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The model-based spheroidal excitation approach is extended to accurately compute the transient electromagnetic response of a highly conducting and permeable object. The complete formulation is presented in the convolution form. The method is applicable to data from various sensors that measure the transient field or voltage in either the on- or off-time regime and for an arbitrary transmitter waveform...
A computationally efficient method is presented for analyzing the scattering from frequency selective surfaces (FSS) comprised of circular apertures in metal screen. The formulation is carried out in the spectral domain where the convolution form of the integral equation for the induced magnetic current reduces to an algebraic one. The diagonalizing procedure was applied to these equations and the...
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