The highly performed electrochemical energy storage systems have been required to rectify
the reduction of sustainable energies in recent times. Herein, we investigate a facile …

A scalable method has been developed for synthesizing nitrogen-doped carbon-supported
platinum nanoparticles. Fusarium oxysporum was utilized as reducing and stabilizing agent …

Energy Storage is considered to be an efficient solution to energy crisis, and research for
development of efficient electrode materials that can effectively store energy is way forward …

Metal organic frameworks when subjected to varying temperatures and frequencies. The
analysis indicate the presence of guest molecules enhance the dielectric constant. The …

Abstract Nanocomposites of Fullerene C60 (FC60) with lanthanide oxides show better
energy storage properties compared with any of them alone. In the present research, we …

The reduction of renewable energy resources like fossil fuels leads to a focus on
electrochemical energy storage systems, which are remarkable and sustainable in day-to …

In synthetic organic chemistry, use of catalyst to accelerate the rate of reaction leading to
high yield product is a common approach practiced by chemists. Numerous homogenous …

Multi-metal hydroxides possess unique physical and chemical properties, making them
promising candidates for supercapacitor working electrodes. Enhancing their …

To boost the adsorption‐photocatalytic performances of biochar in wastewater treatment,
biochar was modified with ternary metal oxides ZnO, Sm2O3, and MgO (ZnSm/Mg‐biochar) …

In recent years, anionic surfactants have commonly been used in the industrial and domestic
fields, household agents, and personal care products. Traditionally, measurement of …