Zinc oxide (ZnO) thin films were deposited on soda lime glass substrates by the ultrasonic
spray pyrolysis technique (USP), starting from zinc acetylacetonate. A novelty process was …

In this article, ZnO thin film acts as a matrix to bind with a sequence specific probe strand,
which is employed as a recognition element and is involved in sensing the complementary …

Codoped zinc oxide thin films with indium and gallium (IGZO) were deposited on soda-lime
glass substrates by the ultrasonic chemical spray (USP) technique. The influence of the …

ZnO thin films with different thicknesses (T 1= 230. 0, T 2= 450. 0, T 3= 634. 0, T 4= 926. 9
and T 5= 1153. 4 nm) were deposited by spray pyrolysis on ordinary glass. All of the films …

In this work, the results of the study of ZnO: F (FZO) films deposited on glass substrates using
the ultrasonic chemical spray technique are reported. For the preparation of the films …

In this work, we report the effect of deposition time on the physical properties such as
structural, morphological, optical and electrical properties of aluminium and indium co …

Production and study of ZnO thin films have attracted the attention of scientists and
semiconductor industries due to their favorable properties. In this research work, the …

Résumé Les couches de ZnO ont été déposées par la technique de spray pyrolyse sur des
substrats en verre chauffés à des températures fixes de 350 C, en utilisant l'acétate, le …

ZnO thin films with three different thicknesses Z1= 230.0, Z2= 634.0 and Z3= 1153.4 nm
were deposited by spray pyrolysis on ordinary glass. The wurtzite crystal structure was …

Zinc oxide thin films doped with fluorine (FZO) were deposited by the ultrasonic chemical
spray technique. Different starting solutions from unmilled and milled Zn precursor were …