The effect of confined optical phonons and laser radiation are taken into account to study the
Hall effect in a compositional semiconductor superlattice (CSSL). The new theoretical …

The quantum magneto-thermoelectric effect in a two-dimensional compositional superlattice
under the influence of an electromagnetic wave (EMW) in two cases is investigated. Two …

Magnetoresistance oscillations in semiconductor quantum wells, with the semi-parabolic
plus semi-inverse squared potential, under the influence of intense electromagnetic waves …

Two scattering mechanisms, including the confined electron (CE)–confined acoustic phonon
(CAP) scattering and the CE–confined optical phonon (COP) scattering, have been …

A quantum kinetic equation for electrons interacting with confined phonons is used to
investigate the nonlinear absorption of an intense electromagnetic wave by electrons in …

The photostimulated Nernst effect in compositional semiconductor superlattices under the
influence of a confined acoustic phonon is studied by using the quantum kinetic equation …

The Hall effect in an one-dimensional cylindrical quantum wire (CQW) with an infinite
potential is studied by using the quantum kinetic equation under the influence a strong …

The thermodynamic and magnetic properties of electrons in superlattices on the surface of a
nanotube in a longitudinal magnetic field are investigated. It is shown that the specific heat …

This paper surveys the Ettingshausen coefficient (EC) in the compositional semiconductor
superlattice (CSSL) under the influence of electromagnetic wave (EMW) by using the …