Results 71 to 80 of about 10,659 (186)
The utility of unmanned probes in lunar exploration [PDF]
Utility of unmanned probes of Ranger or Surveyor class in Apollo exploration program - Lunar scientific ...
Adams, J. B., Nash, D. B., Speed, R. C.
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Short guide to lunar sample information [PDF]
Data pertaining to the collection, processing, and study of lunar samples, and the ways to gain access to that data are described. Data pertaining to the samples includes not only the normally published literature but also NASA and USGS interagency ...
Heiken, J. H. +2 more
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Resources for a lunar base: Rocks, minerals, and soil of the Moon [PDF]
The rocks and minerals of the Moon will be included among the raw materials used to construct a lunar base. The lunar regolith, the fragmental material present on the surface of the Moon, is composed mostly of disaggregated rocks and minerals, but also ...
Taylor, Lawrence A.
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Metal-silicate relationships in differentiated meteorites [PDF]
A wide range of analytical and experimental techniques were used to determine the nature and origin of meteoritc materials, and its significance in the early history of the solar system.
Hewins, R. H.
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Mineralogy and Petrology of A New Lunar Meteorite M16005 [PDF]
Huanxin LIU +3 more
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Lunar meteorite Yamato-86032: Mineralogical, petrological, and geochemical studies
P(論文) Yamato-86032 is a shock-lithified anorthositic fragmental breccia. It consists mainly of highly feldspathic meta-breccias and meta-meltrocks and possibly contains a small contribution from mare lithologies, but there is no indication of a KREEP component.
openaire +1 more source
Workshop on Antarctic Glaciology and Meteorites [PDF]
The state of knowledge of meteorites and glaciology is summarized, and directions for research are ...
Bull, C., Lipschutz, M. E.
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Spectral interpretation of late-stage mare basalt mineralogy unveiled by Chang'E-5 samples. [PDF]
Liu D +12 more
europepmc +1 more source
Resolving the origin of lunar high-Ti basalts by petrologic experiments
The origin of the most primitive, picritic lunar basalts, sampled as pyroclastic glass beads in the lunar soils [1,2], remains poorly constrained. Especially the petrogenesis of high-Ti glasses (TiO2 > 6 wt%) seems enigmatic. Three hypotheses have been proposed for the origin of these exotic samples: I) Ascent of a primary, undifferentiated melt ...
Haupt, Cordula +4 more
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