... turned to a novel imaging technique that involves bouncing X-rays off a common green mineral – olivine – found in the Moon rock samples to study them in greater detail than ever before. Olivine in magma is mainly made up of magnesium and iron...
... temperatures, rather than in the low water and higher temperature conditions associated of the Moon. So just how did the ancient Earth rock end up on our lunar neighbour eons ago? After developing techniques for locating impactor...
... samples by cutting, grinding and polishing. Thanks to advances in 3D X-ray imaging, measuring chemical zonation inside olivine from Moon rocks can now be conducted non-destructively. This work has already begun, and the team is looking forward...
... conducted from orbit. However, by using this method, it is only the ground-up surface layer of fragmented rock that blankets the moon – the regolith – that is primarily detected, material that is typically mixed and difficult to interpret. In order...
... provide a wealth of resources and information for both scientific and commercial purposes alike. But bringing these moon rocks back might be more problematic than it appears. At the end of September, NASA announced that it was officially seeking...
... successfully early Thursday morning with its cargo of lunar rocks and dust landing on the grasslands in northern China.... retrieve the capsule. During Chang'e 5's two days on the Moon, it collected two kilograms (4.5 pounds) of material in a volcanic...