Keyphrases
Molecular Junctions
100%
Molecular Conduction
60%
Electron Transfer
48%
Energy Transfer
37%
Non-equilibrium
37%
Molecular Wires
35%
Vibrational Relaxation
32%
Large Molecules
32%
Process Rate
31%
Raman Scattering
27%
Polymer Electrolyte
26%
Electron Transfer Rate
26%
Solid Electrolyte
24%
Dielectric
24%
Tunneling
24%
Numerical Simulation
24%
Molecular Systems
24%
Heat Conduction
23%
Electron Tunneling
23%
Metal Surface
23%
Electron Transmission
23%
Dephasing
23%
Molecular Bridge
22%
Strong Coupling
21%
Single Molecule
21%
Charge Transfer
20%
Electronic Relaxation
20%
Relaxation Rate
19%
Heat Transport
19%
Solvation Dynamics
19%
Molecular Dynamics Simulation
18%
Line Shape
18%
Polaritons
18%
Non-radiative Decay
18%
Solvation
18%
Percolation Theory
17%
Excess Electron
17%
Molecular Electronics
17%
Friction
17%
Potential Surface
17%
Quantum Mechanical
17%
Dynamical Percolation
17%
Optical Response
16%
Golden Rule
16%
Ionic Motion
16%
Surface-enhanced Raman Scattering
16%
Single-molecule Junction
16%
Current-voltage Characteristics
15%
Exciton
15%
Induced Current
15%
Engineering
Tunnel Construction
45%
Nonequilibrium
40%
One Dimensional
39%
Master Equation
26%
Green's Functions
26%
Dielectrics
25%
Vibrational Relaxation
22%
Electronic State
21%
Diffusion Coefficient
19%
Diffusive
17%
Plasmonics
17%
Low-Temperature
17%
Nanowire
17%
Renewals
16%
Liouville
16%
Experimental Result
16%
Simple Model
16%
Harmonics
16%
Surface Potential
15%
Langevin Dynamic
15%
Percolation Theory
14%
Model System
13%
Charge Transport
13%
Observables
13%
Oscillator
13%
Interacting Particle
12%
Energy Conversion
12%
Quantum System
12%
Heat Transport
11%
Transfer Process
11%
Degree of Freedom
11%
Nanomaterial
11%
Rate Constant
11%
Experimental Observation
11%
Bridging
11%
Good Agreement
10%
Polymer Chain
10%
Thermal Gradient
10%
Mobile Ion
10%
Solar Cell
10%
Coulomb Repulsion
10%
Dimensional Model
9%
Room Temperature
9%
Theoretical Study
9%
Entropy Production
9%
Thermal Environment
9%
Molecular Layer
9%
Applicability
9%
Temperature Dependence
9%
Hopping Model
8%
