Microscopic solvation effects on excited-state energetics and dynamics of aromatic molecules in large van der Waals complexes

Keyphrases

• Excited States 100%
• Aromatic Molecules 100%
• Solvation Effect 100%
• Van Der Waals Complex 100%
• Vibrationless 100%
• Spectral Features 80%
• Tarn 60%
• Chemical Composition 40%
• Intrastate 40%
• Tetracene 40%
• Spectral Shift 40%
• Nuclear Dynamics 40%
• Decay Lifetime 40%
• Pressure Dependence 40%
• Electronic Relaxation 40%
• Heavy Atoms 40%
• Vibrational Excitation 40%
• Rare Gases 40%
• Vibrational Predissociation 40%
• Van Der Waals Molecules 40%
• Law 20%
• Additivity 20%
• Hydrogen Peroxide 20%
• Diagnostic Methods 20%
• Formation Kinetics 20%
• Spectroscopic Data 20%
• Polarizability 20%
• Electronic States 20%
• Aromatics 20%
• Dispersive Interactions 20%
• Benzene 20%
• Energy-resolved 20%
• Order of Appearance 20%
• Solvent Effect 20%
• Pair Interaction 20%
• Time-resolved Emission Spectra 20%
• Electronic Excitation 20%
• Action Spectrum 20%
• Coordination number 20%
• Conservation Rules 20%
• Laser Spectroscopy 20%
• Vibrational Energy 20%
• Excited State Lifetime 20%
• Spectroscopic Diagnostics 20%
• Molecule Formation 20%
• Vibrationally Excited States 20%
• Supersonic Jet 20%
• Intersystem Crossing 20%
• Supersonic Expansion 20%
• Heavy Atom Effect 20%
• Emission Quantum Yield 20%
• Vibrational Structure 20%
• Multiple Spectra 20%

Chemistry

• Excited State 100%
• Solvation 100%
• Energetics 100%
• Phase Composition 40%
• Red 40%
• Relaxation 40%
• Tetracene 40%
• Noble Gas Atom 40%
• Vibrational Excitation 40%
• Predissociation 40%
• Jet 20%
• Quantum Yield 20%
• Substance Spectroscopy 20%
• Electronic State 20%
• Polarizability 20%
• Solvent Effect 20%
• Vibrational Energy 20%
• Intersystem Crossing [Singlet->triplet] 20%
• Coordination Number 20%
• Laser Spectroscopy 20%
• Heavy Atom Effect 20%
• Electronic Excitation 20%
• Spectroscopic Diagnostics 20%