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Titlebook: Generalized Lorenz-Mie Theories; Gérard Gouesbet,Gérard Gréhan Book 20172nd edition Springer International Publishing AG 2017 GLMT.Gaussia

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Conclusions: The Need for a Products Policy,Some allusions or brief discussions concerning applications of GLMTs have already been provided (and will not be necessarily repeated here). This chapter, to be viewed as, and written as, a complement, is devoted to a more systematic and exhaustive exposition of such applications. Complementary miscellaneous issues will also be discussed.
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,Generalized Lorenz–Mie Theory in the Strict Sense, and Other GLMTs,The general version of GLMT (in the strict sense, i.e. when the scaterer is a sphere defined by its diameter . and its complex refractive index .) has been exposed in [2, 89].
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Special Cases of Axisymmetric and Gaussian Beams,We define an axisymmetric beam [74] (Gouesbet, Applied Optics 35(9), 1543–1555, 1996) to be a beam for which the .-component . of the Poynting vector, in which . is the direction of propagation of the beam, does not depend on the azimuthal angle ., in suitably chosen coordinate systems.
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The Localized Approximation and Localized Beam Models,Beside more or less classical mathematical functions, numerical computations for GLMT require accurate enough computations of BSCs . or . describing the incident beam.
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