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Glitch worsens on Mars rover's robotic arm
OH NO.... Opportunity's needs a time out.
http://www.msnbc.msn.com/id/24300717/ |
Re: Glitch worsens on Mars rover's robotic arm
Seeing as they're on their 17th lifetime, a few glitches like this would be expected.
And since there's no 80" cylinder on Mars, there should be no problem leaving the arm extended. :rolleyes: |
Re: Glitch worsens on Mars rover's robotic arm
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Re: Glitch worsens on Mars rover's robotic arm
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Did Spirit and Opportunity fit into the cylinder in the first place? |
Re: Glitch worsens on Mars rover's robotic arm
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-dave . |
Re: Glitch worsens on Mars rover's robotic arm
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Re: Glitch worsens on Mars rover's robotic arm
Depending on the season, latitude, and altitude, the average surface atmospheric pressure varies between 6 and 9 millibars.
It may not seem like much (it isn't), but the Martian atmosphere is more than dense enough to allow effective use of parachutes during the entry-descent-landing process by multiple spacecraft. And, yes, pistons will work just fine on Mars. -dave . |
Re: Glitch worsens on Mars rover's robotic arm
There was a compressor developed for Mars with no moving mechanical parts (other than valves to control the flow of ambient and pressurized gas). Overnight (when it's cold) carbon dioxide is adsorbed in a porous material inside a pressure tank through a valve open to the Mars atmosphere. During the day (when it's warmer and electrical power from solar arrays is available) the valve is closed and heaters are used to drive off the CO2 from the adsorber. Pressure in excess of one Earth atmosphere could be produced this way. This concept was developed for an experiment intended to demonstrate the production of oxygen on the surface of Mars.
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