Scientists map how lunar dust behaves to enable future moon bases
Researchers have systematically studied how lunar regolith and other resources flow and deform—critical knowledge for building habitats and extracting water on the moon. The work, prompted by NASA's Artemis missions, provides engineers with the physical blueprints needed to transform lunar materials into construction materials and fuel, potentially cutting the cost of sustained human presence in space.
Originaltitel: Rheology of colloidal lunar resources for their utilization and waste minimization perspectives
<p>Rheological studies of colloidal lunar resources were summarized to demonstrate the current status of the literature within the framework of human activities of lunar exploration, and to provide the relevant challenges and perspectives world- and space-wide. This summary is motivated by the previous and ongoing activities in lunar exploration through the Artemis Project, spacecraft landings from different nations and associated sample returns, as well as the foreseen termination of the International Space Station (ISS), all of which have been providing vital insights into the science and engineering of human activities on the lunar surface and further space. The identified key literature and research areas on rheology were categorized into 4 aspects, i.e., regolith, construction, ice/water, and magma, according to their importance for lunar resources, and their summary and challenges were provided within the large picture of lunar exploration activities.</p>