Atmospheric radiative flux divergence from Clouds and Earth Radiant Energy System
G. Louis Smith, Thomas P. Charlock, D. Crommelynck, David A. Rutan, S. K. Gupta, Fred G. Rose
Abstract
G. Louis Smith, Thomas P. Charlock, D. Crommelynck, David A. Rutan, S. K. Gupta, Fred G. Rose
Abstract
A major objective of the Clouds and Earth Radiant Energy System (CERES) is the computation of vertical profiles through the atmosphere of the divergence of radiation flux with global coverage. This paper discusses the need for radiation divergence and presents some options for its inference from CERES measurements and other data from the Earth Observating System (EOS). 1 .
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A major objective of the Clouds and Earth Radiant Energy System (CERES) is the computation of vertical profiles through the atmosphere of the divergence of radiation flux with global coverage. This paper discusses the need for radiation divergence and presents some options for its inference from CERES measurements and other data from the Earth Observating System (EOS). 1 .
Key concepts: Radiant energy, Radiant flux, Divergence (linguistics), Atmosphere (unit), Radiative transfer, Flux (metallurgy), Radiative flux, Radiation