...orbiter and the Luna-27 lander (also called Luna-Resurs). Luna-27 is focused on the discovery and characterisation of lunar resources including volatiles at a high latitude landing site (beyond 85 degrees south) and will carry a European contribution...
... of the design studio, discussing the different typologies developed for the various concepts of near-term future lunar research facilities and presenting common themes related to the actual development of a future international and cross-cultural...
..., exposure to resonant electromagnetic radiation and active oxidation by microorganisms. They also explain how the total amount of lunar helium-3 can be estimated more accurately and how the promise of carbon-free thermonuclear energy may be realised...
... to work for more than seven hours in the harsh temperature and radiation environment found on the lunar surface. Lunar hydrogen This hypothesis of hydrogen outgassing sets the theoretical framework for developing so-called ‘hydrogen energy’, which...
...to solve and how can we do it? Classes of 3D printing technologies with applications for the lunar environment. Lunar regolith The first stages of building a lunar base for colonists will, by necessity, involve equipment and consumables being brought...
... in proportion to the quality of services the LDC provides and overall conditions on the Moon. In other words, a deteriorating lunar environment, society or economy will greatly reduce demand for service access licenses, thus harming the cooperative...