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The Upper Atmosphere Research Satellite (UARS) is an orbital observatory whose mission is to study the Earth’s atmosphere, particularly the protective ozone layer. The 5900 kg (13,000 lb) satellite was launched during Space Shuttle mission STS-48 in 1991. The original mission life was to be three years. As of June 2005, six of the ten instruments were still operational. UARS orbits at an altitude of 375 miles with an orbital inclination of 57 degrees. A final orbit lowering burn, followed by the "passivation" of the Satellite's systems was performed in early December, 2005. Chemical studies instrumentsFrom Wikipedia under the
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05 11 01 uars 2 jpg
150px x 202px | 16.20kB [source page] global photochemistry of the upper atmosphere dynamics of the upper atmosphere the coupling among these processes and the coupling between the upper and lower atmosphere UARS was launched by Space Shuttle Discovery on the STS 48 mission on 12 September 1991 The UARS was designed for deployment by the Shuttle s Remote Manipulator System RMS and was UARS At AnchorB jpeg
250px x 308px | 25.00kB [source page] and temperature profiles dynamics of the upper atmosphere transport phenomena of the different processes correlations between the upper and lower atmosphere and their changes 1 2 Figure 1 Artist s rendering of the UARS spacecraft image credit nasa gsfc spacecraft UARS is a free flying observatory manufactured and integrated by the General Electric Astro UARS At Anchor0 jpeg
328px x 520px | 33.60kB [source page] assembly and the position of the sun sensor The sun sensor provides an independent indication of the angle of the sun to the instrument The acrim ii instrument has a mass of 13 kg 33 Figure 14 acrim ii instrument on UARS image credit JPL The acrim ii instrument consists of three ACRs Active Cavity Radiometers type V The ACRs are electrically self calibrated From Yahoo Image Search: "Upper Atmosphere Research Satellite" |
Canadian Space Agency
ZARM
Space Biology Group

