Two‐dimensional transient scattering using the Nyström method and finite difference delay modeling

Abstract

[1] A method is proposed to solve the two-dimensional time domain integral equations of electromagnetic theory. The method discretizes the equations spatially using a locally corrected Nyström method and temporally by finite difference delay modeling. Numerical results demonstrate the stability and accuracy of the proposed method.Citation: Lin, Y. Q., and D. S. Weile (2011), Two-dimensional transient scattering using the Nyström method and finite difference delay modeling, Radio Sci., 46, RS0E05,