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...handlers, "who knows when and how we'll have to bring the station down?" Officials insist that there is no cause for alarm. "We can manage the initial descent," says space-agency spokesman ANATOLY TKACHYOV, describing a plan to drop the station gradually into descending orbits. If its interlocking modules successfully separate, the station will then tumble piece by piece to earth; Moscow hopes that whatever bits of the 120-ton space station don't burn up in free fall will quietly splash down. It's not coincidental that the talk of pulling Mir from orbit comes just as NASA...

Author: /time Magazine | Title: Lost In Space | 7/20/1998 | See Source »

...handlers, "who knows when and how we'll have to bring the station down?" Officials insist that there is no cause for alarm. "We can manage the initial descent," says space-agency spokesman Anatoly Tkachyov, describing a plan to drop the station gradually into descending orbits. If its interlocking modules successfully separate, the station will then tumble piece by piece to Earth; Moscow hopes that whatever bits of the 120-ton space station don't burn up in free fall will quietly splash down. It's not coincidental that the talk of pulling Mir from orbit comes just as NASA...

Author: /time Magazine | Title: Meanwhile, in Space | 7/12/1998 | See Source »

...will travel on a highly elliptical orbit for five to seven years. AXAF will observe the universe in fifty times more detail than any previous X-ray telescope. The satellite combines the ability to make sharp images while measuring precisely the energies of X-rays coming from cosmic sources...

Author: By Jennifer M. Siegel, CONTRIBUTING WRITER | Title: Crew Prepares For Shuttle Mission | 6/26/1998 | See Source »

...said Hubble was deployed by a robot arm and stayed in a low orbit, whereas AFAX will use booster rockets to leave earth's orbit for its higher, elliptical orbit...

Author: By Jennifer M. Siegel, CONTRIBUTING WRITER | Title: Crew Prepares For Shuttle Mission | 6/26/1998 | See Source »

Someday a team of men and women might board a spaceship and fly the 15 light-years to a small, low-mass star called Gliese 876. In its orbit they'll find a cold planet -- as yet unnamed -- of hydrogen and helium gases so enormous it's twice the mass of Jupiter. Newly discovered by San Francisco State researchers at the Lick Observatory in California, and further researched at the Keck I telescope in Hawaii, it's also the closest planet to our solar system ever found. There isn't another until you look 35 light-years -- 5.9 trillion miles...

Author: /time Magazine | Title: In a Solar System Not So Far Away | 6/26/1998 | See Source »

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