Yalabik, M. C.2016-02-082016-02-0819940018-9383http://hdl.handle.net/11693/26015The current-voltage denendence correspondinp to electronic transport through a kink in an electronic waveguide is analyzed. No phase breaking dissipation mechanisms are considered, but the effects of the Coulomb interaction are included through a self consistent approximation. The results indicate very nonlinear transport properties, including negative differential resistance and bistability. © 1994 IEEEEnglishApproximation theoryElectric currentsElectric field effectsElectric propertiesElectric resistanceElectromagnetic wavesElectronsEnergy dissipationQuantum theoryRectangular waveguidesResonanceBistability (electric)Coulomb interactionCurrent voltage dependenceElectron wave functionElectron waveguideKinkNegative differential resistanceNo phase breaking dissipationElectron transport propertiesElectronic transport through a kink in an electron waveguideArticle10.1109/16.324597