The Schrödinger equation in the effective mass approximation is commonly used to
calculate the electronic states confined in low-dimensional semiconductor structures. Three …

Basic steps in developing an original method of adiabatic modes that makes it possible to
solve the direct and inverse problems of simulating and designing three-dimensional …

A FORTRAN 77 program is presented for calculating with the given accuracy eigenvalues,
surface eigenfunctions and their first derivatives with respect to a parameter of the …

In the effective mass approximation for electronic (hole) states of a spheroidal quantum dot
with and without external fields the perturbation theory schemes are constructed in the …

In the framework of effective mass approximation and in strong size quantization regime the
absorption coefficients for ensembles of spheroidal quantum dots (SQDs) are analyzed …

The effective and stable algorithms for numerical solution with the given accuracy of the
parametrical two-dimensional (2D) boundary value problem (BVP) are presented. This BVP …

We briefly review the analysis of the energy spectrum, the envelope eigenfunctions of
electron, hole and exciton states, and the direct interband light absorption in cone-shaped …

The behaviour of energy levels and optical spectra of a charged particle (electron or hole)
confined within a potential well of ellipsoidal shape is investigated as a function of the shape …

A new approach has been developed for the electronic states of quantum dots (QD) with a
small non-sphericity, when the external form of the QD, potentials inside and outside the QD …

In the effective mass approximation for electron (hole) states of a spheroidal quantum dot
with and without external fields the perturbation theory schemes are constructed in the …