The optical properties of the six broad-gap ternary mixed crystals (Zn, Mn) and (Cd, Mn)
sulfide, selenide and telluride are reviewed. The conventional optical properties which are …

At this time, there is evident a sharp increase of interest in the II-VI class of semiconducting
compounds largely due to recent success in the growth of these materials by molecular …

We report details of the successful controlled substitutional doping of CdTe films with indium.
These n‐type films were prepared using a new technique, photoassisted molecular beam …

We report the growth and characterization of superiattices of a new wide-gap, zincblende
material system, Zn1− xMnxSe. ZnSe exhibiting dominant free excitonic emission in …

Charge-carrier spin scattering in diluted-magnetic-semiconductor multiple quantum wells is
directly observed through the circular polarization of luminescence in a femtosecond time …

In this letter we report the first observation of stimulated emission and laser oscillations
occurring in ZnSe‐Zn1− x Mn x Se quantum well structures. The results were obtained in …

In this work we use the full potential linearized augmented plane wave (FPLAPW) method
within the local spin density approximation. Our goal is to study the structural, electronic and …

A review is given of optical properties of the new II-VI strained layer superlattice based on
the CdTe/(Cd, Mn) Te heterostructure. Emphasis is given to excitonic phenomena and their …

The photoluminescence of Cd 1− x Mn x Te-CdTe multiple-quantum-well structures and
superlattices in magnetic fields up to 15 T has been studied in both emission and excitation …

Quantum‐size effects and strain effects have been calculated for the CdMnTe–CdTe
superlattice. Unlike previous theories dealing with materials grown in the [100] direction, this …