The appearance of quantum size effects in ultradisperse semiconductors, their quantitative
analysis, and their effect on the absorption of light and on the photophysical (vibrational …

The hydrostatic pressure influence on the binding energy and on the optical properties
(linear and third nonlinear) associated to the 1 s− 1 p intersubband transition of single …

A novel small signal equivalent circuit model is proposed in the inversion regime of
metal/(ZnO, ZnMnO, and ZnCoO) semiconductor/Si 3 N 4 insulator/p-Si semiconductor …

Using the effective mass approximation and a variational procedure, we have investigated
the nonlinear optical absorption coefficient and the relative refractive index changes …

The binding energy of a hydrogenic impurity of a multilayered spherical GaAs-(Ga, Al) As
quantum dot has been investigated as a function of the barrier thickness and the inner dot …

In this study, we have investigated the confined donor impurity in a hollow cylindrical-shell
quantum dot. The charges are assumed to be completely confined to the interior of the shell …

Rashba effect may play an important role in the nonlinear optical properties of
heterojunction quantum dots. In this work, we have theoretically examined the effects of …

In this study, we investigated the ionization energy of the lowest bound-state donor-impurity
in GaAs quantum disks under external electric and magnetic fields. We also examined its …

Magnetic and thermodynamic properties of two electron system confined in 2-D quantum
structures submitted to an applied magnetic field are studied taking into account the spin …

The electronic structures of a CdSe spherical quantum dot in a magnetic field are obtained
by using an exact diagonalization method and a variational method within the effective-mass …