Abstract
In this chapter, we present some results of modeling an intensity of natural microwave radiation of the system ocean-atmosphere at microwaves (in the millimeter and centimeter range of wavelengths) and infrareds (in the window of relative transparency 8–12 μm). These characteristics computed for various levels of observations used in practice (satellite, aircraft, and vessel) were compared with the surface vertical turbulent fluxes of sensible, latent, and total heat. A search of spectral intervals providing most close correlations of radiation characteristics and heat fluxes over various time scales (mesometeorological, synoptic, seasonal, and intra-annual) was considered as a separate task. The models of the system ocean-atmosphere were constructed taking into account accessible oceanographic and meteorological data required for computation of the radiation characteristics.
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References
Andrianova OR (1986) The connection between thermal anomalies in the Northen Atlantric and in the Europenian territory of the USSR. Meteorol Gidrol 7:114–116 In Russian
Arefjev VN (1991) Molecular absorption of emission in the window of relative transparency of the atmosphere 8-13 mcm (review). Fiz Atm Okeana 27:1187–1225 In Russian
Basharinov AE, Gurvich AS, Egorov ST (1974) Radio emission of the planet Earth. Nauka, Moscow In Russian
Becker F, Seguin B (1985) Determination of surface parameters and fluxes for climate studies from space observations. Methods, results, and problems. Adv Space Res 6:299–317
Birman BA, Larin DA, Pozdnyakova TG (1983) Some questions of climatology of heat echanges in energy active zones of the World ocean. Meteorol Gidrol 5:79–86 In Russian
Budyko MI (1962) The Earth heat balance atlas AN SSSR (in Russian)
Bunker AF (1976) Computations of surface energy flux and annual sea-air interaction cycles of the North Atlantic ocean. Mon Wea Rev 96:1122–1140
Dymnikov VP, Korotaev GK, Ya Galin V (1984) Atmosphere, ocean, space - “Razrezy” program. VINITI, Moscow In Russian
Grankov AG, Resnjanskii JuD (1998) Modeling the response of the ocean-atmosphere natural radiation system to the pertrubation of a thermal equilibrium at the interface. Russian Meteorology and Hydrology, Allerton Press 11:57–65
Grankov AG, Shutko AM (1992) Use of remote radiophysical methods to determine the role of energy-active zones of the ocean in the development of the weather on the continents. Sov J Remote Sens 9:926–941
Grankov AG., Shutko AM (1997) Use of the methods of microwave and infrared radiometry for studying the role of active zones of the world ocean in forming the weather conditions at continents. In: Donelan MA, Hui WH, Plant WJ (ed) The air-sea interface (radio and acoustics sensing, turbulence and wave dynamics), Miami, pp 593–598
Grassl H, Jost V, Schulz J et al (2000) The Hamburg ocean-atmosphere parameters and fluxes from satellite data (HOAPS): a climatological atlas of satellite-derived air-sea interaction parameters over the world oceans. Report No. 312. MPI, Hamburg
Grigorèv AA, Budyko MI (1956) A periodic mechanism for geographical zoning. Doklady AN SSSR, 110:129–132
Gulev SK, Kolinko AV, Lappo SS (1994) Synoptic interaction between the ocean and atmosphere in middle latitudes. Gidrometeoizdat, St. Petersburg In Russian
Handbook (1964) Atlas of the physical geography of the World AN SSR and GUGiK, Moscow (in Russian)
Handbook (1977) Atlas of the oceans: Atlantic and Indian oceans. MO SSSR, Moscow (in Russian)
Handbook (1979) Averaged month, 10 and 5-day periods values of the air water and temperature, their difference and wind speed in selected regions of the North Atlantic (1953–1974 years). VNIIGMI-MZD, Obninsk (in Russian)
Kozoderov VV (1989) Energetics of the Earth`s climatic system Issled. Zemli iz kosmosa 5:3–13 In Russian
Laihtman DA (1976) Dynamical meteorology. Gidrometeoizdat, Leningrad In Russian
Lappo SS, Gulev SK, Rozhdestvenskii AE (1990) Large-scale heat interaction in the ocean-atmosphere system and energy-active zones in the world ocean. Gidrometeoizdat, Leningrad In Russian
Lebedeva EL (1991) Integral water vapor content of the atmosphere as the characteristic of air-sea interaction in the Newfoundland energy active zone. Trudy Glavnoi Geofizicheskoi Observatorii, Leningrad 535:32–45 (in Russian)
Malkevich MS (1986) Main results of remote sensing of the ocean-atmosphere system from satellites and the study of heat and moisture exchange in the system. Atmosphere, Ocean, Space -“Razrezy” Program, VINITI, Moscow 7:145–165 (in Russian)
Marchuk GI (1979) Modeling of climate changes and long-range weather forecasting. Meteorol Gidrol 7:25–36 In Russian
Marchuk GI (ed) (1989) Scientific programme to study the influence of energy-active zones of the oceans on climatic fluctuations (“Razrezy” Program). Gidrometeoizdat, Moscow In Russian
Mintz Y (1979) Simulation of the oceanic general circulation. GARP Publ Ser 2:607–687
Nikolaev Ju V (1981) The role of the large-scale interaction of the ocean and the atmosphere in the development of weather anomalies. Gidrometeoizdat, Leningrad In Russian
Paramonova NN (1985) Comparison of results of new laboratory measurements of emission absorption in water vapor in the window 8-12 mcm with data of natural experiments. Trudy Glavnoi Geofizicheskoi Observatorii, Leningrad 496:79–84 In Russian
Perevedentsev Ju P (1984) Circulation and energy processes in the atmosphere. Kazan University, Kazan In Russian
Pinus NZ (1982) Available potential energy in the atmosphere and it transformation in the kinetic energy. Meteorol Gidrol 4:106–116 In Russian
Reutov EA (1989) On intercorrelation of microwave and IR radiation of natural objects with their state. Issled Zemli iz kosmosa 1:70–76 In Russian
Reutov EA, Shutko AM (1987) On correlation of radiobrightness temperature with the radiative index of dryness. Issled Zemli iz kosmosa 6:42–48 In Russian
Shutko AM (1986) Microwave radiometry of water surface and soils. Science, Moscow In Russian
Strokina LA (1989) Heat balance of the oceans surface (handbook). Gidrometeoizdat, Leningrad In Russian
Strokina LA, Chuvashina IE, Yudin MI (1983) Changes in the heat content of water in the North Atlantic as an indicator of processes with long-term consequences. Meteorol Gidrol 4:67–75 In Russian
Tuller ST (1968) World distribution of mean monthly and annual precipitable water. Monthly Weather Rev 96:785–797
Vazhnik TP, Chistyakova EA (1989) A method for forecasting the air-sea anomalies in the Northern Atlantic and the European territory of the USSR in western Siberia and North Kazhakstan using the water temperature in active zones of the North Atlantic Search Earth from Space), Tr. GidrometCenter, 303:127–134 (in Russian)
Xrgian (1978) Fysics of the atmosphere, vol.1, Leningrad (in Russian)
Zhevakin SA, Naumov AP (1964) Absorption of centimeter and millimeter radiowaves in water vapor of the atmosphere. Radiotekhnika i Elektronica 9:1327–1337 In Russian
Zhevakin SA, Naumov AP (1965) On determining the coefficient of absorption of centimeter radiowaves in atmospheric oxygen. Radiotekhnika i Elektronica 10:987–996 In Russian
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Grankov, A., Milshin, A. (2010). Modeling of the SOA MCW and IR Characteristics and Their Relations With the Air–Sea Heat Interaction. In: Microwave Radiation of the Ocean-Atmosphere. Springer, Dordrecht. https://doi.org/10.1007/978-90-481-3206-5_2
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DOI: https://doi.org/10.1007/978-90-481-3206-5_2
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