Transition metal oxides like ZnO nanostructures are pivotal in various scientific and
technological fields due to their chemical stability, high electrochemical coupling efficiency …

Recent advancements in material science have aimed to create novel nanomaterials with
unique properties and potential applications across diverse domains. By deciphering the …

In this article, chemical coprecipitation strategy for synthesizing manganese doped zinc
oxide under three different synthesis conditions such as room condition, in the presence of …

In response to the challenge of water pollution from dye and drug contamination, this study
investigates photocatalytic deterioration of Sulfamethazine (SMZ) using zinc oxide besides …

Magnesium and nickel doped, and codoped zinc oxide was produced via the minimal and
economical precipitation technique, varying dopant concentrations. To demonstrate the …

In recent years, nano-sized transition metal oxides gained interest due to their exceptional
physical, chemical, magnetic, and electronic properties. Scientist figured out that, the …

Zinc oxide (ZnO) is one of the most promising materials applied in Li-ion batteries. In this
research, ZnO was synthesized by the thermal decomposition of zinc oxalate dihydrate. This …

ZnO‐MgO composite catalysts were prepared by the coprecipitation method and used for
the synthesis of methyl ethyl oxalate (EMO) from dimethyl oxalate (DMO) and ethanol …

Owing to the significance of semiconducting transition metal oxides, doped with transition
metals, in the area of spintronics, we prepared zinc oxide co-doped with nickel and …

This work looks into how well Cu-doped zinc oxide works as a photocatalyst when exposed
to visible light to break down sulphanilamide. The synthesized samples were characterized …