Electron–optical-phonon interactions are studied in single and double heterostructures. The
Hamiltonian describing electron-phonon interactions is derived with use of orthonormal …

We present the first observation of the magnetophonon effect in the frequency-dependent
conductivity of electrons in a polar semiconductor. The cyclotron-resonance position and …

We study the hot electron energy-loss rate (ELR) induced by acoustic P ac and optical P op
phonons, in two-dimensional transition-metal dichalcogenides (TMDCs), in presence of …

It is shown that the confinement of electrons in quantum wires of width W (∼ 0.1 μm) much
larger than the magnetic length l B and much smaller than the mean free path le (l B≪ W≪ …

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 cyclotron-resonance linewidth (CRLW) is calculated in GaAs/Ga 1− x Al x As single-
quantum-well structures in the temperature range 1 K< T< 300 K. Contributions to the CRLW …

Optical detected electrophonon resonance (ODEPR) effects in quantum wells of n-GaAs
materials are investigated for square potential and parabolic potential, respectively. We also …

The density of states (DOS) of electrons in two-dimensional (2D) quantum wells and the
broadening of Landau levels (LL's) is evaluated. The electrons are assumed to interact with …

A magnetic field can generally induce circular phonon dichroism based on the formation of
Landau levels of electrons. Here, we study the magnetization-induced circular phonon …

Based on the quantum kinetic equation method, the Hall effect in doped semiconductor
superlattices (DSSL) has been theoretically studied under the influence of confined LO …