Abstract
The study of damping of acoustic waves is made in bcc crystals from 50–500 K at zero magnetic field. The theory is developed from primary physical constants; nearest‐neighbor distance and hardness parameter; and basic potentials: electrostatic and Born‐Mayer. The cesium halides are studied acoustically along different directions of propagation and orientation. The molecular weight, temperature, frequency, direction of propagation, and orientation dependence are explained, and it is stated that damping is the characteristic property of substance.
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