TITLE
THE EFFECT OF TEMPERATURE ON THE SELF-POLARIZATION IN AN INFINITE GaAs/AlAs CYLINDRICAL QUANTUM WELL-WIRE
AUTHOR(S)
Engin CİCEK
ABSTRACT
This work investigates the effects of temperature on self-polarization for different wire radii under an applied external magnetic field in an infinite GaAs/AlAs cylindrical quantum well-wire for the ground state. The variational method is used in the calculations by taking impurities in different positions from the centre to the edge of the wire. Self-polarization increases with increasing impurity atom distance from the centre, wire radius, and temperature. Moreover, as the magnetic field increases, self-polarization decreases. All calculations are in agreement with available data in the literature.
DOI
PAGES
295-300
DOWNLOAD
https://unitechsp.tugab.bg/images/2023/7-FH/s17_p43_v2.pdf
How to cite this article:
Engin CİCEK, Taşkın TEZ, THE EFFECT OF TEMPERATURE ON THE SELF-POLARIZATION IN AN INFINITE GaAs/AlAs CYLINDRICAL QUANTUM WELL-WIRE, Proceedings of International Scientific Conference “UNITECH 2023” – Gabrovo, 295-300