Abstract
Abstract The dynamics of the fragile glass-forming liauid m-toluidine is investigated using the time-resolved optical Kerr effect. Its relaxation processes are measured with the help of a heterodyne detection technique from 10−14 to 10−9 s, in the temperature range 266-295 K. The measured signal decay can be fitted by expressions derived from mode-coupling theory, with a elear identification of the different dynamie regimes. The corresponding parameters agree with values derived from light scattering experiments.
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