... units for drawing water and oxygen from the lunar regolith, and so on. Lunar regolith is an intriguing resource both for its mineral content and as a source of water The regolith or ‘lunar soil’ is the most accessible type of Moon rock, because...
...in-situ resource utilisation (ISRU) and represents a revolution for surviving on the Moon. A process that simultaneously removes lunar regolith from the local area and uses it to build structures will also improve working conditions by minimising the...
... of a useful component, including helion. Conclusions With regard to the potential for the extraction of helium-3 from the lunar regolith, our research has shown that knowledge of the value of the Henry constant for the helion adsorption...
...NASA. Three illustrations showing (1) how RP volatile prospecting would work during actual lunar roving, (2) the RP rover charging in the Sun and (3) excavating lunar regolith from as deep as 1m below the surface, and processing in the OVEN subsystem...
... will come from the planetary science community. During the Apollo programme, astronauts returned about 381 kg of lunar regolith to Earth from six landing missions. Aside from three robotic Soviet sample return missions in the 1970s...
... been made via 3D printing of a simulant developed at ESA’s European Astronaut Centre (EAC) to demonstrate the use of lunar regolith as a building material. Various mission teams have also benefitted from the use of ESA2C simulants, such as the...