In the current work the thermodynamic properties of a typical mono-layer quantum wire
under the influence of an external static electric and a magnetic field are investigated. To this …

In the present paper, the thermodynamics of three-dimensional impurity magnetopolaron
under strong parabolic potential is investigated. To this aim, we first analytically solved the …

We calculate the energies of the ground and the first excited states of a free polaron and that
of a polaron bound to a Coulomb impurity in a quantum dot with harmonic confinement in …

Pure hydroxyapatite (HAp) semiconducting microrods with very low dielectric loss have
been synthesized in aqueous media of pH values 6, 8, and 10 by the hydrothermal method …

The binding energy of a hydrogenic neutral D 0 complex situated in a three-dimensional
asymmetric Gaussian GaAs quantum dot is studied incorporating the Rashba and …

The free carrier absorption of light in a quantum wire is studied for the case when electrons
are scattered by polar optical phonons, taking into account both the phonon confinement …

In the frame of Lee-Low-Pines variational theory the effect of the Rashba spin-orbit coupling
(SOC) on the properties of the quasi-one-dimensional Fröhlich polaron in the weak and …

The energy relaxation of hot electrons is proposed based on the spin–orbit (SO) interaction
of both Rashba and Dresselhaus types with the effect of hot phonons. A continuum theory of …

Simultaneous effects of spin-orbit interaction, external electric and magnetic fields and
quantum confinement on the optical absorption coefficient and refractive index of a mono …

The interface optical phonons arise near the hetero-interface of a quantum nanostructure.
Moreover, its spectrum and dispersion laws may differ from ones for excitations arising in the …