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A FORTRAN program for electromagnetic scattering analysis of 3D objects with penetrable and non-penetrable materials. A combined finite element method and method of moments (FEM/MoM) approach is used to analyse this problem.
A program system for numerical computation of electromagnetic radiation and scattering problems.
It is based on the method of moments for the numerical solution of integral equations for the electric field (EFIE) and the magnetic field (MFIE). The package as well as the source code is available for various workstations.
A numerical electromagnetics code for solving general electromagnetics radiation problems. The field computation is based on the Method of Moments. In order to solve electrically larger structures the MoM has been hybridized with high frequency techniques such as Physical Optics and the Uniform Theory of Diffraction.
A FORTRAN code developed by Aharon Blank (Hewbrew University of Jerusalem) for PC for the calculation of RCS in two polarizations (VV,HH) and all aspect angles for arbitrary BOR made of dielectric/metalic layers. The code is based on the MoM equivalence principle. The BOR can be metallic or non metallic.
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