This paper is devoted to the construction of amorphous/crystalline heterojunction by a
simple one-step hydrothermal method to realize the effective photocatalytic reduction of high …

Optical and phonon interactions of Ga 2 O 3 thin films with nanocrystalline morphology were
studied at extreme temperatures. The films were grown using a sputtering technique and …

We report properties of highly conducting n-type cadmium telluride single crystals doped
with iodine (CdTe: I). These crystals were grown with dopant concentrations in the range of …

This paper deals with the results on the structural, electrical, vibrational and optical
properties of LaMn 1− x Ni x O 3 (0≤ x≤ 0.3) thin films prepared by the spray pyrolysis …

Samples of ZnO were prepared by sol-gel and deposited by dip-coating. The influence of
synthesis conditions on the optical properties were studied in different sets of ZnO films …

To realize the many potential applications of ZnO films, it is vital to produce films with high
optical quality that exhibit strong UV luminescence. By combining annealing at an optimal …

We present a comprehensive investigation into the potential of n-type indium-doped
cadmium selenide telluride (CST: In) as a high-performance candidate for solar cell …

Optically induced band-to-band transitions are resonance transitions and related to the band
structure by the momentum matrix-element and the joint density of states. For transitions …

A straightforward analytical approach based on the derivative of the absorption coefficient is
presented, which enables probing the nature of the band edge (BE) of ZnO microcrystalline …

This dissertation focuses on investigating the thermal response of various properties in ultra-
wide bandgap-phase nanocrystalline gallium oxide, β-phase Ga 2 O 3 semiconductor thin …