We present a theoretical study of the binding energy of an exciton in a cylindrical quantum
well wire subject to an external magnetic field. Calculations are performed using a …

A strong-coupling theory of the polaron is developed to study the electron-phonon
interaction in quantum-well structures consisting of strong polar crystals. By introducing a …

In this paper, the correct electron extended states wave functions and the density of states in
asymmetric single quantum wells (QWs) are given for the first time, we put right mistakes …

The polaronic correction to the ground-state energy of the electron confined in a cylindrical
quantum dot (QD) subject to electric and magnetic fields along the growth axis has been …

This study analyzes the role of the magnetic field and the polaron effect on the binding
energy of shallow donor impurities in a cylindrical quantum dot (QD), where the magnetic …

The ground-state energy and effective mass of a polaron in the quantum well (QW) of an
AlAs/GaAs double heterostructure (DHS) are calculated as functions of the well width and …

The effects of exciton-optical phonon interaction on the binding energy and the total and
reduced effective masses of an exciton in a cylindrical quantum wire have been …

Polaronic effects on the ground state of a donor in and quantum wells under the influence of
an external electric field are investigated for the impurity atom doped at various positions …

The effect of laser field on the binding energy in a GaAs/Ga11− xAlxAs quantum well within
the single band effective mass-approximation is investigated. Exciton binding energy is …

By applying the method of variational wavefunction and adopting the approximation of 3D-
Frbhlich Hamiltonian for electron-LO phonon interaction in a spherical quantum dot (SQD) …