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Articles tagged: regolith

  • cislunar economy, lunar ice, mining, space resources October 2018 Mining the Moon for fun and profit

    ... The excavation approach utilises a backhoe to scoop the icy regolith into an oar cart which is transferred to a central ...vapour capture dome is placed on the oar cart and the icy regolith is heated, sublimating the ice. The water vapour is routed ...

    • cislunar economy
    • lunar ice
    • mining
    • space resources
    Authors: George Sowers    
  • Apollo Next Generation Sample Analysis program, Artemis, Lunar samples, Lunar volatiles, permanently shadowed regions, PSR January 2021 Evolution of volatiles on the Moon

    ... of their best-kept secrets. Some of these fingerprints may help us ‘see through’ the complicated physical processes of regolith formation and determine, for example, whether the isotopic composition of the elements making up the volatile materials...

    • Apollo Next Generation Sample Analysis program
    • Artemis
    • Lunar samples
    • Lunar volatiles
    • permanently shadowed regions
    • PSR
    Authors: David S Draper     James Green    
  • 3D printing, Aidan Cowley, LavaHive, Leo Teeney, mars October 2015 How to 3D-print a habitat on Mars

    ... 3D printing can be combined to enable exploration missions on the Martian surface. Many of the concepts, like the sintering of regolith, are already being proposed for lunar exploration. The techniques would need to be further developed and tested...

    • 3D printing
    • Aidan Cowley
    • LavaHive
    • Leo Teeney
    • mars
    Authors: Aidan Cowley     Leo Teeney    
  • 3D printing, In-Situ Resource Utilisation, ISRU, Space Exploration, sustainability October 2018 Sustainable ways of living on the Moon and Mars

    ... may be accessible for underground habitation by researchers and settlers in the future. Using local building material from regolith might seal off these natural features to allow for partial or full pressurisation, avoiding costly Earth-originated...

    • 3D printing
    • In-Situ Resource Utilisation
    • ISRU
    • Space Exploration
    • sustainability
    Authors: Nick Spall    
  • Japan, Low Earth Orbit, luna rovers, Moon, Space Robotics lab, Tohoku University September 2017 Plans for high-speed lunar rovers

    ... first step towards the design of an advanced locomotive system is to understand the micro and macro-mechanics of lunar regolith. In line with our aim to follow a step-by-step process, we first need to study the effects of increased traversing...

    • Japan
    • Low Earth Orbit
    • luna rovers
    • Moon
    • Space Robotics lab
    • Tohoku University
    Authors: David Rodríguez-Martínez     Dr Kazuya Yoshida    
  • Luna, lunar exploration, lunar resources, PROSPECT November 2019 PROSPECTing for lunar polar volatiles

    ... payload element is going to establish a comprehensive inventory of lunar polar volatiles found in the lunar exosphere, the surface regolith, and the subsurface at the landing site. As the mission will naturally target a landing site where there...

    • Luna
    • lunar exploration
    • lunar resources
    • PROSPECT
    Authors: Roland Trautner    
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