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In this work for the first time we validate experimentally a fast (real-time) non-iterative imaging method for eddy current tomography of conductive materials. The presented method is based on the monotonicity principle applied in the low frequency limit where the skin-depth is great with respect to the relevant dimension of the problem under test. The experimental tests prove the effectiveness of the monotonicity based imaging method. Moreover, we prove that the inversion can be carried out without resorting the direct problem solver.
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