The effect of impedance boundary conditions on the potential function of the boundary diffraction wave theory
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Date
2008-01-01
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Elsevier
Abstract
A novel potential function of the boundary diffraction wave theory is obtained for the impedance surfaces by the asymptotic reduction of the modified theory of physical integrals. The function is expressed in terms of the direction vectors of the incident and scattered rays. The application of the method is performed on the problem of diffraction of plane waves by an impedance half plane for oblique incidence.
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Keywords
Optics, Boundary diffraction wave, Diffraction, Physical optics, Asymptotic analysis, Boundary conditions, Integral equations, Surfaces, Vectors, Asymptotic reduction, Boundary diffraction waves, Impedance boundary conditions, Plane waves, Potential functions, Electromagnetic wave propagation, Half-plane, Geometrical-theory, Edge
Citation
Umul, Y. Z. vd. Yalçın, U. (2008). "The effect of impedance boundary conditions on the potential function of the boundary diffraction wave theory". Optics Communications, 281(1), 23-27.