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Aside from focusing on galaxies never before examined, the 10-ton, 45-ft-long satellite will travel into orbit aboard the Space Shuttle to an altitude of about 288 miles The high resolution telescope will examine, among other phenomena, quasars, black holes, super novae, and galaxies yet unexplored...

Author: By Christopher J. Georges, | Title: Harvard-MIT Plan Center For Satellite Control | 4/16/1984 | See Source »

...foot long AXAF will travel into orbit aboard the Space Shuttle to an altitude of about 288 miles, where the high resolution x-ray telescope will orbit the earth. Its highly sensitive eye will include instruments for detection and spectral analysis...

Author: By Christopher J. Georges, | Title: Astronomy Lab Plans $1 Billion Satellite | 4/12/1984 | See Source »

...While in orbit it will undergo Space Shuttle service calls to allow it to periodically receive new, state-of-the-art technology...

Author: By Christopher J. Georges, | Title: Astronomy Lab Plans $1 Billion Satellite | 4/12/1984 | See Source »

...tinkering fails, the astronauts will strip Solar Max of its cumbersome solar panels, lay it on its side in the cargo bay and carry it back down to the ground for an overhaul.) By then, Challenger will have climbed to an altitude of 270 miles. The higher orbit will reduce the effect of atmospheric braking and extend the satellite's lifetime until at least 1989, or possibly even into the early 1990s, when the sun again erupts. For the next eight hours, the shuttle will hover near by while ground controllers make a final check on Solar...

Author: /time Magazine | Title: Space: Tinkering with Solar Max | 4/9/1984 | See Source »

...first time, the delta-winged spacecraft will climb directly into orbit with only one intermediate firing by its orbital maneuvering engines. A steeper ascent, made possible by improvements in engine thrust, will save fuel, which may be needed for the rendezvous maneuvers with Solar Max. Once it is 245 miles high, the shuttle will use its remote-controlled mechanical arm for another first: the deployment of a 30-ft.-long cylindrical package, called the long-duration exposure facility (LDEF), which contains 57 separate scientific experiments contributed by nearly 200 scientists in nine countries. LDEF will be left in orbit...

Author: /time Magazine | Title: Space: Tinkering with Solar Max | 4/9/1984 | See Source »

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