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A Numerical Technique to Compute the Plane-Wave Scattering Coefficients of a General Slab

This paper presents a numerical technique to compute the values of the plane-wave scattering coefficients of a general slab from the knowledge of the spatial distributions of the incident and the scattered fields. To validate the technique, results are shown for an infinite-size lossless homogeneous isotropic slab, under dominant TMZ or TEZ polarization, with the scattered field computed by FDTD that uses the separate field formulation