Electronic-vibrational excitations of aromatic molecules in large argon clusters

Keyphrases

• Anthracene 80%
• Ar Cluster 40%
• Argon Cluster 100%
• Aromatic Molecules 100%
• Decay Time 20%
• Electron-phonon Coupling 20%
• Energy-resolved 80%
• Excited States 20%
• Fluorescence Emission Spectra 20%
• Hot Luminescence 20%
• Interrogation Technique 20%
• Intramolecular Vibrations 20%
• Large-scale Cluster 20%
• Laser Spectroscopy 20%
• Line Broadening 60%
• Nanosecond Time Scale 20%
• Nozzle 20%
• Pentacene 60%
• Pressure Range 20%
• Relaxation Dynamics 20%
• Relaxation Process 20%
• Spectral Shift 20%
• Stagnation Pressure 60%
• Supersonic Expansion 20%
• Supersonic Jet 20%
• Tetracene 100%
• Time-resolved 20%
• Vibrational Excitation 100%
• Vibrational Relaxation 80%
• Vibrational Structure 20%
• Vibrationally Excited States 20%
• Xanthone Dimer 20%

Chemistry

• Anthracene 100%
• Argon 100%
• Energetics 40%
• Excited State 40%
• Fluorescence Excitation Spectrum 20%
• Jet 20%
• Laser Spectroscopy 20%
• Line Broadening 60%
• Linewidth 20%
• Pentacene 60%
• Phonon 20%
• Red 20%
• Tetracene 100%
• Vibrational Excitation 100%
• Vibrational Relaxation 80%