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Based on the modified image theory, the FDIE of a thin wire placed at arbitrary direction in lossy half-space is built, and the corresponding TDIE is obtained by the inverse Fourier transformation. The transient currents induced on the wire are calculated by the time domain MoM combined with MOT. It is shown, compared with reference, the method herein is effective and the conductivity of the soil...
For the modeling of electromagnetic scatter of thin metal wires located above or under real ground, a new numerical method based on time domain integral equations is presented. The influence of lossy ground is taken into account via Fresnel space-time reflection coefficient. The integral equations are solved efficiently by method of moments combined with marching on in time procedure. The calculated...
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