Abstract
Atmospheric temperature can be measured remotely by a lidar system that
measures the ratio of backscattered signals from vibrational–rotational
Raman scattering by N2 to pure vibrational Raman
scattering. We present simulations of the performance of an airborne lidar
system (based on the Goddard Airborne Raman lidar) that employs this
technique.
© 1997 Optical Society of America
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