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Magnetic field of conductive objects as superposition of elementary eddy currents and eddy current tomography D. Ya. Sukhanov, K. V. Zav'yalova

By: Sukhanov, Dmitry YaContributor(s): Zavyalova, Ksenia VMaterial type: ArticleArticleSubject(s): магнитная индукция | магнитное поле | магнитно-индукционная томография | выхревые токиGenre/Form: статьи в журналах Online resources: Click here to access online In: Russian physics journal Vol. 60, № 11. P. 1880-1887Abstract: The paper represents induced currents in an electrically conductive object as a totality of elementary eddy currents. The proposed scanning method includes measurements of only one component of the secondary magnetic field. Reconstruction of the current distribution is performed by deconvolution with regularization. Numerical modeling supported by the field experiments show that this approach is of direct practical relevance.
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The paper represents induced currents in an electrically conductive object as a totality of elementary eddy currents. The proposed scanning method includes measurements of only one component of the secondary magnetic field. Reconstruction of the current distribution is performed by deconvolution with regularization. Numerical modeling supported by the field experiments show that this approach is of direct practical relevance.

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