Fiber-based lidar for atmospheric water-vapor measurements
Author:
Publisher
The Optical Society
Reference36 articles.
1. Observational determination of the greenhouse effect
2. Atmospheric Infrared Sounder on the Earth Observing System
3. Absorption of Solar Radiation by Clouds: Observations Versus Models
4. Initial Results of Radio Occultation Observations of Earth's Atmosphere Using the Global Positioning System
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