The high electric field transport properties namely, hot electron energy loss rate P,
momentum loss rate Q, electron temperature T e and drift velocity V d are studied …

The behavior of a donor in the GaAs–Ga 1− x Al x As quantum well wire represented by the
Morse potential is examined within the framework of the effective-mass approximation. The …

We analyze the Cerenkov emission of acoustic phonons by drifting electrons in a one-
dimensional quantum well wire. We find that the electron drift can cause generation of strong …

The ability to artificially structure new semiconductor materials on an atomic scale, using
advanced crystal growth methods such as molecular beam epitaxy and metal organic …

We report new fundamental results on carrier transport in quantum wire structures. In the
extreme quantum limit,“low” field transport characteristics show mobility enhancement …

The theory of free‐carrier absorption is developed for quantum‐well wires for the case
where the carriers are scattered by nonpolar optical phonons and the radiation field is …

The influence of the tilted electric field on the stability of the excited states of neutral donor
impurity (D 0) in a cylindrical quantum wire (CQW) is investigated. We consider the finite …

The hot-electron energy-loss rate (ELR) conditioned by confined and interface polar-optical
(PO) phonons for a quasi-one-dimensional cylindrical quantum wire embedded in a …

Within the frame of electron-temperature model we calculate the average energy loss rate
due to interface and confined longitudinal optical (LO) phonon emission from a hot-electron …

Полупроводниковые квантовые ямы (КЯ) зарекомендовали себя надежными
элементами компонентной базы современных полупроводниковых приборов, начиная …