Science · 1979 · 164 citations · 23 references
Natural SciencesAstronomyEarth SciencesAstrochemistryGeochemistryPlanetary GeologyMagma GenesisMineral GenesisPlanetary FormationPlanetary MineralogyPlanetary PetrologyMagnetic MineralsMagnetiteMeteorite Age DatingMeteorite ChronologyMeteorite MineralogyMeteorite PetrologyPrimitive Solar System MineralsSecondary Mineralization
The composition and morphology of magnetite in CI carbonaceous meteorites appear incompatible with a nebular origin. Mineralization on the meteorite parent body is a more plausible mode of formation. The iodine-xenon age of this material therefore dates an episode of secondary mineralization on a planetesimal rather than the epoch of condensation in the primitive solar nebula.
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Early chemical history of the solar system
Lawrence Grossman, J. W. Larimer · Reviews of Geophysics · 1974 · 609 citations