An improved model of electron-phonon interaction for longitudinal-optical phonons in
layered semiconductor quantum wells is developed. In this simple modified dielectric …

A theory of the amplification of the polar-optical-phonon population in a quantum well of
polar material under an intense laser field is presented by taking into account the …

A wave-function modulation induced by insertion of several thin barrier layers inside a
quantum well is proposed as a method of enhancement of the electron mobility limited by …

Scattering rates of an electron in GaAs/AlAs superlattices are calculated in an envelope-
function approximation which reproduces long-wavelength optical phonons almost …

The ground-state self-trapped energy and effective mass of the polaron in a freestanding
wurtzite GaN nanowire (NW) are studied by employing the perturbation approach. Based on …

The interaction of electrons with GaAs optical phonons is investigated for a single GaAs/AlAs
quantum well using the hybrid model of optical phonons, which incorporates bulk-mode …

The collective charge-density excitations, the intra-and intersubband plasmons, and their
manifestation in far-infrared transmission spectroscopy are studied for coupled quantum …

A theory of electron–optical-phonon interactions in quantum wells consisting of mixed
crystals is reported. According to whether the well or the barrier is made of mixed crystals …

Within the framework of the dielectric continuum approximation and Loudon's uniaxial
crystal model, the interface optical (IO) phonon modes and the corresponding Fröhlich …

As device dimensions in electronic and optoelectronic devices are reduced, the
characteristics and interactions of dimensionally-confined longitudinal-optical (LO) and …