Abstract
This paper describes a technique for measuring the speed of sound in molten salts employing a pulse method. The signal coming from the sample is made to coincide with that coming from a delay line of a variable length of water. The intervening parts between the emitting and receiving crystals are made of sintered alumina. The calculation of corrections due to the intervening parts and the calculation of error are given in detail. The technique is applied to measure the speed of sound in potassium bromide, alkali sulphates and the chromate, molybdate and tungsten of sodium. [Journal translation]
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