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W artykule przedstawiono hybrydową metodę analizy złożonych obiektów promieniujących i/lub rozpraszających fale elektromagnetyczne. Omówione podejście łączy w sobie zalety dwóch konwencjonalnych metod pełnofalowych: metody momentów (MoM) i metody FDTD. W celu zwiększenia efektywności analizy obiektów dużych elektrycznie metodę momentów połączono dodatkowo z asymptotycznym przybliżeniem optyki fizycznej...
In this paper, we demonstrate a possibility of increasing computational efficiency of the MoM-FDTD hybrid method by employing spatial interpolation combined with adaptive sampling in calculating the electric and magnetic field components and equivalent sources on the Huygens' surfaces. Along with the direct spatial interpolation of the electromagnetic field components on the Huygens' surface we also...
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