论文部分内容阅读
Based on a Padé approximation, a wide-angle parabolic equation method is introduced for computing the multi- object radar cross section (RCS) for the first time. The method is a paraxial version of the scalar wave equation, which solves the field by marching them along the paraxial direction. Numerical results show that a single wide-angle parabolic equation run can compute multi-object RCS efficiently for angles up to 45°. The method provides a new and efficient numerical method for computation electromagnetics.
Based on a Padé approximation, a wide-angle parabolic equation method is introduced for computing the multi- object radar cross section (RCS) for the first time. The method is a paraxial version of the scalar wave equation, which solves the field by marching Numerical results show that a single wide-angle parabolic equation run can compute multi-object RCS efficiently for angles up to 45 °. The method provides a new and efficient numerical method for computational electromagnetics.