We quantify the accuracy of different non-self-consistent and self-consistent spin-orbit
coupling (SOC) treatments in Kohn-Sham and hybrid density functional theory by providing …

The band structure of medium-gap semiconductors GaAs and InP is described theoretically
using a five-level k⋅ p model and including far-level contributions as well as polaron effects …

The instant and on-site detection of trace aqueous mercuric ion still remains a challenge for
environmental monitoring and protection. This work demonstrates a new analytical method …

Recently, the family of semimagnetic semiconductors (SMSC) or diluted magnetic
semiconductors (DMS) typically involving manganese ions, Le" Cdl" Mnx Te, Cd! _xMnxSe …

By using the density functional theory (DFT) in combination with Boltzmann transport theory,
the influence of Mg concentrations (x) doping on the thermoelectric properties of Hg 1− x Mg …

The infrared intersubband optical transitions in SiGe/Si quantum wells is theoretically
examined. We have used the 8× 8, 12× 1 2, and 14× 14 k⋅ p Hamiltonians taking into …

A" spin superlattice" can be formed by periodical doping with paramagnetic ions, so that only
the effective g factor of the conduction electrons is affected. An external magnetic field and …

From magnetotransport measurements it is generally believed that Hg-VI compounds show
zero gap semiconducting behavior. Applying combined angle-resolved photoemission and …

The electrical resistivity, electron concentration, and mobility of Hg 1− x Fe x Se are reported
for 4.2< T< 300 K and for 0.0001< x< 0.12. The data are interpreted within an electronic …

We have investigated the band structure of zinc-blende (ZB) Hg chalcogenides using a
corrected local density approximation method. We find that the band gaps of HgS, HgSe …