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Thin, penetrable electromagnetic inclusions buried within a half space areretrieved from Multi-Static Response (MSR) matrix data collected above thishalf space at several frequencies. A non-iterative algorithm is proposed tothat aim. It relies on the modeling of the MSR matrix according to a rigorousasymptotic expansion of the scattering amplitude. The supporting curves ofsingle as well as multiple thin inclusions are retrieved in fairly goodfashion. This is illustrated by a set of numerical inversions that are carriedout from synthetic data, both noiseless and noisy ones.

Determination of the unknown support of thin penetrable inclusions within a half-space from multi-frequency response matrix