A conformational study of the influence of vibrations on conduction in molecular wires

Chemical Compounds

• Soliton 100%
• Conductance 93%
• Dimerization 59%
• Inelastic Scattering 52%
• Tight Binding Model 43%
• Normal Modes 37%
• Hamiltonian 37%
• Tunneling 33%
• Displacement 26%
• Electronic State 23%
• Electron Particle 17%
• Molecule 11%

Engineering & Materials Science

• Wire 73%
• Dimerization 66%
• Solitons 55%
• Geometry 47%
• Benzene 47%
• Inelastic scattering 36%
• Phonons 30%
• Electron tunneling 30%
• Electronic structure 29%
• Hamiltonians 23%
• Electrons 19%
• Molecules 19%
• Scattering 18%

Physics & Astronomy

• wire 72%
• conduction 64%
• vibration 64%
• dimerization 48%
• geometry 43%
• benzene 38%
• solitary waves 31%
• electron tunneling 21%
• vibration mode 17%
• inelastic scattering 17%
• electronic structure 14%
• phonons 13%
• molecules 10%
• electronics 10%
• scattering 10%
• electrons 8%