Abstract
The splitting and intensity are estimated for the doublet produced by scattering of a light wave at hypersonic transverse shear vibrations in a liquid of high shear viscosity. It is shown that observation of the fine structure of the Rayleigh line at fairly high temperatures is prevented by the very small magnitude of the splitting and the strong damping of the transverse vibrations. The intensity of these components is very small at low temperatures, so they can be observed only with a source having very narrow and intense lines.
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