CdO has been studied for decades as a prototypical wide band gap transparent conducting
oxide with excellent n-type ability. Despite this, uncertainty remains over the source of …

Using quasiparticle band structures based on modern electronic-structure theory, we
calculate the branch-point energies for zinc blende (GaN, InN), rocksalt (MgO, CdO), wurtzite …

We present most recent developments to calculate the electronic states of semiconductors
and insulators without taking into account experimental parameters. They are based on the …

In contrast to conventional semiconductors, native defects, hydrogen impurities, and surface
states are all found to be donors in n-type CdO. Using this as a model system, the electrical …

Here we report the characterization of pure CdO nanoparticles prepared by solution
combustion method and annealed in air at 285, 385 and 485° C. XRD study reveals their …

Highly degenerate n-type CdO with high electron mobility is a promising transparent
conducting oxide (TCO) for optoelectronic devices utilizing a spectrum in the Vis-NIR range …

The impact of different synthesis parameters, such as thickness, postsynthesis annealing
temperature, and oxygen gas flow rate, upon the electronic structure is discussed in detail in …

The preparation of multiphase CdS/TiO2 photocatalysts by the deposition of cadmium
sulfide nanoparticles on the surface of commercial titania Hombifine N and Degussa P25 in …

Transparent conducting metal oxides (TCOs) combine the properties of optical transparency
in the visible region with a high electrical conductivity. They are a critical component as the …

Heterojunctions are at the heart of many modern semiconductor devices with tremendous
societal impact: Light‐emitting diodes shape the future of energy‐efficient lighting, solar cells …