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IRAS - Wikipedia, the free encyclopedia
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Astronomical Satellites Launch Sequence ... Orbiting Astronomical Observatory (OAO) 1, 2, B, 3(=C, Copernicus) (Nasa) Early US astronomical satellites. OAO-1 was successfully launched on April 8, 1966, but its battery failed after 3 days and terminated the mission.
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Launch Sequence of Astronomical Satellites ... 1966 April 8 (Atlas-Agena D) Orbiting Astronomical Observatory (OAO) 1 (Nasa). Active for 3 days. ... 1977 August 12 (Atlas-Centaur) High Energy Astronomical Observatory (HEAO) 1 (Nasa) X-ray, Gamma-ray telescopes. HEAO-1 page (HEASARC, GSFC/Nasa)
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NASA java viewer of a vast number of space objects orbital path ... Shuttle and Station tracking are no longer available on J-Track. Many uncrewed satellites still remain available, however ... If you don't have Java, here are some of the most popular satellites for tracking that you can view (no Java required!):
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Shuttle and Station tracking are no longer available on J-Track. Many uncrewed satellites still remain available, however ... If you don't have Java, here are some of the most popular satellites for tracking that you can view (no Java required!):
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IRAS was launched on January 25, 1983. During its ten months of operation, IRAS scanned more than 96 percent of the sky four times at four infrared bands centered at 12, 25, 60 and 100 microns, increasing the number of cataloged astronomical sources by almost 70%. The IRAS mission has had a major impact on almost...
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The Infrared Astronomical Satellite (IRAS) was a joint scientific project sponsored by the United Kingdom, the United States, and the Netherlands. IRAS was launched in January of 1983 and ended its mission ten months later.
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