Titlebook: Electromagnetic Field Near Conducting Half-Space; Theory and Applicati Yuriy Vasetsky,Artur Zaporozhets Book 2024 The Editor(s) (if applica

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Three-Dimensional Pulsed Electromagnetic Field of Current Flowing Near Conducting Half-Space,lsed electromagnetic fields the integrands are represented by bounded asymptotic series, in each term of which the dependences on coordinates and time are calculated separately using well-known simple expressions. Since the applied expansion into the asymptotic series is valid in the high-frequency

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Penetration of Non-uniform Sinusoidal Electromagnetic Field into Conducting Half-Space,e between dielectric and conducting media. It is determined that non-uniform electromagnetic field always decreases in depth faster than uniform field. The theoretical conclusion is confirmed by comparing the results of analytical and numerical calculations. The concept of strong skin effect is exte

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,Die Bestimmung der H?rte der Materialien,y general setting. It is necessary to find the electromagnetic field of an arbitrary spatial contour with an alternating current, located above a conductive magnetizable half-space, in which eddy currents are induced. Restrictions are not imposed on the geometry of the contour with current and its o

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https://doi.org/10.1007/978-3-642-59228-7e between dielectric and conducting media. It is determined that non-uniform electromagnetic field always decreases in depth faster than uniform field. The theoretical conclusion is confirmed by comparing the results of analytical and numerical calculations. The concept of strong skin effect is exte

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https://doi.org/10.1007/978-3-642-60943-5he field of arbitrary alternating initial sources near conducting half-space with account to eddy current in conducting body. For the pulse current, the obtained solution is a frequency spectrum of the electromagnetic field created by a current with a set frequency spectrum. Time dependencies can be