Graphene holds unusual mechanical, electrical, and optical properties that researchers
have used for developing new electrical materials like super-capacitor devices, lithium-ion …

The conductive ink research area has attracted much interest from researchers. The
possibility of fabricating flexible and simple electronic devices offers many advantages for …

The hazardous nature of spent pot lining (SPL) generated from aluminum smelters poses
environmental challenges due to its high fluoride and cyanide content. However, techniques …

In this work, waste plastics have been used with bentonite clay to produce silica-containing
graphene nanosheets (GNs) for adsorption of nitrate and phosphate from synthetic water …

This study presents an eco-friendly solvothermal method for synthesizing potassium-doped
graphene oxide (K-GO) from agricultural waste, specifically oak fruit. Various spectrographic …

Designing and optimizing a continuous process for hydrothermal conversion of biomass is
critical in increasing the production capacity of valuable products. This study investigates the …

Herein, we present a quick and cost-effective electrodeposition method to synthesize binder-
free cobalt oxide (Co3O4) nanostructures. The structural crystallinity of the prepared …

The rise of antibiotic resistance, particularly multidrug resistance (MDR), presents a growing
global health crisis. Graphene–magnetite nanohybrids (GMNHs) have garnered significant …

Graphene oxide (GO) has been unlocked as a potential bactericidal agent with multifaceted
applications for a high degree of abundance of oxidizing functional groups over its structure …

In today's cutting-edge scientific world, the interest in renewable energy sources is
continuously increasing. To construct a cost-effective system with enhanced energy …