Optical scattering of a cylindrical vector beam by a dielectric sphere

Research paper by Chunying Ding, Xiang׳e Han, Renxian Li

Indexed on: 17 Mar '16Published on: 30 Nov '15Published in: Journal of Quantitative Spectroscopy & Radiative Transfer

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Abstract

The scattering of a cylindrical vector beam by a sphere is investigated within the framework of the generalized Lorenz-Mie theory (GLMT). The beam shape coefficients for cylindrical vector beams are calculated using an analytical expression obtained by integral localized approximation (ILA), and the scattering coefficients are expanded using Debye series (DSE). The beam shape coefficients are numerically evaluated and verified by comparing the reconstructed results with those obtained from the original fields. The far-field scattered intensities are numerically simulated, and the rainbows produced by the interaction of cylindrical vector beams and spherical particles are analyzed in detail.

Optical scattering of a cylindrical vector beam by a dielectric sphere

Abstract

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Optical scattering of a cylindrical vector beam by a dielectric sphere

Abstract

More like this:

Generalized theory of resonance excitation by sound scattering from an elastic spherical shell in a nonviscous fluid.

Interaction of an acoustical 2D-beam with an elastic cylinder with arbitrary location in a non-viscous fluid.

Discrete Cylindrical Vector Beam Generation from an Array of Optical Fibers

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