Energy is the basic need of this modern era and water splitting is the best known renewable
source of energy. Designing an effective, high performing and durable electrocatalyst has …

The fundamental discrepancy in energy produced from renewable sources indicates that
there is a persistent mismatch between the supply and demand of energy. Researching and …

Rare earth (RE) elements with unique 4f orbitals have emerged as crucial components in
advancing nanomaterials for improved electrocatalytic water splitting because of the overlap …

Investigating efficient electrocatalysts for the oxygen evolution reaction (OER) is an essential
aspect of numerous energy revolution systems that involve water electrolysis. Spinel …

For hydrogen production, the greatest emphasis is on the development of economical and
efficient bifunctional electrocatalysts. In the present work, P-doped CuMn2O4 on nickel foam …

The primary focus of energy-storage system development is to find cost-effective solutions
that improve performance, efficiency and stability. The electrode composed of CaZrO 3 …

Developing effective and durable electrocatalysts for long-term energy conversion
technologies is still an ongoing problem for researchers. For this purpose, perovskite oxides …

This research aims to produce a highly stable, effective, economical, and novel electro-
active catalyst for the oxygen evolution reaction, a significant advancement in green energy …

The remarkable features of transition metal chalcogenides (TMC s) have attracted much
interest in materials science. TMC s have the benefit of being easily synthesized into …

The escalating need for energy in the context of future development has prompted a
significant surge in research efforts focused on exploring renewable energy sources. The …