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TheAnvil

Fellow science geeks, this will be cool...

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Engineers at ESA are counting on the probe having at least three minutes to transmit information and images from Titan's surface, before its battery runs out



NASA should like... talk to Duracell or something... that sucks worse than an S series battery. :S

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Engineers at ESA are counting on the probe having at least three minutes to transmit information and images from Titan's surface, before its battery runs out



NASA should like... talk to Duracell or something... that sucks worse than an S series battery. :S



Well they could have put some kind of better power source in the thing. But I wonder if this had anything to do with that:

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... it could land in liquid methane,



Heh... that would be cool. Someone light a match!
it's like incest - you're substituting convenience for quality

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Engineers at ESA are counting on the probe having at least three minutes to transmit information and images from Titan's surface, before its battery runs out



NASA should like... talk to Duracell or something... that sucks worse than an S series battery. :S



It took the probe 7 years to reach that destination, and the environment there is highly hostile. The Energizer bunny would have given up his drum just a few years out.

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Here's the first pic released:

http://www.spaceflightnow.com/cassini/050114pic1.html

EDIT:

Here's a rehosted image since the original site is down due to getting farked and slashdotted at the same time...

http://xs11.xs.to/pics/05025/050114huygens1.jpg
--"When I die, may I be surrounded by scattered chrome and burning gasoline."

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>Someone light a match!

You need oxygen to burn, though. Useless fact of the day - one of the current proporals for a mars mission involves ISPP, or in situ propellant production. You land with a few tons of liquid hydrogen. You combine hydrogen and atmospheric carbon dioxide to produce methane and water. You split the water to oxygen and hydrogen, store the oxygen, and use the hydrogen to make more methane. After a few months you have an ascent vehicle full of methane and oxygen (good propellants) to take you back to earth.

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>Someone light a match!

You need oxygen to burn, though. Useless fact of the day - one of the current proporals for a mars mission involves ISPP, or in situ propellant production. You land with a few tons of liquid hydrogen. You combine hydrogen and atmospheric carbon dioxide to produce methane and water. You split the water to oxygen and hydrogen, store the oxygen, and use the hydrogen to make more methane. After a few months you have an ascent vehicle full of methane and oxygen (good propellants) to take you back to earth.



Cool!!

-A



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Three pictures I've seen so far. One of a landscape remarkably like coastal mountains on earth, and one of a rocky plain with a passing resemblance to mars. It will be interesting to see the rest of the pictures when they're sent back.



If you'd like some more in depth info - check out our website B|
www.lpl.arizona.edu
Scars remind us that the past is real

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