Abstract
The distribution of an ac magnetic field in a conducting fiber composite of a finite length with components differing in their magnetic and electrical properties has been found. The geometry of the skin layer has been determined, and the degree of homogeneity of the magnetic field in samples representing a system of fibers regularly arranged in the matrix has been evaluated. The specific features of the distribution of the magnetic field and eddy currents caused by the presence of interfaces between unlike materials, magnetic properties, dimensions, and the mutual location of inclusions have been analyzed.
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