Transcription of CHAPTER 5 THE RADIATIVE TRANSFER EQUATION (RTE)
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CHAPTER 5 THE RADIATIVE TRANSFER EQUATION (RTE)
CHAPTER 5. THE RADIATIVE TRANSFER EQUATION (RTE). Derivation of RTE. RADIATIVE TRANSFER serves as a mechanism for exchanging energy between the atmosphere and the underlying surface and between different layers of the atmosphere. Infrared radiation emitted by the atmosphere and intercepted by satellite sensors is the basis for remote sensing of atmospheric temperature structure. The radiance leaving the earth-atmosphere system which can be sensed by a satellite borne radiometer is the sum of radiation emissions from the earth surface and each atmospheric level that are transmitted to the top of the atmosphere.
atmosphere for which the optical depth is of order unity. The fundamental principle of atmospheric soundi ng with meteorological satellites detecting ... images of spectral measurements from the opaque to the very transmissive parts of the CO2 absorption band. Finally, to better understand the information regarding the gaseous concentration ...
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