Meteorites and their parent bodies: Evidence from oxygen isotopes
R. N. Clayton
Abstract
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R. N. Clayton
Abstract
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Isotopic abundance variations among meteorites are used to establish genetic associations between meteorite classes. Oxygen isotope distributions between group II E irons with H-group ordinary chondrites and enstatic meteorites indicate that the parent bodies were formed out of pre-solar material that was not fully mixed at the time condensation occurred within the solar nebula.
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Isotopic abundance variations among meteorites are used to establish genetic associations between meteorite classes. Oxygen isotope distributions between group II E irons with H-group ordinary chondrites and enstatic meteorites indicate that the parent bodies were formed out of pre-solar material that was not fully mixed at the time condensation occurred within the solar nebula.
Key concepts: Meteorite, Formation and evolution of the Solar System, Chondrite, Isotopes of oxygen, Astrobiology, Chondrule, Isotope, Solar System