Effect of microbubbles air layer below the surface film on the sea surface heat flow in the system sea surface - atmosphere for simultaneous remote sensing measurements in the infrared and microwave bands
From simultaneous measurements of thermal radiation of sea surface and the atmosphere in the infrared (8-14 microns) and microwave (4 cm) bands were obtained in the temperature of the film layer of the sea surface, the total heat flux from the sea into the atmosphere, the heat balance of flows at the border and the parameters of the turbulent heat transfer in the surface layer of the atmosphere. It is shown that the use of a priori data on the dielectric properties of water in the skin layer of IR leads to erroneous conclusions about the magnitude and direction of heat flow in the boundary-sea-atmosphere system.