Current distribution on a convex-concave cylinder with impedance boundary
Current distribution on a convex-concave cylinder with impedance boundary condition is investigated by a novel iteration method. The proposed method, combining the Toplitz transform and superrelax iteration, can deal with the problem of a 2-D electrically large body. It can determine the optimum parameter of radar absorbing film on the surface of a scattering cylinder to reduce RCS Numerical examples and experimental measurements are presented.<<ETX>>