Abstract
The article discusses the results of theoretical and experimental studies of the nature of the distribution of the main parameters of the electromagnetic field in the working gap of the inductor for heating magnetic and non-magnetic materials in a transverse magnetic field performed by the analytical method and using computer simulation in the ELCUT software environment. The results obtained can be useful for specialists, both in the design of induction devices for heating flat magnetic and non-magnetic materials in a transverse electromagnetic field, taking into account the change in their electrophysical properties, and during the operation of installations for diagnosing the quality of electromagnetic and thermal fields.
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