Large beam observations of the galactic center at 150, 200, and 300 microns
E. Dwek, M. G. Hauser, L. H. Cheung, T. Kelsall, D. Y. Gezari, M. T. Stier, R. F. Silverberg
Abstract
E. Dwek, M. G. Hauser, L. H. Cheung, T. Kelsall, D. Y. Gezari, M. T. Stier, R. F. Silverberg
Abstract
Observations with 10 arcmin resolution of a 2 sq deg portion of the galactic plane around the galactic center at 150, 200, and 300 microns are presented, obtained as part of a galactic plane survey. In the galactic center region the mean dust temperature is about 30 K. Both the temperature and the dust-to-gas mass ratio in the galactic center region are typical of a large portion of the galactic plane. Three main emission peaks, Sgr A, B, and C, are detected; these peaks appear as dust column density enhancements rather than temperature enhancements. The dust responsible for the FIR emission may only be a fraction of the dust responsible for the visual extinction toward the galactic center.
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Observations with 10 arcmin resolution of a 2 sq deg portion of the galactic plane around the galactic center at 150, 200, and 300 microns are presented, obtained as part of a galactic plane survey. In the galactic center region the mean dust temperature is about 30 K. Both the temperature and the dust-to-gas mass ratio in the galactic center region are typical of a large portion of the galactic plane. Three main emission peaks, Sgr A, B, and C, are detected; these peaks appear as dust column density enhancements rather than temperature enhancements. The dust responsible for the FIR emission may only be a fraction of the dust responsible for the visual extinction toward the galactic center.
Key concepts: Galactic Center, Galactic plane, Physics, Astrophysics, Extinction (optical mineralogy), Center (category theory), Astronomy, Cosmic dust