High-sensitivity radiometry of air-water interface fast temperature and heat flux variances

Fast variances of temperature profile and heat flux through the water-air interface caused by atmospheric turbulence in weak wind conditions have been determined on the basis of measurements of radio brightness evolution of water at the frequencies of 60 and 131 GHz. Two components of the heat flux...

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Published in:IEEE transactions on geoscience and remote sensing 2003-12, Vol.41 (12), p.2760-2766
Main Author: Gaikovich, K.P.
Format: Article
Language:English
Subjects:
Atmospheric measurements
Brightness
Evaporation
Evolution
Frequency measurement
Heat flux
Heat transfer
Integral equations
Mathematical analysis
Ocean temperature
Radiometry
Temperature measurement
Temperature sensors
Thermal conductivity
Viscous sublayers
Water heating
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description Fast variances of temperature profile and heat flux through the water-air interface caused by atmospheric turbulence in weak wind conditions have been determined on the basis of measurements of radio brightness evolution of water at the frequencies of 60 and 131 GHz. Two components of the heat flux related to evaporation and to thermal conductivity have been obtained, which enabled us to determine evaporation rate and viscous sublayer depth variances. Statistical parameters of water surface temperature variations have been calculated.
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source IEEE Electronic Library (IEL) Journals
subjects Atmospheric measurements
Brightness
Evaporation
Evolution
Frequency measurement
Heat flux
Heat transfer
Integral equations
Mathematical analysis
Ocean temperature
Radiometry
Temperature measurement
Temperature sensors
Thermal conductivity
Viscous sublayers
Water heating
title High-sensitivity radiometry of air-water interface fast temperature and heat flux variances
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