The design and synthesis of structured nanomaterials with dual properties have always
been highly attractive in various fields, especially in the reduction of environmental pollution …

The fabrication of an extremely productive, inexpensive and prominent electrocatalyst is
required to improve the slow oxygen evolution reaction (OER). Here, a hydrothermal …

For practically viable electrochemical water splitting at a large scale, it is imperative to
develop highly efficient electrocatalysts that work well in neutral electrolytes. However, the …

In recent times, MOF derived materials especially MOF derived oxides are being most
popular and widely used in various applications including energy conversion attributed to …

The prospect of supercapacitors solely relies on the propensity of the electrode to exhibit
characteristic advancements in adsorption and desorption of ions, charge/discharge …

Developing low-cost and high-active electrocatalysts for generating renewable H 2 fuel and
O 2 evolution is essential for green hydrogen energy. We have prepared CdS-V 2 O 5/gC 3 …

Detailed thermodynamic analysis was utilized to decouple the complex reaction network of
CO 2-mediated oxidative dehydrogenation (CO 2-ODH) of propane and unravel critical …

Seawater seems to be a sustainable feed for hydrogen generation through electrolysis.
Despite the thermodynamic propensity for the oxygen evolution reaction (OER) at the anode …

Developing the ecofriendly and high‐fidelity electrocatalysts for the oxygen evolution
reaction (OER) is essential to foster effective production of environmentally friendly …

The growing global energy demand has led to extensive research into high-performance
supercapacitors. Supercapacitor's performance greatly relies on the working electrode …