Raman and NMR Relaxation Studies of Molecular Dynamics in Liquids
Description:
Raman vibrational bands are sensitive to fluctuations in the molecular environment. Variations in the bandwidth and peak position can then be utilized to monitor molecular forces and interactions present in condense phases.
Nuclear Magnetic Resonance (NMR) provides a convenient probe for the study of molecular reorientation in liquids since nuclear spin relaxation times are dependent on the details of molecular motion.
Presented here is the solvent study of the Raman bandwidths and frequency d…
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Date:
August 1987
Creator:
Rodriguez, Arturo A. (Arturo Angel)
Partner:
UNT Libraries