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Electron conduction in molecular wires. I. A scattering formalism
V. Mujica
*
, M. Kemp,
M. A. Ratner
*
Corresponding author for this work
Chemistry
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peer-review
541
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Keyphrases
Electron Transfer
100%
Density of States
100%
Scanning Tunneling Microscope
100%
Molecular Wires
100%
Electronic Conduction
100%
Scattering Formalism
100%
Molecular Imaging
50%
Applied Voltage
50%
Transport Processes
50%
Conductance
50%
Low Temperature
50%
Partitioning Method
50%
Franck-Condon
50%
Green's Function
50%
Vibrational States
50%
Physical Implication
50%
Transfer Problem
50%
Non-adiabatic Electron Tunneling
50%
One-dimensional Systems
50%
T-matrix
50%
Weighted Density
50%
Tight-binding Hamiltonian
50%
Metal Density
50%
Chemistry
Tight Binding Model
100%
Density of State
100%
Conduction Electron
100%
Electron Transport
100%
Nanowire
100%
Conductance
50%
Phonon Density of State
50%
Electron Transfer
50%
electrode
50%
Engineering
Scanning Tunneling Microscope
100%
Nanowire
100%
One Dimensional
50%
Low-Temperature
50%
Dimensional System
50%
Transport Process
50%
Applied Voltage
50%
Compact Expression
50%
Green's Functions
50%
Physics
Density of States
100%
Conduction Electron
100%
Nanowire
100%
Green's Functions
50%
Phonon Density of State
50%
Transport Process
50%
Material Science
Density
100%
Electron Transfer
100%