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In this paper, we summarize the formulation of the augmented electric field integral equation to solve perfect electric conductor and dielectric problems. By studying the numerical integrations of the lossy Green's function, we extend this formulation for dielectrics to conductors precisely. We develop a novel angular integral method to evaluate the numerical integrals. This method turns out to be...
We analysed the scattering of E-polarlized plane wave from a finite number of perfectly conducting, dielectric, and axially magnetized ferrite cylinders in the unified manner. The technique is based on the method of moments (MoM) with global basis functions and Galerkin approach. The surface impedance is extended so that the boundary condition is imposed at the surfaces of all of cylinders in the...
In this paper, high order impedance boundary condition (HOIBC) is used to improve the analysis of electromagnetic scattering from dielectric coated bodies of revolution (BOR). The well known PMCHW or JMCFIE method based on the surface integral equation (SIE) are feasible to solve the problem and another useful approach is volume-surface integral equation (VSIE). According to the equivalence principle,...
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