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Fourier conjugacy of Green’s tensor and of the diffraction field of a plane wave on an ideally conducting body

V. M. Maksimov, Dmitrii I. Voskresenskii

Abstract


In solving external problems in electrodynamics, it is sometimes necessary to determine the field produced by the diffraction of a plane wave on an ideally conducting body according to the well-known Green tensor (GT) of this body. The inverse problem is likewise of practical interest - i.e., the determination of the GT according to the known field produced by the diffraction of a plane wave on an ideally conducting body. As will be demonstrated below, these two problems are interrelated, while the diffraction field and the GT are Fourier-conjugate relative to each other. In scalar form, this interrelationship has been considered in [1, p. 81] for Green’s function of free space.


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References


LITVINENKO, O.N. Foundations of Radio-Optics [in Russian].Kiev: Tekhnika, 1974.

VOSKRESENSKII, D.I.; MAKSIMOV, V.M. Generalization of the Schwarzschild method for the problem of scattering by ideally conducting bodies. Radioelectron. Commun. Syst., vol. 31, no. 2, pp. 15-19, 1988.




DOI: https://doi.org/10.3103/S073527271990070226

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