The effect of both an electric and magnetic field on the hydrogenic binding energy of a
shallow donor impurity in a coaxial GaAs-(Ga, Al) As quantum well wire (QWW) has been …

In this work, the influence of an external magnetic field on the refractive index changes and
optical absorption coefficients of a typical GaAs/Al x Ga 1− x As coaxial cylindrical quantum …

Within the effective mass approximation the Schrodinger equation is solved by the finite
element method for ellipsoidal ZnS/CdSe core-shell quantum dot. The effects induced by the …

The control of charge carriers states in coated semiconductors quantum dots constitute a
challenge to achieve a new range of tunable optoelectronic devices. The purpose of this …

The electron energy spectrum of a core/shell spherical quantum dot made of zincblende
GaN/InN compounds is investigated taking into account the presence of an off-center donor …

We propose a coaxial cylindrical quantum well wire (QWW) system, in which two conducting
cylindrical layers are separated by an insulating layer. The ground state binding energy of a …

Third harmonic generation coefficient of typical GaAs/AlxGa1− xAs single and coaxial
cylindrical quantum well wires under the influence of an external magnetic field is …

A variational calculation is given within the effective mass approximation of the binding
energy of an axial or an off-axial impurity located in coaxial quantum well wire. A uniform …

Based on the effective mass and parabolic one band approximations, the influence of an
external magnetic field on the differential cross-section for the intersubband electron Raman …

The binding energy of a central hydrogenic impurity located in a finite confining potential
quantum well wire (QWW) has been calculated within the effective mass approximation. The …