Instantaneous integrated raman scattering

Moshe Kleiman; Smadar Egert; Ariel Cohen; Nissim Ben-Yosef

doi:10.1364/AO.22.001592

Instantaneous integrated raman scattering

Moshe Kleiman, Smadar Egert, Ariel Cohen, Nissim Ben-Yosef

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Abstract

Lidar detection of atmospheric molecules using a Raman scattering technique being usually limited by low signals is enhanced by integration of the forward Raman scattered light over a large atmospheric volume. This integral can be measured instantaneously in the presence of a reflector at one edge of the optical path, increasing the SNR by a factor of 100 in the case of a perfect reflector and a beam path of -2 km. Natural reflectors such as clouds leading to the same effect are also discussed.

Original language	English
Pages (from-to)	1592-1597
Number of pages	6
Journal	Applied Optics
Volume	22
Issue number	10
DOIs	https://doi.org/10.1364/AO.22.001592
State	Published - May 1983

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title = "Instantaneous integrated raman scattering",

abstract = "Lidar detection of atmospheric molecules using a Raman scattering technique being usually limited by low signals is enhanced by integration of the forward Raman scattered light over a large atmospheric volume. This integral can be measured instantaneously in the presence of a reflector at one edge of the optical path, increasing the SNR by a factor of 100 in the case of a perfect reflector and a beam path of -2 km. Natural reflectors such as clouds leading to the same effect are also discussed.",

author = "Moshe Kleiman and Smadar Egert and Ariel Cohen and Nissim Ben-Yosef",

year = "1983",

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AU - Egert, Smadar

AU - Cohen, Ariel

AU - Ben-Yosef, Nissim

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N2 - Lidar detection of atmospheric molecules using a Raman scattering technique being usually limited by low signals is enhanced by integration of the forward Raman scattered light over a large atmospheric volume. This integral can be measured instantaneously in the presence of a reflector at one edge of the optical path, increasing the SNR by a factor of 100 in the case of a perfect reflector and a beam path of -2 km. Natural reflectors such as clouds leading to the same effect are also discussed.

AB - Lidar detection of atmospheric molecules using a Raman scattering technique being usually limited by low signals is enhanced by integration of the forward Raman scattered light over a large atmospheric volume. This integral can be measured instantaneously in the presence of a reflector at one edge of the optical path, increasing the SNR by a factor of 100 in the case of a perfect reflector and a beam path of -2 km. Natural reflectors such as clouds leading to the same effect are also discussed.

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JO - Applied Optics

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Instantaneous integrated raman scattering

Abstract

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