Huygens-Fresnel wave-optics simulation of atmospheric optical turbulence and reflective speckle in CO2 differential absorption LIDAR (DIAL)

Douglas H. Nelson; Roger R. Petrin; Edward P. MacKerrow; Mark J. Schmitt; Bernard R. Foy; Aaron C Koskelo; Brian D. McVey; Charles R. Quick; William M. Porch; Joe J. Tiee; Charles B. Fite; Frank A. Archuleta; Michael C. Whitehead; Donald L. Walters

Optical Remote Sensing of the Atmosphere
OSA Technical Digest (Optica Publishing Group, 1999),
paper RWC5

Huygens-Fresnel wave-optics simulation of atmospheric optical turbulence and reflective speckle in CO₂ differential absorption LIDAR (DIAL)

Douglas H. Nelson, Roger R. Petrin, Edward P. MacKerrow, Mark J. Schmitt, Bernard R. Foy, Aaron C Koskelo, Brian D. McVey, Charles R. Quick, William M. Porch, Joe J. Tiee, Charles B. Fite, Frank A. Archuleta, Michael C. Whitehead, and Donald L. Walters

Optical Remote Sensing 1999

Santa Barbara, California United States
ISBN: 1-55752-599-7

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D. H. Nelson, R. R. Petrin, E. P. MacKerrow, M. J. Schmitt, B. R. Foy, A. C. Koskelo, B. D. McVey, C. R. Quick, W. M. Porch, J. J. Tiee, C. B. Fite, F. A. Archuleta, M. C. Whitehead, and D. L. Walters, "Huygens-Fresnel wave-optics simulation of atmospheric optical turbulence and reflective speckle in CO2 differential absorption LIDAR (DIAL)," in Optical Remote Sensing of the Atmosphere, OSA Technical Digest (Optica Publishing Group, 1999), paper RWC5.

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Abstract

The measurement sensitivity of CO₂ differential absorption LEDAR (DIAL) can be affected by a number of different processes.

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