Computer Science – Performance
Scientific paper
Apr 1998
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998exdu.work..276j&link_type=abstract
Exozodiacal Dust Workshop, p. 276
Computer Science
Performance
Infrared Interferometers, Interplanetary Dust, Sky Brightness, Light Emission, Ecliptic, Infrared Radiation, Radial Distribution
Scientific paper
As part of the studies of the Infrared Space Interferometer (IRSI) Cornerstone Mission candidate, ESOC has constructed a model of the expected infrared brightnesses of the sky due to emission from the interplanetary dust, at radial distances from the Sun out to 10 AU in the Ecliptic and 2 AU out of the Ecliptic. This model was then used to calculate the effect of these fluxes on the performance of IRSI with different mission orbits.
Fridlund Malcolm
Hechler Friedhelm
Jehn Rüdiger
Penny Alan
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