Binding energies of a hydrogenic donor impurity and an exciton are investigated in a Ga 0.7
In 0.3 N/GaN parabolic quantum dot taking into consideration of spatial confinement effects …

We have investigated the influence of an image charge effect (ICE) on the energies of the
ground and first few excited states of a hydrogen-like impurity in a spherical quantum dot …

An adiabatic variational approach is used to study the ground and first excited states of a
hydrogen-like impurity bound polaron in a colloidal quantum dot (QD) under an external …

Abstract By using Landau–Pekar variational method, the ground and the first excited state
energies and the transition frequencies between the ground and the first excited states of a …

We present a systematic theoretical study of the influence of image charges on the spectrum
of a shallow donor impurity located anywhere in a near-surface quantum well under the …

Binding energies of intrawell and interwell excitons are studied in the CdS/CdSe/CdS
asymmetric quantum well by varying right well sizes under polaronic effect. The transition …

The influence of both dielectric mismatch and electron-phonon interaction (EPI) effects on
the linear and nonlinear optical properties of spherical quantum dots (QDs) with a shallow …

The influence of an image charge effect on the impurity-related energies, the oscillator
strengths of transitions from the 1s-like state to 2px and 2pz states as well as the optical …

A Landau–Pekar variational approach is used to study the ground and first excited states of
an impurity-bound polaron in a ZnSe quantum dot under an external electric field, by taking …

The simultaneous effects of an external electric field and image charges on the hydrogen-
like impurity-related optical properties of a GaAs/AlGaAs near-surface quantum well with a …