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Inversion of critical light scattering.

Name: Inversion of critical light scattering.
Brand: Omniscriptum
SKU: 06988876
Price: 25377 HUF
Availability: InStock
Author: Mariusz Krzysiek
ISBN: 9786131530173

Mariusz Krzysiek

Language

English

Book Paperback

Libristo code: 06988876

Publishers Omniscriptum, February 2018

This Ph.D. work deals with the scattering of light by a cloud of bubbles (i.e. particles with relati... Full description

Libristo code: 06988876

169 b

25 377 Ft

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This Ph.D. work deals with the scattering of light by a cloud of bubbles (i.e. particles with relative refractive index below unit) near the critical-scattering-angle. Under a single scattering assumption, a critical scattering pattern (CSP) can be accurately modeled with the Lorenz-Mie theory and a Fredholm integral of the first kind. A CSP is basically composed of several bows that are very similar to those observed in the forward diffraction zone and the rainbow region. By measuring the angular spreading, the visibility and the global position of these bows it is possible to deduce the bubbles mean size, poly-dispersion and mean refractive index (i.e. composition). We have developed several inverse methods and experiments to recover these properties, demonstrating the validity of what can be called the "Critical-Angle Refractometry and Sizing" (CARS) technique. Various effects like the laser Gaussian intensity profile or the laser beam spectrum width have also been studied. This new optical particle characterization technique is thought to be a useful tool to study real bubbly flows as well as for laboratory experiments requiring bubbles material recognition.