Mathematics – Logic
Scientific paper
Jul 1982
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1982smer.rept...39w&link_type=abstract
In its Satellite Meas. of the Earth Radiation Budget p 39-54 (SEE N83-14798 05-46)
Mathematics
Logic
Earth Radiation Budget, Earth Radiation Budget Experiment, Meteorological Satellites, Radiation Measuring Instruments, Conical Scanning, Diurnal Variations, Earth Albedo, Earth Observations (From Space), Solar Constant
Scientific paper
Satellite measurements of the components of the radiation budget of the Earth-atmosphere system which indicate a lower planetary albedo and greater longwave excitation than previously assumed, are reviewed. The global annual net radiation flux seems to be nearly zero. Nevertheless, the results are still unsatisfying in respect of two problems. Firstly, there are not enough data, especially for the derivation of the exact anisotropy of reflected radiation over different kinds of scenes. It is important to develop scanning radiometers which provide complete angle sampling. Secondly, to measure diurnal variations of the components of the radiation budget and to improve the accuracy of the results, it is desirable to fly two or three satellites simultaneously. This is the only possibility to gain optimal data coverage in time and space.
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