Abstract
The study of dispersion of acoustic velocity in acetone employing ultrasonic waves of very high frequencies up to 180 Mc/s has been made for the first time and no positive evidence of dispersion could be established. It is shown that the angular distribution of high frequency diffraction is less in acetone than that in water, as this depends only on the parameter π L /λ * where L corresponds to the length of the sound path traversed by the light beam and λ * corresponds to the sound wavelength in the medium.
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