Impact of a linearly polarized electromagnetic wave and confined phonons on the radioelectric effect in the Rectangular quantum wires with an infinite potential

The radioelectric effect (REE) in the Rectangular quantum wires (RQW) with an infinite potential under the influences of confined phonons and a linearly polarized electromagnetic wave (EMW) is theoretically studied by using quantum kinetic equations method. The obtained analytical expression of the Radioelectric field (REF) depends on frequencies of EMW (ω) and the laser (Ω), the size L of wire, the temperature T, and also especially the quantum numbers (m and j) characterizing confined phonons. Numerical calculation for a GaAs/GaAsAl RQW which shows that confined phonons and a linearly EMW impact strongly on the REE. There are differences in values and postures of the REF from the two dismensional systems which caused by differences potentials. The results also show that REF is much greater than that in case of unconfined phonons.