Electromagnetic scattering by a body of revolution with a general anisotropic impedance boundary condition

The formulation and numerical solution of electromagnetic scattering problems involving a body of revolution with a general anisotropic impedance boundary condition (IBC) are presented. The formulation permits the inclusion of nonzero off-diagonal elements in the IBC tensor. Numerical results are represented for this case and compared with results obtained using a triangular patch code for modeling arbitrarily shaped bodies with anisotropic impedance boundary conditions.<
>