Electronic transport through a kink in an electron waveguide
Date
1994
Authors
Yalabik, M. C.
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Abstract
The 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 IEEE
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IEEE Transactions on Electron Devices
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Institute of Electrical and Electronics Engineers
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Keywords
Approximation theory, Electric currents, Electric field effects, Electric properties, Electric resistance, Electromagnetic waves, Electrons, Energy dissipation, Quantum theory, Rectangular waveguides, Resonance, Bistability (electric), Coulomb interaction, Current voltage dependence, Electron wave function, Electron waveguide, Kink, Negative differential resistance, No phase breaking dissipation, Electron transport properties
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English