RESEARCH ON ATMOSPHERIC OPTICAL RADIATION TRANSMISSION

Contents: Elliptical polarization of the skylight and the atmospheric aerosol; Measurement of light absorption by aerosol particles with an integrating sphere; The extinction coefficient of a particle population as a function of the relative humidity; Preliminary results of computations of the aeros...

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Bibliographic Details
Main Authors: Bullrich,K, Eiden,R, Eschelbach,G, Fischer,K, Haenel,G
Format: Report
Language:English
Subjects:
AEROSOLS
ATMOSPHERES
Atmospheric Physics
HUMIDITY
LIGHT TRANSMISSION
POLARIZATION
REFRACTIVE INDEX
SCATTERING
VISIBILITY
WEST GERMANY
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Summary:Contents: Elliptical polarization of the skylight and the atmospheric aerosol; Measurement of light absorption by aerosol particles with an integrating sphere; The extinction coefficient of a particle population as a function of the relative humidity; Preliminary results of computations of the aerosol scattering functions obtained from populations following power law particle size distributions; The jet impactor, a device for measuring relative values of the number and size of atmospheric aerosol particles; Computation of multiple scattering in the turbid atmosphere; The triple scattering and the influence of the angular dependent reflected radiation in the turbid atmosphere; Evaluation of the aerosol particle size distribution from measurements of the volume scattering function; and Measurements of polarization during twilight at Davos.