Abstract
The results of a Rayleigh–Brillouin (RB) experiment performed on 1-octanol in the 10–80 °C temperature range are presented and discussed. Two different relaxation processes at the temperatures of 30 and 50 °C ca. are described in terms of relaxation times and activation energies. The comparison between our experimental results and existing literature data suggests the possible interpretation of the general dynamical behavior of n-alcohols in the gigahertz frequency range.
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