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a test of theory based on a case
Scattering phase function of polydispersions of randomly oriented hexagonal ice crystals
Ice cloud microphysics and its temperature dependence retrieved from satellite data
31 other sections not shown
absorption accuracy aerosol aircraft albedo algorithm amount analysis angle applied assumed atmospheric average band brightness temperature calculated calibration channel cirrus cirrus clouds clear climate cloud cloud fraction coefficients column compared comparison computed corresponding dependence derived detection determined direction distribution effective emissivity equation error estimated extinction field Figure flight flux forward frequency given hexagonal ice crystals ICFA increase infrared inversion ISCCP Italy land layer mean measurements method microwave observations obtained optical depth optical thickness parameters particle phase function pixels polarization possible present problem properties radiance radiation radiative forcing radiative transfer radius range ratio REFERENCES reflectance region remote sensing resolution respect retrieval satellite ScaRaB scattering shape shown shows signal simulated single solar space spectral spheres surface temperature values variation vector wavelength zenith