonize the planet by 2050 to mitigate climate
change. Green hydrogen (H 2) from water electrolysis is vital to worldwide decarbonization …

Electrocatalytic water splitting is a very promising and sustainable approach for generating
hydrogen as a clean carbon-free fuel. To develop an efficient electrocatalyst for water …

In this study, heterogeneous nickel phosphide‐nickel selenide (Ni2P‐NiSe2) nanosheets
are constructed to coat zinc phosphide‐based nanorods (ZnP NRs) under a unique core …

The hydrogen and oxygen generation has been regarded as the most promising solution
through electrochemical water splitting for the sake of alleviating the energy crisis and …

Urea electrolysis is regarded as an effective strategy for addressing energy and environment
issues. Here, a hierarchical structure with intimate interfaces derived from two-dimensional …

Hydrogen, an efficient and clean energy source has the potential to power our energy
systems of the future. Electrochemical water splitting as a hydrogen evolution source has …

The green and pollution-free hydrogen produced by electrochemical water splitting as a
clean energy carrier can effectively alleviate the energy crisis. Herein, we investigated and …

Coupling effect of chemical composition and physical structure is a key factor to construct
superaerophobic electrodes. Almost all reports about superaerophobic electrodes were …

The technology of electrolytic water splitting to produce hydrogen is considered a promising
method for renewable energy utilization. It is essential to develop bifunctional electrode …