Rare earth-doped zinc oxide (ZnO: RE) systems are attractive for future optoelectronic
devices such as phosphors, displays, and LEDs with emission in the visible spectral range …

New software for the simulation and fitting of specular X-ray reflectivity (XRR) measurements
has been developed. The novel software employs the recursive formalism of the dynamical …

350 nm and 550 nm thick InGaN/GaN bilayers were irradiated with different energies (from∼
82 to∼ 38 MeV) of xenon (129Xe) ions and different fluences of 1.2 GeV lead (208Pb) ions …

This chapter describes the most important features of computational software called
'McChasy', which is a Monte Carlo (MC) simulation code developed for the evaluation of the …

Abstract ZnO implanted with Rare Earth (RE) ions has a potential application as phosphor or
in white light sources. The paper discusses the structural, optical and electrical changes …

The analysis of heteroepitaxially grown ZnO/MgO superlattices on a-oriented ZnO substrates
was described. The influence of unalike natural crystalline structures of ZnO and MgO on the …

A new software package titled Multiple Reflection Optimization for X-ray Diffraction (MROX)
to simulate and fit multiple reflections simultaneously, as well as single reflections is …

In this paper, we present optical, structural and electrical studies of the phenomenon called
concentration quenching effect occurring in ZnO doped with Rare Earth (RE) ions. For this …

The application of conventional Williamson–Hall (WH) plot analysis to crystals often results
in broadening not proportional to the scattering length vector. Several reasons may …

Comprehensive and systematic study challenging the application of Vegard's rule to
germanium tin solid solutions grown on germanium buffer layers and 100 silicon substrates …