Broadband ISRS with chirp correction and wavelet analysis on iodine demonstrates electronic state-specific vibronic coupling and vibrational coherence transfer through nonadiabatic coupling.
Raman Lines of Second‐Order Intensity in SnBr4, SnCl4, and CCl4
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Broadband impulsive stimulated Raman spectroscopy reveals electronic state-specific vibronic coupling and vibrational coherence transfer through nonadiabatic electronic coupling
Broadband ISRS with chirp correction and wavelet analysis on iodine demonstrates electronic state-specific vibronic coupling and vibrational coherence transfer through nonadiabatic coupling.