A physical compact model for electron transport across single molecules

Keyphrases

• Electron Transport 100%
• Single Molecule 100%
• Compact Model 100%
• Molecular Electronics 60%
• Physical Model 40%
• Circuit Design 40%
• Open Systems 20%
• Analytical Model 20%
• Design Methodology 20%
• Passive Devices 20%
• Electronic Devices 20%
• Parameter Variation 20%
• Voltage Source 20%
• Current Flow 20%
• Traditional Technology 20%
• Computationally Efficient 20%
• System Boundary 20%
• Electronic Structure 20%
• Technology Computer-aided Design 20%
• Quantum Chemical Calculations 20%
• Device Behavior 20%
• Metal Contact 20%
• Predictive Ability 20%
• Dithiols 20%
• Metal Electrode 20%
• Design Application 20%
• Boltzmann Transport Equation 20%
• Coupling Strength 20%
• Transport Model 20%
• Device Modeling 20%
• First-principle Prediction 20%
• Ab Initio Electronic Structure Calculations 20%
• Benzene-1 20%
• Computational Demand 20%
• Active Devices 20%
• DC Characteristics 20%
• Mesoscopic Transport 20%
• Similarity Model 20%
• Efficient Modeling 20%

Engineering

• Molecular Electronics 100%
• Circuit Design 66%
• Physical Model 66%
• Analytical Model 33%
• Boundary Condition 33%
• Passive Device 33%
• Boltzmann Equation 33%
• Simplifies 33%
• Model Parameter 33%
• Parameter Variation 33%
• Voltage Source 33%
• Current Flow 33%
• Do Model 33%
• Computer Aided Design 33%
• Device Behavior 33%
• Coupling Strength 33%
• Metal Contact 33%
• Predictive Capability 33%
• Structure Calculation 33%
• Conventional Technology 33%
• Active Device 33%

Material Science

• Electron Transfer 100%
• Electronic Circuit 66%
• Mechanical Strength 33%
• Electronic Structure 33%
• Electronic Structure Calculation 33%