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NUMERICAL SOLUTION OF ELECTROMAGNETIC
The Fortran IV Program Listing
9 other sections not shown
accuracy admittance amplitude analytical angle aperture application approach approximation array basis functions Bessel functions bistatic body boundary conditions calculated coefficients Conjugate gradients method consider convergence coordinate current distribution cylinder derived dielectric dipole discontinuity discussed E-plane electric field electromagnetic elements evaluation experimental finite formulation Fourier transform frequency domain geometry given H-plane Harrington IEEE Trans impedance matrix incident field infinite input integral equation inversion iteration linear magnetic field matrix equation Maxwell's equations method of moments MFIE Mittra modal modes numerical solution obtained orthogonal Oshiro parameter pattern phased array plane procedure propagation pulse radar cross section radiation radius region residue calculus scattered field scattering matrix scattering problems segments shown in Fig ſº solved space sphere structure Subroutine surface integral symmetry tangential techniques tion unknown values variation vector wave waveguide wire antenna wire-grid zero