High-speed spectroradiometer for remote sensing
Author:
Publisher
The Optical Society
Reference10 articles.
1. PORTABLE SPECTRORADIOMETER FOR UNDERWATER ENVIRONMENTS1,2
2. Circulation observations in the Louisiana bight using LANDSAT imagery
3. Spectral sunphotometry using a compact spectrometer
4. Airborne remote sensing of chlorophyll content under cloudy sky as applied to the tropical waters in the Gulf of Guinea
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