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N.M.R. study examines fluorine relaxation mechanisms in trifluorotoluene, indicating viscosity effects on relaxation rates.
Intermolecular dipole, intramolecular dipole, and spin-rotation coupling-relaxation mechanisms are studied in a pulsed n.m.r. investigation of trifluorotoluene in carbon disulfide. The viscosity dependence of each mechanism is examined and the relative contribution of each to the overall relaxation rate is estimated.
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Ronald Phillip Drucker (2026) studied this question.
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