An iterative MoM-based technique for evaluation of bistatic RCS of electrically large scatterers

A simple technique for evaluation of bistatic radar cross-section (RCS) is presented. The technique is purely algebraic and it can be applied to any system of equations obtained by the Method of moments (MoM). Since the MoM matrix need not to be inverted and stored, as with the standard MoM approach, one can expect lowering computational costs. Numerical examples are given, with comparison of bistatic RCS results obtained by the presented technique and by the standard MoM approach.