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—The article considers a new acoustoelectronic method for measuring the velocity of ultrasonic waves in a liquid. It is shown that by changing the angle between the direction of propagation of an ultrasonic wave and the normal to the surface of a piezoquartz receiver placed in the studied liquid, it is possible determine the propagation velocity of this wave in the liquid. This method has been used at a wave frequency of 3 MHz to measure sound speeds in distilled water, glycerin, and freon. The experimental values of the velocities obtained agree satisfactory with the tabulated data.
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Kol’tsova et al. (2023) studied this question.
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