Difference between revisions of "1980s (FASA)"
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==1980== | ==1980== | ||
| − | * Space Shuttle flights begin as available payload space is booked full. Early missions will demonstrate the many uses of zero-gravity. The Space Shuttle program will remain in operation for twelve years.<ref name="SFC"/> | + | * RSD -1/8000: Space Shuttle flights begin as available payload space is booked full. Early missions will demonstrate the many uses of zero-gravity. The Space Shuttle program will remain in operation for twelve years.<ref name="SFC"/> |
==1982== | ==1982== | ||
| − | * Project Galileo departs from Earth orbit for Jupiter. It will descend into the Jovian atmosphere behind a heat shield, radioing back data until the increasing pressure crushes the hull, about 30 minutes after entry.<ref name="SFC"/> | + | * RSD -1/8200: Project Galileo departs from Earth orbit for Jupiter. It will descend into the Jovian atmosphere behind a heat shield, radioing back data until the increasing pressure crushes the hull, about 30 minutes after entry.<ref name="SFC"/> |
| − | * The Lunar Polar Orbiter transmits data containing surface chemistry and heat flow on the moon.<ref name="SFC"/> | + | * RSD -1/8200: The Lunar Polar Orbiter transmits data containing surface chemistry and heat flow on the moon.<ref name="SFC"/> |
==1983== | ==1983== | ||
| − | The Space Telescope is orbited. This 2.4m aperture optical telescope, working above atmospheric turbulence, will revolutionize man's view of the universe.<ref name="SFC"/> | + | * RSD -1/8300: The Space Telescope is orbited. This 2.4m aperture optical telescope, working above atmospheric turbulence, will revolutionize man's view of the universe.<ref name="SFC"/> |
| − | The Venus Atmospheric Balloon enters the Venusian atmosphere, sending back data from its gondola of scientific instruments. It circles the planet on the stratospheric winds for several days.<ref name="SFC"/> | + | * RSD -1/8300: The Venus Atmospheric Balloon enters the Venusian atmosphere, sending back data from its gondola of scientific instruments. It circles the planet on the stratospheric winds for several days.<ref name="SFC"/> |
==1985== | ==1985== | ||
| − | * A probe flies past Comet Halley with a battery of instruments that measure its tenuous tail, and continues on to encounter Comet Tempel 2 in 1988.<ref name="SFC"/> | + | * RSD -1/8500: A probe flies past Comet Halley with a battery of instruments that measure its tenuous tail, and continues on to encounter Comet Tempel 2 in 1988.<ref name="SFC"/> |
==1986== | ==1986== | ||
| − | * The Multiple Asteroid Rendezvous Mission will view these bodies up close in space with an eye on the future mining of these interplanetary travelers.<ref name="SFC"/> | + | * RSD -1/8600: The Multiple Asteroid Rendezvous Mission will view these bodies up close in space with an eye on the future mining of these interplanetary travelers.<ref name="SFC"/> |
==1988== | ==1988== | ||
| − | * The Mars Sample Return Probe is launched. It will retrieve soil and rocks for analysis back on Earth when it returns in 1991.<ref name="SFC"/> | + | * RSD -1/8800: The Mars Sample Return Probe is launched. It will retrieve soil and rocks for analysis back on Earth when it returns in 1991.<ref name="SFC"/> |
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Revision as of 01:17, 14 January 2019
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Reference Stardate -1/8000 through -1/8900
1980
- RSD -1/8000: Space Shuttle flights begin as available payload space is booked full. Early missions will demonstrate the many uses of zero-gravity. The Space Shuttle program will remain in operation for twelve years.[1]
1982
- RSD -1/8200: Project Galileo departs from Earth orbit for Jupiter. It will descend into the Jovian atmosphere behind a heat shield, radioing back data until the increasing pressure crushes the hull, about 30 minutes after entry.[1]
- RSD -1/8200: The Lunar Polar Orbiter transmits data containing surface chemistry and heat flow on the moon.[1]
1983
- RSD -1/8300: The Space Telescope is orbited. This 2.4m aperture optical telescope, working above atmospheric turbulence, will revolutionize man's view of the universe.[1]
- RSD -1/8300: The Venus Atmospheric Balloon enters the Venusian atmosphere, sending back data from its gondola of scientific instruments. It circles the planet on the stratospheric winds for several days.[1]
1985
- RSD -1/8500: A probe flies past Comet Halley with a battery of instruments that measure its tenuous tail, and continues on to encounter Comet Tempel 2 in 1988.[1]
1986
- RSD -1/8600: The Multiple Asteroid Rendezvous Mission will view these bodies up close in space with an eye on the future mining of these interplanetary travelers.[1]
1988
- RSD -1/8800: The Mars Sample Return Probe is launched. It will retrieve soil and rocks for analysis back on Earth when it returns in 1991.[1]
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