A theoretical study of the effect of the confining potential on the nonlinear optical properties
of two dimensional quantum dots is performed. A three-parameter Woods–Saxon potential is …

We present the bound state solutions of one-dimensional Schrödinger and Dirac equations
for a particle confined in Woods-Saxon potential. In each case the wavefunctions and the …

The influence of Ga and Al atoms interdiffusion on the band structure and absorption
coefficient of coupled double quantum wells are investigated on the basis of a potential …

The effect of interdiffusion on electronic states and nonlinear light absorption in Gaussian-
shaped double quantum rings is studied. The confining potential, electron energy spectrum …

The effect of interdiffusion and magnetic field on confined states of electron and heavy hole
as well as on interband absorption spectrum in a Ga 1− x Al x As/GaAs Gaussian-shaped …

The effect of interdiffusion on band structure and Bloch amplitudes of two dimensional
superlattice composed of initially cylindrical quantum rings is investigated in the framework …

Abstract The miniband Aharonov-Bohm oscillations and the interminiband absorption
coefficient have been considered theoretically for one-layer superlattices of square and …

The effect of interdiffusion of, and atoms on potential profile, energy levels and ground state
probability density of electron in quantum well is investigatend for small values of diffusion …

The effect of interdiffusion and electric field on resonant states and current-voltage
characteristic in GaAs/AlxGa1-xAs double-barrier structure is investigated. The Schrödinger …