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This paper develops a scattering cancellation technique to design a cloak for a radial inhomogeneous sphere object. The inhomogeneous spherical target is divided into many thin layers of piecewise homogeneous layers. By analyzing the scattered fields by the inhomogeneous sphere coated by an isotropic material according to Mie series theory, the geometrical dimensions and electromagnetic parameters...
This paper present an efficient technique for the analysis of electromagnetic scattering by a conducting sphere coated with uniaxial anisotropic media. The technique is based on the method of higher order MoM of the surface integral equations. This higher order MoM solution uses the higher order hierarchical basis functions which are based on the modified Legendre polynomials. Numerical examples results...
In this paper, the field decomposition method is used to split the homogeneous Bi-isotropic media into two uncoupled isotropic media instead of direct calculation of complicated Green's function in Bi-isotropic material. The construction of formulation using Poggio-Miller-Change-Harrington-Wu-Tsai (PMCHWT) integral equation for multiple homogenous dielectric objects and the electric field integral...
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