Magnetic field effect on the electron Raman scattering of a cylindrical quantum dot

Electronic structures of low-dimensional semiconductors can be calculated through the use ofRaman scattering processes with the application of the incident and emitted radiations [1-2].A great number of theoretical works has also been devoted to interpret the experimentalresults through the calculation of the differential cross-section (DCS) for the electron-Ramanscattering (ERS) [3-4]. In this work we consider a cylindrical quantum dot (CQD) andinvestigate the effects of confinement potential and external magnetic field on the ERS.