Titlebook: Electromagnetic Wave Scattering on Nonspherical Particles; Basic Methodology an Tom Rother,Michael Kahnert Book 2014Latest edition Springer

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Introduction. Technical Applications,Frequently alluded in the foregoing chapters, we will now deal in more detail with the problem of Rayleigh’s hypothesis. In 1907, Lord Rayleigh published a paper on the dynamic theory of gratings, as mentioned earlier in Chap. 1

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First Approach to the Green Functions: The Rayleigh Method,In Sect. 1.3 we have considered a solution method for the scattering problems which was already used by Rayleigh to solve plane wave scattering on periodic gratings. Starting point was the approximation (1.21) of the scattered field by a finite series expansion in terms of any appropriate expansion functions.

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The Rayleigh Hypothesis,Frequently alluded in the foregoing chapters, we will now deal in more detail with the problem of Rayleigh’s hypothesis. In 1907, Lord Rayleigh published a paper on the dynamic theory of gratings, as mentioned earlier in Chap. 1

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Conduction with Heat Generation,ary incident field at the scatterer surface . in terms of the radiating eigensolutions of the Helmholtz and vector-wave equation, respectively. From this we could obtain an approximation of the scattered field everywhere in the outer region . which is also given by a series expansion in terms of the