Official reports, hearing transcripts, case files and releases: the paper behind the cases. 2,872 documents, 2,610 mirrored with their text, 53,529 pages indexed, so a search reads inside them and lands on the page.
p. 5…atmospheric drag on
orbiting platforms such as the international Space Station. Deploying a tether towards Earth could place
movable science…
p. 15…Tethers also may be used as antennas to transmit extremely low frequency signals to Earth. Such low
frequency waves can…
p. 16…generate low-frequency electrostatic and electromagnetic waves. While ground-based scientists are limited
to small- scale experiments, Earth's ionosphere…
During STS-80, between November 19 and December 7, 1996, astronauts aboard Space Shuttle Columbia captured a series of three images of an unidentified object in low-Earth orbit. In the third photograph, the object is visible near the center of the frame, superimposed against the Earth. It appears to have continued along a trajectory passing between Columbia and the Earth.
During STS-80, between November 19 and December 7, 1996, astronauts aboard Space Shuttle Columbia captured a series of three images of an unidentified object in low-Earth orbit. In the first photograph, the object is visible near the center of the frame, to the right of the limb of the Earth.
During STS-80, between November 19 and December 7, 1996, astronauts aboard Space Shuttle Columbia captured a series of three images of an unidentified object in low-Earth orbit. In the second photograph, the object is visible near the center of the frame, to the right of the limb of the Earth. It appears to have rotated or tumbled about its major axis, which is consistent with the behavior of a free-floating object.
p. 4…25
Surface to Low-Earth Orbit (100 miles) .................................................................................................. 26
LEO to Mars (34 to 249 million miles) .............................................................. 27
UNCLASSIFIED/fF…
p. 34…surface to LEO (low-Earth orbit); LEO to Mars; LEO to
Saturn; and LEO to Alpha Centauri A, B, or…
p. 35…The shuttle requires expendable rockets to attain orbit. Several
efforts are underway to manufacture aircraft that can attain orbit with…
p. 4…25
Surface to Low-Earth Orbit (100 miles) ........................................................... 26
LEO to Mars (34 to 249 million miles) .............................................................. 27
ii
UNCLASSIFIED…
p. 34…surface to LEO (low-Earth orbit); LEO to Mars; LEO to
Saturn; and LEO to Alpha Centauri A, B, or…
p. 35…The shuttle requires expendable rockets to attain orbit. Several
efforts are underway to manufacture aircraft that can attain orbit with…
p. 79…The first attempt to
launch a Venus probe succeeded in orbiting
the earth satellite, Sputnik VII from which
the probe…
p. 81…Unmanned Earth Satellites. Earth
satellite vehicles offer significant advances
over conventional techniques for acquiring
information on furce deployffient and map…
p. 83…Unmanned Earth Orbiting Flight:
15,000-20,000 pounds, low orbit
Military satellites
Communications
Weather surveillance
Force deployment and mapping…