Magnetotransport measurements and x-ray photoemission spectroscopy were used to
investigate the surface conductivity of ZnO. Near-surface downward band bending …

Hydrothermal grown n-type ZnO samples have been investigated by deep level transient
spectroscopy (DLTS), thermal admittance spectroscopy (TAS), temperature dependent Hall …

The combination of high optical transparency and low electrical resistivity has made
transparent conductive oxides (TCOs) a key technology in many optoelectronic applications …

The presence of the complexing agents in the growth solution poses risk of the unintentional
doping in the synthesized product and hence is likely to adversely affect the intrinsic …

First-principles density functional calculations have been performed on Li-doped ZnO using
all-electron projector augmented plane wave method. Li was considered at six different …

The residual n-type conductivity of O-polar hydrothermally grown ZnO single crystals and the
role of annealing on the transport properties are assessed by temperature dependent Hall …

Diffusion of Li into ZnO from an “infinite” surface source under oxygen-rich conditions is
studied using secondary ion mass spectrometry. The Li concentration-versus-depth profiles …

Secondary ion mass spectrometry (SIMS) and positron annihilation spectroscopy (PAS)
have been applied to study impurity migration and open volume defect evolution in Na+ …

The impact of hydrogen in ZnO is revealed by combining reaction dynamics calculations
with temperature dependent Hall (TDH), photoluminescence, and secondary ion mass …

Hydrothermally grown n-type ZnO samples, implanted with helium (He+) at a sample
temperature of∼ 40 K and fluences of 5× 10 9 and 5× 10 10 cm− 2, have been studied in …