In this study, we used first principles calculations to investigate the influence of extracting the
SnO (ML) monolayer, through electronic, optical and transport properties. Our simulation …

In this paper we investigate the effect of Cd doping at ultralow concentrations in SnO2 both
experimentally, by measuring the temperature dependence of the electric quadrupole …

The electronic and structural properties of pure and Ta-doped monoclinic HfO 2 have been
examined by means of ab initio density-functional calculations. The full-potential linear …

Recently, a model based on a combined ab initio/time-differential perturbed γ-γ angular
correlation (TDPAC) study in the In 111 (→ Cd 111)-doped SnO 2 semiconductor was …

A combination of experiments and ab initio quantum-mechanical calculations has been
applied to examine hyperfine interactions in Ta-doped hafnium dioxide. Although the …

In this work, we present results of Time-Differential γ–γ Perturbed-Angular-Correlations
(PAC) experiments performed in 111Cd-doped ZnO semiconductor. The PAC technique has …

In this paper, we investigate the effects of doping in the local structure of SnO 2 by
measuring the hyperfine interactions at impurity nuclei using the Time Differential Perturbed …

In this chapter Perturbed Angular Correlation (PAC) experiments on binary oxides are
described. These experiments provide local-scale fingerprints about the formation …

Tuning the electrical properties of materials by controlling their doping content has been
utilized for decades in semiconducting oxides. Here, an atomistic view is successfully …

Doping semiconductor oxides with trace amounts of non-native elements can improve their
properties such as bandgap and conductivity. The lack of local techniques makes the …