In this work, we have carried out first-principles calculations for understanding the
optoelectronic and magnetic properties of Co (II)-doped and (Al, Co) co-doped CdS …

In this research, an eco-friendly technique was employed to devising undoped ZnO and Mg
doped ZnO decorated with Ag nanoparticles by using leaf extract of ficus religiosa plant in …

Recent advancements in the field of room-temperature ferromagnetic metal oxide
semiconductors (RTFMOS) have revealed their promising potential for enhancing …

Physical property changes caused by defects have recently attracted significant attention
due to their potential applications in sensors, spintronic devices, and multifunctional …

The contamination of wastewater by azo dyes indicates serious environmental risks.
Currently, industries worldwide use approximately 700,000 tons of these dyes annually …

This study focuses on the solution combustion approach to examine the nanostructures of
undoped and doped ZnO with different concentrations of Al (0.1% and 0.2%). Various …

The environmental threat posed by industrial dyes necessitates the development of efficient
photocatalytic systems for their degradation. This study focuses on the Ce-doped Zn: Zr …

Present research describes the use of solution combustion to create ZnO nanoparticles
doped with Co and Al. The studies revealed that the synthesized Al/Co-doped ZnO …

In this study, the first time we used a novel synthesis route, an alternating magnetic field
assisted continuous flow microreactor for synthesising magnetic CoFe2O4 nanoparticles. An …