A theory of the cyclotron resonance absorption linewidth (CRALW) in the presence of
electron scattering by five different phonon modes in a semiparabolic quantum well has …

Nonlinear optical absorption phenomena in monolayer graphene for scattering between
carriers and K-optical phonons are studied via investigating the phonon-assisted cyclotron …

In this study, we use the operator projection method and descriptions of the Fuchs–Kliewer,
Ridley, and Huang–Zhu confined phonon models to investigate the influence of confined …

The optical absorption power by Dirac fermions in a graphene monolayer subjected to a
perpendicular magnetic field is calculated using a projection operator technique. The …

This paper is devoted to the study of the phonon-assisted cyclotron resonance (PACR) in a
special asymmetric hyperbolic-type (SAsH) quantum well, in which the two-photon …

We theoretically study the nonlinear optical absorption phenomenon in a GaAs/GaAlAs
parabolic quantum well via investigating the phonon-assisted cyclotron resonance (PACR) …

We study the combined effects of hydrostatic pressure, aluminum concentration, well width,
and temperature on linear and nonlinear optical absorption spectrum in GaAs/Ga 1− x Al x …

The effect of confined phonons on the phonon-assisted cyclotron resonance (PACR) via
both one and two photon absorption processes in a quantum well is theoretically studied …

In this work, we report a detailed comparison of electron–acoustic-phonon (EAP) interaction
strength in symmetric (parabolic) and asymmetric (semi-parabolic) quantum-wells (QWs) for …

In this work, the linear and nonlinear phonon-assisted cyclotron resonance (PACR) in a
parabolic quantum well (PQW) under the applied electric field have been theoretically …