Erçelebi, A.Senger, R. T.2016-02-082016-02-0819960038-1098http://hdl.handle.net/11693/25841We retrieve, within the strong-coupling theory, the quasi-one dimensional analog of the standard optical polaron relevant to a cylindrical quantum well wire. Under the assumption of perfect confinement the ground state binding energy, effective polaronic mass and the phonon-coupling-induced potential well profiles are given as a function of the wire radius and the electron-phonon interaction strength.EnglishA. quantum wellD. electron-phonon interactionApproximation theoryCrystal latticesElectronsHeterojunctionsPhononsSemiconductor device manufactureSemiconductor quantum wellsBulk phonon approximationCylindrical quantum well wireGround state binding energyPhonon coupling induced potential well profilesQuasi one dimensional polaronsSemiconductor quantum wiresArticle10.1016/0038-1098(95)00636-2