Theory of electronic and optical properties of exciton and biexciton complexes confined in
CdSe spherical nanocrystals is presented. The electron and hole states are computed using …

We present a semi-empirical sp3s⁎ tight binding model to calculate the effects of alloy
composition and strain on electronic band structure of Cd and Zn based group II–VI …

The present work reports on a theoretical investigation of superlattices based on Cd1−
xZnxS quantum dots embedded in an insulating material. The system to model is assumed …

Ternary compound semiconductor CdSe x S 1-x (x= 1, 0.8, 0.6, 0.4, 0.2 and 0) thin films
were prepared on glass substrates by using simple solution processed spin coating …

We present comparative calculations of the electronic structure of Cd and Zn based group II–
VI compounds and their heterostructures based on the density functional and tight binding …

The excitonic fine structure splitting (FSS) in semiconductor core/shell nanocrystals is
intrinsically caused by electron-hole exchange interactions. Here, I present the model based …

This work reports on a theoretical study of superlattices based on Cd1− xZnxS quantum dots
embedded in an insulating material. We show, in particular, how this system can be …

This work reports on a theoretical investigation of superlattices based on Cd1-xZnxS
quantum dots embedded in an insulating material. This system, considered as a series of …

This work reports on theoretical investigation of superlattices based on Cd1-xZnxS quantum
dots embedded in an insulating material. This system, assumed to a series of flattened …

The present paper is aimed to investigate theoretically the quantum confinement in Cd1−
xZnxS‐related quantum dots with x the atomic fraction of Zn. For both electrons and holes …