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Remote detection of Raman scattering by use of a holographic optical element as a dispersive telescope

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Abstract

We describe the retrieval of nighttime lidar profiles by use of a large holographic optical element to simultaneously collect and spectrally disperse Raman-shifted return signals. Results obtained with a 20-Hz, 6mJ/pulse, frequency-tripled Nd:YAG source demonstrate profiles for atmospheric nitrogen with a range greater than 1 km for a time average of 26 s.

© 2000 Optical Society of America

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