Abstract
Rayleigh and Brillouin scattering have been investigated for organic-organic liquid mixtures. For conformal liquid mixtures (CS2-CHCl3 and C6H6-CH3OH systems), the Rayleigh scattering intensity and the adiabatic compressibility derived from the Brillouin shift are well expressed by the regular solution model, slightly changing the interaction parameter as a function of the concentration. The half widths of the Brillouin peaks show different tendencies with concentration for these two systems. For the C6H12-CH3OH system, the scattering intensity varies as expected from the phase diagram, although it has a miscibility gap.
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