Theoretical investigation of the spatial confinement, self-polarization and exciton–phonon
interaction influence on the exciton state in plane double nanoheterostructure (nanofilm) …

Represented in this paper is the method and results of theoretical investigations aimed at
the influence of spatial confinement effects, self-polarization of heterojunction planes as well …

Results of the theoretical study of the contributions of self-polarization effect and exciton-
phonon interaction to the exciton transition energy in a flat semiconductor nanofilm are …

The energy of transition into the ground excitonic state for a quasi-two-dimensional
(nanofilm) semiconductor nanoheterostructure with single quantum well and its …

Adduced in this paper are the method and results of theoretical studying the effects of spatial
confinement and exciton-phonon interaction on the position and shape of the excitonic …

Adduced in this work are the results of theoretical investigations devoted to the influence of
spatial confinement effects, self-polarization of heterojunction planes and exciton-phonon …

The Green's function method has been applied to study the temperature dependence of the
exciton ground state energy in a flat semiconductor nanofilm. The binding energy of an …

The energy of transition into the ground excitonic state for a quasi-two-dimensional
(nanofilm) semiconductor nanoheterostructure with single quantum well and its …

The method of theoretical studying of the exciton absorption band characteristics in a flat
double nanoheterostructure with single quantum well (QW)–nanofilm, is proposed. The …

The results of theoretical study of the temperature dependence of a long-wave range
fundamental absorption edge in flat nanoheterostructures with a single quantum well …