Jan 1994
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1994metic..29...73o&link_type=abstract
Meteoritics (ISSN 0026-1114), vol. 29, no. 1, p. 73-78
Other
7
Chemical Composition, Earth (Planet), Natural Satellites, Origins, Spatial Distribution, Tektites, Ablation, Gases, Rocks, Earth, Tektites, Origin, Source, Glass, Moon, Hypotheses, Composition, Morphology, Ablation, Impacts, Structure, Impact Effects, Alteration, Samples, Terrestrial, Crystallization, Potassium Oxide, Magnesium Oxide, Parameters, Comparison
Scientific paper
The origin of tektites has been obscure because of the following dilemma. The application of physical principles to the data available on tektites points strongly to origin from one or more lunar volcanoes; but few glasses of tektite composition have hitherto been reported from the lunar samples. Instead, the lunar silicic glasses consist chiefly of a material very rich in K2O and poor in MgO. The ratio of K2O/MgO is higher in these glasses than in any tektites reported. The solution of the dilemma seems to come from the study of some recently discovered terrestrial deposits of tektite glass with high values of K2O/MgO at the Cretaceous Tertiary boundary. These glasses are found to be very vulnerable to crystallization into sandine or to alteration to smectite. These end products are known and are more abundant than any terrestrial deposits of tektite glass. It seems possible that, in fact, the moon produces tektite glass, mostly of the high K2O-low MgO type; but on Earth these deposits are destroyed. The much less abundant deposits with lower K and higher Mg are observed because they survive. Other objections to the lunar origin hypothesis appear to be answerable.
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