Magnetic field effects on the electron Raman scattering in coaxial cylindrical quantum well wires

Intense laser field effects on the electron Raman scattering in a strained InGaN/GaN quantum well

“…In the past decade, several researchers have studied the differential cross-section (DCS) for the electron Raman scattering (ERS) to explicate the experimental results [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18]. For example, ERS in asymmetrical multiple quantum wells (QWs) without [9] and with an external electric field [10], effect of built-in electric field on ERS in InGaN/ GaN coupled QWs [11], ERS in semiconductor quantum wire in an external magnetic field [12], ERS in cylindrical quantum wires [13], magnetic field effects on the ERS in coaxial cylindrical quantum well wires [14], one phonon-assisted electron Raman scattering in a wurtzite cylindrical quantum well wire [15], magnetic field effect on the ERS in a cylindrical quantum dot (QD) [16], effects of hydrogenic impurity and geometrical size on the ERS in single and multilayered spherical QDs [17], combined effects of hydrostatic pressure, temperature and external electric field on ERS in a parabolic disc-shaped QD [18] were presented by various authors. On the other hand, the wurtzite GaN-based heterostructures have attracted much attention recently due to their potential applications.…”

Coaxial Quantum Well Wires in Magnetic/Nonmagnetic Heterostructures

“…Due to modern nanofabrication techniques, it is possible to construct a variety of low dimensional quantum structures, such as quantum wells, quantum wires, and quantum dots. In recent years, there has been growing interest in coaxial quantum well wires (CQWWs) which consist of a core semiconductor surrounded by semiconducting layers. The heterostructure has been intensively investigated due to its potential applications in optoelectronic devices and solar energy harvesting .…”

Shallow‐impurity‐related binding energy and linear optical absorption in ring‐shaped quantum dots and quantum‐well wires under applied electric field

“…To give a broader summary of recent scientific efforts covering different aspects of the physics of semiconducting QWs, such as, electronic and optical features, effects of externally applied fields, hydrostatic pressure as well as those originating from the consideration of different geometrical shapes; impurity states, spin‐related properties, and so on, one might refer to the publications Refs. .…”