Abstract
An approach is developed for studying the propagation of magnetoelasic waves in layered structures. The structures have the properties of ferrite with interfaces differently covered with a metal coating. The problem is reduced to an infinite equation system within the framework of the linearized theory of magnetoelasticity. Conditions of volume-wave propagation are derived from the condition of existence of a nontrivial solution to this system. Some results are presented in the form of plots
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