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| Title: |
Lidar Remote Sensing for Industry and Environment Monitoring
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| Author(s): |
NONE
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| Abstract: |
Contents include the following: 1. Keynote paper: Overview of lidar technology for industrial and environmental monitoring in Japan. 2. lidar technology I: NASA's future active remote sensing mission for earth science. Geometrical detector consideration s in laser sensing application (invited paper). 3. Lidar technology II: High-power femtosecond light strings as novel atmospheric probes (invited paper). Design of a compact high-sensitivity aerosol profiling lidar. 4. Lasers for lidars: High-energy 2 microns laser for multiple lidar applications. New submount requirement of conductively cooled laser diodes for lidar applications. 5. Tropospheric aerosols and clouds I: Lidar monitoring of clouds and aerosols at the facility for atmospheric remote sensing (invited paper). Measurement of asian dust by using multiwavelength lidar. Global monitoring of clouds and aerosols using a network of micropulse lidar systems. 6. Troposphere aerosols and clouds II: Scanning lidar measurements of marine aerosol fields at a coastal site in Hawaii. 7. Tropospheric aerosols and clouds III: Formation of ice cloud from asian dust particles in the upper troposphere. Atmospheric boundary layer observation by ground-based lidar at KMITL, Thailand (13 deg N, 100 deg. E). 8. Boundary layer, urban pollution: Studies of the spatial correlation between urban aerosols and local traffic congestion using a slant angle scanning on the research vessel Mirai. 9. Middle atmosphere: Lidar-observed arctic PSC's over Svalbard (invited paper). Sodium temperature lidar measurements of the mesopause region over Syowa Station. 10. Differential absorption lidar (dIAL) and DOAS: Airborne UV DIAL measurements of ozone and aerosols (invited paper). Measurement of water vapor, surface ozone, and ethylene using differential absorption lidar. 12. Space lidar I: Lightweight lidar telescopes for space applications (invited paper). Coherent lidar development for Doppler wind measurement from the International Space Station. 13. Space lidar II: Using coherent Doppler lidar to estimate river discharge. 14. Poster session: Lidar technology, optics for lidar. Laser for lidar. Middle atmosphere observations. Tropospheric observations (aerosols, clouds). Boundary layer, urban pollution. Differential absorption lidar. Doppler lidar. and Space lidar.
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| NASA Center: |
Langley Research Center
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| Publication Date: |
[2000]
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| Document Source: |
Other Sources |
| No Digital Version Available: |
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| Document ID: |
20010097159
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| Publication Information: |
Lidar Remote Sensing for Industry and Environment Monitoring, ISSN 0277-786X, Number of Pages = 686 |
| Meeting Information: |
Lidar Remote Sensing for Industry and Environment Monitoring, FROM, 9-12 Oct. 2000, Sendai, Japan |
| ISBN: |
ISBN 0-8194-3806-5 |
| Related Information: |
SPIE Proceedings Series; Volume 4153 |
| Keywords: |
CONFERENCES; AEROSOLS; AIRBORNE EQUIPMENT; ATMOSPHERIC BOUNDARY LAYER; DIFFERENTIAL ABSORPTION LIDAR; DOPPLER RADAR; TECHNOLOGY UTILIZATION; ANTARCTIC REGIONS; ATMOSPHERIC SOUNDING; ENVIRONMENTAL MONITORING; LASER APPLICATIONS; MARINE METEOROLOGY; METEOROLOGICAL RADAR; TEMPERATURE MEASUREMENT; WIND MEASUREMENT;
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| Accessibility: |
Unclassified; Copyright; Unlimited; Publicly available; |
| Updated/Added to NTRS: |
2004-11-03 |
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