The application of a hybrid finite element-boundary integral (FE-BI) technique to the scattering from a dielectric cylinder buried in a dielectric half-space is presented. The domain in which FEM has to be applied is limited by a fictitious surface /spl Gamma/. The scattered field distribution is numerically evaluated by imposing the proper boundary conditions at the surface /spl Gamma/ and by using a suitable Green's function representation which allows one to take into account the presence of the interface.
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