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Mars / Martian soil / Exploration of Mars / Spirit rover / Mars rover / In-situ resource utilization / Atmosphere of Mars / Mars program / Phoenix / Spaceflight / Spacecraft / Space technology


Integrated Robotic Team for Martian Water Collection Kristina Alemany1, Kristen Bethke1, Niraj Bhatt2, Brent Bollman2, and Jonathan Viventi2 Advisors: Professors Daniel Nosenchuck1, Stephen Lyon2, and Michael Littman1 1D
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Document Date: 2002-11-25 15:23:52


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File Size: 1,47 MB

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City

Vtransport / /

Facility

Princeton University / Planetary Institute / /

IndustryTerm

water by-product / drill-like device / screw-like device / chosen landing site / surface transportation / transportation / technology needs / auger device / extraterrestrial mining techniques / life support systems / water collection device / chosen solution / possible solutions / energy calculations / mechanical systems / life-sustaining systems / technology developments / energy / /

Organization

Reference Mission / Design Reference Mission / Princeton University / National Aeronautics and Space Administration / Lunar and Planetary Institute / /

Position

Jonathan Viventi2 Advisors / astronaut / Vp / driller / /

Product

Samsung Gravity 3 Cellular Phone / Mars / /

ProgrammingLanguage

FL / /

Technology

GPS / spectroscopy / fracturing / operating system / fuel cells / /

SocialTag