In this work, we have investigated the effect of impurity position on optical properties of a
pyramid and a cone like quantum dot. For this goal, we first obtain the energy levels and …

We theoretically study the combined effect of Al-concentration, hydrostatic pressure, and
temperature on the magneto-optical absorption properties of a semi-parabolic quantum well …

We study the electronic and optical properties of a heterostructure based on Manning-like
double quantum wells under the impact of an n-doped layer inserted in two different …

The effects of the hydrostatic pressure and temperature on the electronic and the linear and
nonlinear optical properties (ie, absorption coefficients and refractive indices) are …

In this work, combined effects of external electric and magnetic fields, and hydrostatic
pressure on the refractive index changes and optical absorption coefficients of a hydrogenic …

The 1 s-like and 2 p-like donor impurity energy states are studied in a semiconductor
quantum wire of equilateral triangular cross section as functions of the impurity position and …

The paper examines the linear and non-linear optical characteristics of an electron in
harmonic Gaussian asymmetrical double quantum wells, taking into account thermodynamic …

In this study, combined influences of the pressure, alloy composition, and temperature on
the magneto-optical properties of the semiparabolic well under all four different phonon …

Within the framework of the effective-mass approximation, we have calculated the combined
effects of hydrostatic pressure, temperature and applied electric field on an exciton confined …

We have examined theoretically how the temperature and the hydrostatic pressure affect the
total optical absorption coefficients, the total refractive index changes, and the second …