Paper
31 October 1997 Development of frequency-agile high-repetition-rate CO2 DIAL systems for long-range chemical remote sensing
Charles Robert Quick Jr., Charles B. Fite, Bernard R. Foy, L. John Jolin, Aaron C. Koskelo, Bryan E. Laubscher, Edward P. MacKerrow, Brian D. McVey, Donald E. Mietz, Douglas H. Nelson, Robert J. Nemzek, Roger R. Petrin, John R. Quagliano, Patrick Schafstall, Robert K. Sander, Joseph J. Tiee, Michael C. Whitehead
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Abstract
Issues related to the development of direct detection, long- range CO2 DIAL systems for chemical detection and identification are presented and discussed including: data handling and display techniques for large, multi-(lambda) data sets, turbulence effects, slant path propagation, and speckle averaging. Data examples from various field campaigns and CO2 lidar platforms are used to illustrate the issues.
© (1997) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Charles Robert Quick Jr., Charles B. Fite, Bernard R. Foy, L. John Jolin, Aaron C. Koskelo, Bryan E. Laubscher, Edward P. MacKerrow, Brian D. McVey, Donald E. Mietz, Douglas H. Nelson, Robert J. Nemzek, Roger R. Petrin, John R. Quagliano, Patrick Schafstall, Robert K. Sander, Joseph J. Tiee, and Michael C. Whitehead "Development of frequency-agile high-repetition-rate CO2 DIAL systems for long-range chemical remote sensing", Proc. SPIE 3127, Application of Lidar to Current Atmospheric Topics II, (31 October 1997); https://doi.org/10.1117/12.283907
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KEYWORDS
Absorption

Carbon dioxide

Speckle

Carbon dioxide lasers

LIDAR

Target detection

Turbulence

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