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Proceedings Paper

Time-resolved multiple scattering
Author(s): Gerard J. Kunz
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Paper Abstract

Time and range resolved multiple-scattered radiation from the aureole around a traveling radiation, using an additional off axis scanning lidar-receiver, on top of an existing lidar. This system can be considered as an analogue equivalent of Bissonnette's fixed multi-field-of-view lidar. Because multiple-scattering is effective over much larger volumes than the illuminating volume by the laser pulse itself; the variations in the signals due to atmospheric structures are reduced to a certain extent. A simple second-order scattering model has been developed to understand this volume averaging effect. It has been shown that this model can be used to estimate the extinction coefficient of clouds and the average diameters of the cloud droplets. Lidar waveforms, obtained during a field experiment, have been inverted with the proposed model. The results appear to be in reasonable agreement with the in situ measured extinction using a nephelometer mounted on a cable car which was moving up and down a mountain slope through the clouds.

Paper Details

Date Published: 20 September 1995
PDF: 13 pages
Proc. SPIE 2506, Air Pollution and Visibility Measurements, (20 September 1995); doi: 10.1117/12.221066
Show Author Affiliations
Gerard J. Kunz, Physics and Electronics Lab. TNO (Netherlands)

Published in SPIE Proceedings Vol. 2506:
Air Pollution and Visibility Measurements
Peter Fabian; Volker Klein; Maurus Tacke; Konradin Weber; Christian Werner, Editor(s)

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