Origin of the moon and lunar core formation

Mathematics

Scientific paper

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Correlation, Earth-Moon System, Lunar Core, Lunar Evolution, Lunar Mantle, Mathematical Models, Meteoritic Damage, Moon, Partitions (Mathematics), Abundance, Chondrites, Extrapolation, Melting, Oxidation-Reduction Reactions, Silicates, Veneers

Scientific paper

In a recent version of the giant impact hypothesis by O'Neill, the initial abundances of the siderophile elements in the lunar mantle were established not only by combining impactor material and proto-Earth material, but also by adding a late reduced veneer. O'Neal also appealed to the possible volatilities of some elements (Mo and W) under conditions of lunar accretion, and required the segregation of a small Ni-rich metallic core. An attempt to more rigorously model lunar core formation in the O'Neill scenario is made by correlating degree of partial melting to temperature and extrapolating the 1260 C partition coefficients to the appropriate temperatures along a constant redox buffer.

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