Abstract
A report is given of the application of laser interferometry to a study of dynamic deformations of a gelatinous medium. It is shown that the shape of vibrations of the gel can be determined and the amplitude of the acoustic field can be found with a resolution of ∼3 μ in steps of 10−3 λ /2. The dependence of the vibration amplitude on the applied voltage is determined for part of the surface with the maximum deformation amplitude.
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