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Advances in Lidar Transmitter Sources for Ocean-Atmosphere Remote Sensing
By: Rousseva, I.; Boczar, B.; Thevar, T.; Heller, D.F.; Walling, J.C.;
2007 / IEEE / 978-1-4244-0634-0
Description
This item was taken from the IEEE Conference ' Advances in Lidar Transmitter Sources for Ocean-Atmosphere Remote Sensing ' Pulsed, tunable alexandrite lasers in combination with harmonic generators and Raman wavelength shifter form a powerful and versatile tool for lidar (light detection and ranging) remote sensing. Such an integrated laser system can generate any wavelength from ultraviolet to infrared with the necessary beam qualities required for lidar measurement. This paper presents the development of injection seeded alexandrite ring lasers and linear cavity alexandrite lasers that can be deployed in oceanatmosphere lidar remote sensing.
Related Topics
Remote Sensing By Laser Beam
Ring Lasers
Linear Cavity Alexandrite Lasers
Lidar Transmitter Sources
Ocean-atmosphere Remote Sensing
Pulsed Tunable Alexandrite Lasers
Harmonic Generators
Light Detection And Ranging
Alexandrite Ring Lasers
Laser Radar
Transmitters
Remote Sensing
Ring Lasers
Optical Pulse Generation
Tunable Circuits And Devices
Power Lasers
Power System Harmonics
Optical Harmonic Generation
Power Generation
Water Vapor
Alexandrite Lasers
Lidar
Remote Sensing
Mercury
Optical Radar
Oceanographic Techniques
Atmospheric Techniques
Atmospheric Humidity
Solid Lasers
Engineering
Raman Wavelength Shifter