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Laser Remote Sensing

Laser Remote Sensing by Takashi Fujii
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Table of

Introduction
Claus Weitkamp
From visual perception to LIDAR
What this book does not consider
How it all began
LIDAR literature and information dissemination
What a LIDAR is
The LIDAR return signal and LIDAR equation
Atmospheric parameters that can be measured
Interaction processes used
LIDAR systematics
LIDARs considered in this book
LIDAR Guidelines


Femtosecond white light LIDAR
Jérôme Kasparian, Jean-Pierre Wolf, Ludger Wöste et al
Introduction
The Teramobile system
Non-linear propagation of TW pulses
Atmospheric filamentation experiments
LIDAR experiments of atmospheric traces
Aerosols
Conclusion


Elastic LIDAR measurement of the troposphere
Nobuo Tekeuchi
Outline of troposphere by LIDAR monitoring
LIDAR equation and analytical solution
LIDAR system and example of monitoring
Monitoring of aerosol optical properties
LIDAR network monitoring
Conclusion and future trend

Trace gas species detection in the lower atmosphere by LIDAR Bertrand Calpini and Valentin Simeonov
Introduction
Differential absorption LIDAR equation
The detection of trace gas species by DIAL
DIAL measurements in the UV (200 to 450 nm)
DIAL measurements in the near-IR (1 to 4 µm)
DIAL measurements in the mid-IR (5 to 11 µm)
Tropospheric ozone as a special case study
Comparison between LIDAR measurements and model
predictions
Perspectives

Resonance fluorescence LIDAR for measurements of the
middle and upper atmosphere
Xinzhao Chu and George C. Papen
Introduction
Advanced technology of resonance fluorescence LIDAR
Key results of LIDAR measurements in the middle and upper
Atmosphere
Conclusions and future outlook

Fluorescence spectroscopy and imaging of LIDAR targets
Sune Svanberg
Abstract
Introduction
Fluorescence
Remote fluorescence recording
Illustrations of fluorescence LIDAR applications
Discussion

Wind LIDAR
Sammy W. Henderson, Phillip Gatt, David Rees, and Milton
Huffaker
Introduction
Background
Doppler wind LIDAR principle of operation
Doppler wind LIDAR theory of operation
System Architectures and example systems
Wind measurement applications
Summary and future prospects

Airborne LIDAR systems
Edward V. Browell, William B. Grant, and Syed Ismail
Introduction
Specific requirements for airborne LIDAR
Specific airborne LIDAR application areas
Differential absorption LIDAR
Resonance fluorescence LIDAR
Raman LIDAR
Atmospheric temperature, density
Hydrospheric LIDAR
Laser altimeters
Future developments expected
Summary and conclusion

Space-Based LIDAR
Upendra N. Singh, Syed Ismail, Michael J. Kavaya, David M.
Winker, and Farzin Amzajerdian
Introduction
Technology development for space-based LIDAR missions
Space-based LIDAR for observation of aerosols and clouds
LIDAR altimetry
Wind measurement from space
Differential absorption LIDAR
CRC Press; June 2005
929 pages; ISBN 9781420030754
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Title: Laser Remote Sensing
Author: Takashi Fujii; Tetsuo Fukuchi
 
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