FDTD Analysis for Electromagnetic Scattering by Arbitrary Magnetized Direction Plasma

Based on the current density Laplace transfer finite-difference time-domain（CDLT-FDTD） method,the Faraday rotation effect in 1-D and the radar scattering cross-section（RCS） of the magnetization plasma sphere in 3-D are computed respectively.And the results is in good agreement with the other methods.The method is applied to the electromagnetic scattering of similarity-rocket model coated with arbitrary magnetization direction plasma.The results show that the magnetized plasma may efficiently reduce the RCS of a metallic target