This paper investigates how an applied magnetic field, the quantum size, and spin
polarization effect an asymmetric heterostructure composed of InAs, GaAs, and GaSb …

Ballistic quantum wires are exposed to longitudinal profiles of perpendicular magnetic fields
composed of a spike and a homogeneous part. An asymmetric magnetoconductance peak …

In this paper, we investigate the effect of the weight and the position of the δ-doping on the
electron transport in a nanostructure with an antiparallel double δ-magnetic barriers. We find …

We have theoretically investigated ballistic electron transport through a combination of
magnetic-electric barrier based on a vertical ferromagnet/two-dimensional electron …

We model the ballistic spin current within a two-dimensional electron gas (2DEG) under the
influence of magnetoelectric barriers and Rashba spin-orbit coupling. The magnetic field B y …

We have performed structural parameter optimizations of asymmetric Zn Se∕ Zn 1− x Mn x
Se multilayer structures in magnetic and electric fields to maximize the spin polarization of …

We theoretically investigate the electron transport properties in a non-magnetic
nanostructure with spin–orbit interactions and the δ-doping which can be experimentally …

The magnetoresistance (MR) effect is theoretically investigated in a periodic magnetically
modulated nanostructure, which can be realized experimentally by depositing periodic …

Resonant transmission through electronic quantum states that exist at the zero points of a
magnetic field gradient inside a ballistic quantum wire is reported. Since the semiclassical …

We investigate the effect of the bias in an electron-spin filter based on a two-dimensional
electron gas modulated by ferromagnetic-Schottky metal stripes. The numerical results show …