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2. LRAN method
The LRAN method uses elastic scattering without wavelength change, after scattering by particles (known as "Mie" scattering) and molecules and atoms (known as "Rayleigh" scattering). It is the simplest of the lidar methods, and the most affordable in terms of instrument set-up and measurement processing.
2.1 Useful digital lidar signals
This article analyzes the operation of LRANs in continuous detection (also known as direct detection) for aerosol and cloud applications.
"Useful" means that the signal is due to the backscattering of laser light (§ 6.2.1,
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LRAN method
Conditions of use
Bibliography
Bibliography
Websites
French instrumented sites with lidars
Qualair at UPMC (Paris): http://qualair.aero.jussieu.fr
SIRTA, at Ecole Polytechnique (Palaiseau): http://sirta.ipsl.fr/
Events
French Aerosol Congress (CFA2020): http://www.asfera.org
International Coordination Group for laser Atmospheric Studies (ICLAS)
International Laser Radar Conference (29th ILRC) : http://www.ilrc29.cn/
International Laser Radar...
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