Linear and nonlinear Herzberg−Teller vibronic coupling effects. II: Hole-burning and fluorescence line narrowing spectroscopy

Physics & Astronomy

• hole burning 87%
• fluorescence 53%
• emission spectra 48%
• asymmetry 42%
• absorption spectra 40%
• spectroscopy 38%
• phonons 37%
• numerical stability 24%
• molecular electronics 23%
• exponential functions 20%
• sidebands 18%
• line spectra 17%
• dipole moments 16%
• synchronism 15%
• breakdown 14%
• mirrors 12%
• shift 10%
• probes 10%
• symmetry 10%
• photons 10%

Chemical Compounds

• Vibronic Coupling 100%
• Asymmetry 77%
• Emission Spectrum 64%
• Absorption Spectrum 52%
• Spectroscopy 46%
• Quantum Beat 43%
• Fluorescence 41%
• Molecular Electronics 28%
• Electronic Transition 25%
• Photon 23%
• Dipole Moment 22%
• Probe 14%
• Time 8%