The variation of dielectric constant (εr) in the low-frequency region (∼ 106 Hz) in Hf-
substituted BaTiO3 has been modelled considering the electronic disorder in the form of …

The van der Waals material Bi2S3 is a potential solar absorber, but its optoelectronic
properties are not fully explored and understood. Here, using theoretical calculations and …

We propose new optical dispersion models to describe the imaginary part of the electrical
permittivity of dielectric and semiconductor materials in the fundamental absorption region …

Multifunctional oxides offer huge potential for technological applications, owing to their
inclusive physical properties such as ferroelectric, piezoelectric, and electro-caloric …

The correlation between electronic disorder (quantified by the Urbach energy EU) and
phonon linewidth (Γ) is known to be linear. However, both parameters exhibit temperature …

The new proton-conducting composite electrolyte films (PCCEFs) consisting of polyvinyl
alcohol (PVA) with varying ammonium fluoride salt concentrations were created using an …

In this work, lead oxide (PbO) thin films were deposited using DC sputtering method on a
surface of glass substrates and then thermally annealed at a temperature of 473K with …

The comparison of experimentally found absorption limits, and their variations in compound
semiconductors, with theoretical expectations was never a particularly studied subject …

The Swanepoel method is a widely used optical technique for characterizing thin films
through normal-incidence transmission measurements. A critical step in this approach …

The classical structure of n B n photodiode based on InAsSb for the detection in the mid-
wave infrared (MWIR) range is considered. The optical absorption in the heterostructure at …