Electron states in imperfect crystals.

1980
Tunçay, Çağlar

Suggestions

Electron scattering by a fixed magnetic monopole with electric charge.
Serin, Meltem; Department of Physics (1985)
Electron transport in p-wave superconductor-normal metal junctions
Keleş, Ahmet; Spivak, B. Z. (2014-01-01)
We study low-temperature electron transport in p-wave superconductor-insulator-normal metal junctions. In diffusive metals, the p-wave component of the order parameter is strongly suppressed at distances greater than the mean free path l. At the superconductor-normal metal boundary, due to spin-orbit interaction, there is a triplet to singlet conversion of the superconducting order parameter. The singlet component survives at distances much larger than l from the boundary. It is this component that controls...
ELECTRON POLARIZATION IN A QUANTUM-WELL WITH UNIFORM ELECTRIC-FIELD
ILAIWI, KF; Tomak, Mehmet (1991-06-01)
The polarization of a quantum electron confined in a one-dimensional potential well in the presence of a uniform electric field is calculated numerically. We find that the negative polarization of the first excited state in previous calculations is solely due to the neglect of the electric field outside the quantum well.
ELECTRON THEORY OF SHORT ORDER OF 3-COMPONENT ALLOYS IN PSEUDOPOTENTIAL APPROXIMATION
Katsnelson, A.A.; Mehrabov, Amdulla; Silonov, V.M. (1981-03-01)
ELECTRON POLARIZATION IN A PARABOLIC QUANTUM-WELL WITH UNIFORM ELECTRIC-FIELD
ILAIWI, KF; Tomak, Mehmet (1991-01-01)
The polarization of a quantum electron confined in a parabolic quantum well in the presence of a uniform electric field is calculated numerically. We find positive polarization for both ground and the first excited states.
Citation Formats
Ç. Tunçay, “Electron states in imperfect crystals.,” Middle East Technical University, 1980.