The electronic structure of a spherical quantum dot with parabolic confinement that contains
a hydrogenic impurity and is subjected to a DC electric field is studied. In our calculations we …

The most relevant, and often utilized, methods and techniques for obtaining energy levels of
confined one-and two-electron atoms are reviewed. We discuss how the electronic states of …

Within the effective-mass approximation and by using a variational approach, we introduce a
theoretical study of the binding energy, the optical absorption coefficients, and refractive …

We calculate the binding energy of a hydrogenic donor impurity in a rectangular
parallelepiped-shaped quantum dot (QD) in the framework of effective-mass envelope …

Sufficient amounts of fluorographene sheets with different sheet-size and fluorine/carbon
ratio were synthesized for preparing of fluorographene/polyimide hybrids in order to explore …

We propose a method for uniformly calculating the electronic states of a hydrogenic donor
impurity in low-dimensional semiconductor nano-structures in the framework of effective …

We calculate the electronic structures and binding energy of a hydrogenic impurity in a
hierarchically self-assembled GaAs∕ Al x Ga 1− x As quantum dot (QD) in the framework of …

The binding energies of 1s-, 2p-, 3d-and 4f-states of a spherical quantum dot (QD) with
parabolic potential are investigated by using the perturbation method. The binding energies …

The combined effects of the hydrostatic pressure and temperature on the binding energy, Δ
E (transition energy), the oscillator strength and the third-order susceptibility of third …

Based on the effective-mass approximation, simultaneous effects of external electric and
magnetic fields, hydrostatic pressure and temperature on the binding energy of a hydrogenic …