In this paper, the dispersion parameters of Molybdenum Oxide thin films viz: oscillator
energy, dispersion energy, transition moments, static refractive index, oscillator strength, and …

Nanostructured ZnO thin films with high transparency have been grown on glass substrate
by atomic layer deposition at various temperatures ranging from 100° C to 300° C. Efforts …

Zinc oxide semiconductors have received significant research attention over the past
decade owing to their diverse applications. In this paper, we report the development and …

The experimental and ab initio results on structural, optical, and electronic properties of Zn
(OH) 2 and ZnO thin films (TFs) at various annealing temperatures are reported. The as …

As a result of the precise controllability of the properties of tin diselenide and the possibility
of harmonious integration with silicon technology in many applications. Attention was …

The study is based on annealing-induced Bi diffusion into Se 30 S 30 Sb 40 sites that bring
modification in its linear-nonlinear optical, structural, and dielectric properties. The Bi/Se 30 …

This paper reports on the study of ZnO films grown by chemical spray pyrolysis on glass and
Si substrates at temperatures of 300, 350 and 400° C and on the performances of the …

Innovations in sophisticated optoelectronic devices have increased interest in high-refractive
index polymers. Herein, we report innovative nanocomposite films with high linear and …

Tuning the band gap of boron nitride nanosheets is critical to design new nano-based
electronic devices. In this work, we implemented density functional theory to investigate the …

Aluminium thin films were sputtered on stainless steels at substrate temperatures (T sub)
varying between 44.5 C and 100 C and at a constant power of 200 W. At low temperatures …