Water electrolysis is one of the recent alternatives for the generation of clean fuels
(Hydrogen) with no unwanted by-products. As primary energy sources, hydrocarbon-based …

In this paper, we report an inexpensive one-step synthesis of self-supported 3D nickel-
manganese (NiMn) bimetallic coatings and their application for the hydrogen evolution …

The shortage of freshwater resources in the world today has limited the development of
water splitting, and our eyes have turned to the abundant seawater. The development of …

This study investigated the pseudocapacitive energy storage system of biphasic CuS x and
CoS x electrodeposited on nickel foam (NF). XRD, FESEM, and EDX show the formation of …

This study employed an electrodeposition approach to synthesize multiphasic CuS x and
FeS x on nickel foam (NF) for application in saline water splitting. This multiphasic …

Seawater electrolysis can address the freshwater crisis and promote sustainable
development, but there are several challenges, such as low catalyst activity and …

Hydrogen generation through water electrolysis is greatly dependent on the development of
energy and time-efficient techniques to construct stable and active electrocatalysts for …

The electro-oxidation reactions (EORs) are key half reactions to achieve efficient hydrogen
production via direct or assisted water electrolysis, and the development of bifunctional EOR …

The oxygen evolution reaction (OER) tends to limit the rate of electrolysis of water.
Accordingly, there is much interest in the development of electrocatalysts for this important …

This study investigates a sandwich-like CuS x/MnS x electrode fabricated through
electrodeposition technique on nickel foam (NF) substrate for hydrogen evolution reaction …