We used sol-gel and spin-coating in the original configuration of a liquid deposition process
to synthesize particularly thin ZnO films (< 100 nm) with nano-granular morphology, high …

Copper oxide thin films were grown via a nebulizer spray pyrolysis technique using five
different solvents. The XRD patterns revealed that the CuO films prepared with alcoholic …

The present work focus on the influence of Iodine (I) doping on the improvement of
properties of ZnO such as structural, optoelectronic, optical, dielectric and transport. I-doped …

The presence of Methyl Orange, a hazardous organic compound typically found in industrial
wastewater, presents a significant environmental challenge, necessitating the development …

In this work, ZnO coatings were produced by the spray-pyrolysis technique and
characterized by scanning electron microscopy, X-ray diffraction and optical transmittance …

Thin transparent semiconductor films of gallium–magnesium–zinc oxide (GaMgZnO) have
been prepared with magnetron-sputtering technique on quartz glass substrates. We have …

Aluminum doped zinc oxide thin films/nanostructures have great importance in many
technological applications such as transparent conducting oxides, photo-catalytic …

Sol–gel spin coating has been employed to successfully deposit pure and Mg doped ZnO
thin films on glass substrate. X-ray diffraction patterns revealed that all thin film has a …

This work presents the results of a study aimed at finding ways to significantly shift the
maximum sensitivity of ZnO films to UV radiation towards shorter wavelengths. It is proposed …

The demand for clean and sustainable alternative energy resources is linearly increasing
day by day due to the prevailing electricity crisis. Small-scale energy harvesting is …