Compensational three-wavelength differential-absorption lidar technique for reducing the influence of differential scattering on ozone-concentration measurements

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ID: 271507
1996
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Abstract
A three-wavelength differential-absorption lidar (DIAL) technique for the ultraviolet spectral region is presented that reduces the influence of aerosol differential scattering on measured ozone-concentration profiles. The principal advantage of this approach is that, to a good first approximation, no correction for aerosol differential-extinction and backscattering effects are needed. Therefore, one avoids having to obtain an aerosol extinction-coefficient profile at a reference wavelength; nor does one have to invoke questionable assumptions regarding the spectral dependence of the aerosol total and backscatter coefficients.
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Authors Michael P. Bristow;Vladimir A. Kovalev;Vladimir A. Kovalev;Michael P. Bristow;
Journal Applied optics
Year 1996
DOI doi:10.1364/AO.35.004790
URL
https://doi.org/10.1364/ao.35.004790
Keywords
aerosols aerosol effects extinction coefficients light wavelength molecular scattering scattering measurement

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