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(CNN) -- A NASA robot ship ended a deep space odyssey by touching down on an asteroid on Monday, despite having no landing gear.
Shortly after the first landing on an asteroid, excited mission managers were considering an almost unthinkable encore: coaxing the NEAR-Shoemaker craft from its resting spot for another flight.
NEAR (Near Earth Asteroid Rendezvous) engineers should decide within hours after landing whether to command the resilient robot to fire up its thrusters for a return to space, mission director Robert Farquhar said.
"I am happy to report that the NEAR has touched down. We are still getting signals. It is still transmitting from the surface," said Farquhar as NEAR engineers cheered and clapped their hands.
archives.cnn.com...
Originally posted by resistance
Agent -- That is not a good picture. That doesn't show the foil and black cloth on top. There are lots of pictures that show it. Can you get us one of those?
Thanks. Otherwise, I might have to figure out how to do it myself, and then I'll know how to put pics up myself, and that might be dangerous for you guy.
Originally posted by Rasobasi420
I haven't read all 28 pages of this post, but was there a reason for the intersecting shadows, or has that been explained yet. And the lack of burn marks, or disturbed land below the lander, has that been explained? I'm just trying to tie up some loose ends on the debunking.
Thanks
Originally posted by resistance
That doesn't show the foil and black cloth on top.
Originally posted by Rasobasi420
Thanks Agent Smith for the informative bit on the questions I had posted. I do believe we made it to the moon, but once we got there aliens told us to scram.
Originally posted by Wind
www.space.com...
qoute:"Unfriendly Moon
Bush's first planned stop in the cosmos is the Moon. Its danger is, interestingly, not as well charted as that of Mars.
The Apollo astronauts made some measurements of radiation on the Moon, but the results don't provide as complete a picture as what scientists now have of the red planet. But Zeitlin said the Moon would be more dangerous since it has no atmosphere -- probably about half as dangerous as free space (again, someone on the Moon would be protected by the Moon itself on one side).
"The Moon would be worse than Mars and worse than the space station," he said. Short stays, perhaps one to two months, will be the norm early on. "That's a small enough dose of the galactic stuff that you're actually going to be more concerned about the solar particles, especially if you're near solar max," the intensely active part of the 11-year solar cycle.
Lunar visitors won't have the option of just sitting inside some protective shell. The president's vision makes exploration NASA's primary goal. So astronauts will presumably be called on to inspect the lunar countryside. That would present the risk of someone getting caught on a long rover excursion as a solar storm hits.
Warning times for Sun storms can be as little as 18 hours. Far less time is available to make firm predictions of the expected effect of a flare-up.
Zeitlin says a more extensive warning system will need to be established. This is especially true for Mars, which when it's on the far side of the Sun can be hit by solar tempests that don't even register with terrestrial scientists.
And there's more to do.
"We have to get smart about how we design the space suits and do everything we can to limit exposure to solar particles," Zeitlin said. "You can't stop everything with a space suit, but there are better and worse ways to design it."
The Apollo-era suits were not will equipped.
"They would not have done much," Zeitlin said. "We will try to improve on that.""
[edit on 7-11-2005 by Wind]
Also, the Odyssey data was collected just after the peak in a known 11-year cycle of solar activity. The levels would be greater during the peak and less at the trough. It might seem, then, that the first human trip to Mars should take place at solar minimum, a 2-3 year stretch every 11 years when sunspots and flares are almost nonexistent.
An astronaut in a six-month journey to Mars -- the time required with conventional propulsion -- would be exposed to about 0.3 sieverts, or 0.6 on a round-trip. Eighteen months on the surface (if it takes so long to get there, you might as well stay awhile!) would bring another 0.4 sieverts, for a total exposure of 1 sievert.
Limits set by NASA vary with age and gender but range from 1 to 3 sieverts.
A 2-1/2-year trip to Mars, including six months of travel time each way, would expose an astronaut to nearly the lifetime limit of radiation allowed under NASA guidelines.
The Moon, with no atmosphere, is more dangerous than the surface of Mars. Lunar forays will have to be brief unless expensive shielded habitats are built.
Mission planners knew the Apollo astronauts would be at grave risk if a strong solar flare occurred during a mission. The short duration of each trip was a key to creating favorable odds.
Originally posted by resistance
cardboard and foil covered plastic wrap? Ha!
Originally posted by resistance
Agent -- Yep, thanks. That last pic is good. And actually it IS covered in cardboard and paper.
Now if YOU want to believe we flew to the moon in a cardboard spacecraft, that's up to you.
(Blah, Blah, Blah)
I guess if the thrust coming out the end hadn't enough power to even blow any dust away, why should it blow away cardboard and foil covered plastic wrap?
Originally posted by Wind
But I have heard that during the Apollo11 there was a very huge solar flare!!!
Anyways, the site says that they gambled in their missions.
To die, you'd need to absorb, suddenly, 300 rem or more.
The key word is suddenly. You can get 300 rem spread out over a number of days or weeks with little effect. Spreading the dose gives the body time to repair and replace its own damaged cells. But if that 300 rem comes all at once ... "we estimate that 50% of people exposed would die within 60 days without medical care," says Cucinotta.
Such doses from a solar flare are possible. To wit: the legendary solar storm of August 1972.
It's legendary (at NASA) because it happened during the Apollo program when astronauts were going back and forth to the Moon regularly. At the time, the crew of Apollo 16 had just returned to Earth in April while the crew of Apollo 17 was preparing for a moon-landing in December. Luckily, everyone was safely on Earth when the sun went haywire.
"A large sunspot appeared on August 2, 1972, and for the next 10 days it erupted again and again," recalls Hathaway. The spate of explosions caused, "a proton storm much worse than the one we've just experienced," adds Cucinotta. Researchers have been studying it ever since.
Cucinotta estimates that a moonwalker caught in the August 1972 storm might have absorbed 400 rem. Deadly? "Not necessarily," he says. A quick trip back to Earth for medical care could have saved the hypothetical astronaut's life.
science.nasa.gov...
Parts needed to build your own high-tech, scientific, STURDY,
multimillion dollar spacecraft:
lots of big sheets of cardboard
big roll of roofing paper
a few old curtain rods
some floodlight holders
an old antenna
a roll of gold foil
lots and lots of scotch tape to hold it all
together in the HOSTILE ENVIRONMENT OF
THE MOON SURFACE
by Jack White, of JFK Conspiracy fame, recently deceased (or murdered)