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Media:1961-05_Lunex.pdf Lunar Expedition Plan (USAF) - Lunex (May 1961) Media:1961-07_Lunex2.pdf Lunar Expedition Plan (USAF) - Lunex (July 1961) Category:Publications

... -formed deep basin in the Southern Hemisphere of Mars. We undertook a planning exercise for a human Trans-Hellas expedition that would traverse the basin from West to East. The authors of ... Basin should be considered a high priority science target for future human expeditions. We demonstrate the effectiveness of Martian expedition planning using a small team with diverse expertise. '''To BUY this paper click ...

The Apollo Advanced Lunar Exploration Planning book was one of the principal resources used by NASA in the 1960s to plan for long term lunar exploration. This rare NASA template from 1967 investigates the ... and includes graphics and illustrations of advanced Apollo hardware capable of sustaining explorers on the lunar surface for weeks at a time.Image:9781926837024.jpg '''Buy This Book ...

Media:19720067244_1972067244.pdf MIMOSA Final Report RECOMMENDED LUNAR EXPLORATION PLAN Category:Publications

... Media:19720067243_1972067243.pdf MIMOSA study Final Report CANDIDATE LUNAR EXPLORATION PROGRAMS Media:19720067244_1972067244.pdf MIMOSA study Final Report RECOMMENDED LUNAR EXPLORATION PLAN (56MB PDF) Media:19730062458_1973062458.pdf MIMOSA study Final ...

... expedition would undertake a study of volcanism, desert and polar processes over a planetary transect contributing significantly to the inventory of samples gathered across the Martian surface. The planning of such an expedition provides a reference expedition for considering ISRU and scientific requirements for any long- duration, long-distance ...

... British Interplanetary Society for Volume 57 57 '''Page ''' - 92-98 '''Year''' - 2004 '''Keywords''' - Polar, Mars, expedition, ISRU, Antarctica '''JBIS Reference Code ''' - 2004.57.92 '''Number of Pages''' - 7 Abstract The Martian ... the removal of CO2 frost from expedition equipment. Human mobility can be achieved with sledges and rovers. These innova- tions, when combined, make possible the planning of human scientific and expeditionary EVAs ...

... factors to be taken into account when planning expeditions to remote and challenging locations on Earth. This is likely to be equally the case for expedition planners on Mars, where conditions (in terms ... the planet. This report discusses the main weather and climate variables which future Martian human expedition planners will need to take into account. The range of conditions likely to be encountered ...

... Return vehicles are fuelled with methane/oxygen bipropellant synthesized primarily from Martian resources. Dispatching expeditions from orbit with individual, high-energy stages - rather than directly from the Earth's ... into more manageable components, which can be launched by vehicles that exist today. This plan does not require the development of heavy-lift launch technology: an effective yet ...

... proposed a Lunar Electric Power Company to develop lunar energy resources (Schrunk 1999, p330). All of these proposals recognized that a lunar specific organization was a necessary ingredient in any plans for lunar development. The ... for conducting the initial reconnaissance of potential lunar outposts by investing in commercial lunar missions. NASA plans to establish the outposts themselves incrementally over multiple missions. Each lunar outpost will require a surface power ...

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