Proceedings of the KSRS Conference (대한원격탐사학회:학술대회논문집)
- Volume 2
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- Pages.1001-1002
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- 2006
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- 1226-9743(pISSN)
ANALYSIS OF THE OCEAN' AND ATMOSPHERE ROLES IN THEIR HEAT INTERACTION WITH USE OF SATELLITE AND VESSEL
- Grankov, Alexander Georgievich (Institute of Radioengineering and Electronics Russian academy of Sciences) ;
- Mil'shin, Alexander Alexeevich (Institute of Radioengineering and Electronics Russian academy of Sciences) ;
- Krapivin, Vladimir Fedorovich (Institute of Radioengineering and Electronics Russian academy of Sciences) ;
- Golovachev, Sergey Petrovich (Institute of Radioengineering and Electronics Russian academy of Sciences)
- Published : 2006.11.02
Abstract
Special problem emphasized by specialists in the field of analyzing the heat interchanges in the system ocean-atmosphere (SOA) is a necessity of determination of the near-surface atmospheric temperature, which can be only indirectly connected with characteristics of the SOA natural microwave radiation measured from satellites. That is why, the following dilemma is not obvious, but interesting and promised: what is better - to use the satellite methods for retrieving the partial parameters of the SOA or for analysis its state as a whole. To our opinion, this task is similar to the idea recognized by specialists engaged in the heat infrared region (8-12 mcm) of electromagnetic spectrum and its applications, where an intensity of natural infrared radiation (effective radiation) is used as the inherent property (the attribute) of the SOA heat balance. Here we studied important aspects of this problem: a) what medium initiates a heat transfer in the SOA and disturbs its heat balance - the ocean or the atmosphere b) what SOA parameters directly influence on its natural microwave radiation intensity (brightness temperature) measured from satellites? We relate these processes mainly to the synoptic range of time scales enriched by various events in the SOA interface such as the mid-latitude and tropical cyclones.