Infrared-Optical Techniques Applied to Oceanography I Measurement of Total Heat Flow from the Sea Surface
Author:
Publisher
The Optical Society
Reference7 articles.
1. Sea Surface Temperatures
2. On the Thermal Boundary Layer of the Ocean
3. Winter Thermal Radiation Studies in Yellowstone Park
4. Infrared Absorption of Liquid Water from 2 to 42 Microns
5. Convective Circulation in Water Induced by Evaporative Cooling
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