Physics
Scientific paper
Oct 1981
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981motc.conf...72z&link_type=abstract
IN JPL Mod. Observational Tech. from Comets p 72-76 (SEE N82-13989 04-89)
Physics
Aerosols, Comets, Dust, Light Scattering, Particle Density (Concentration), Photometry, Flux (Rate), Forward Scattering, Nephelometers, Size Determination, Transmissivity
Scientific paper
The light scattering principle for particle detection is customary for the measurement of aerosols. Light scattering techniques can be applied to mixtures of particles (nephelometers) and to single particles as well. Measuring particle mixtures simplify detection because of the higher intensity level, however, information concerning the individual particle is lost. To provide well defined conditions over the whole rendezvous period, i.e., constant illumination beam and unchangeable scattering angle, the use of an artificial light source (instead of the sun) and a scattering volume located within the S/C is desirable. Considering this and the relatively low particle densities to be expected, the measurement of particle mixtures must be excluded.
Giese R. H.
Kneissel Bernhard
Zerull R. H.
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