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Oxygen Isotopic and Petrological Constraints on the Origin and Relationship of IIE Iron Meteorites and H Chondrites

K. H. McDermott, R. C. Greenwood, I. A. Franchi, M. Anand, EDWARD R. D. SCOTT

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Abstract

New oxygen isotopic measurements of IIEs and H chondrites are indistinguishable — strengthening a possible common origin for these groups. Combining oxygen results with mineralogy, the nature of their parent body or bodies can be explored.

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What this paper is about

New oxygen isotopic measurements of IIEs and H chondrites are indistinguishable — strengthening a possible common origin for these groups. Combining oxygen results with mineralogy, the nature of their parent body or bodies can be explored.

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Available abstract

New oxygen isotopic measurements of IIEs and H chondrites are indistinguishable — strengthening a possible common origin for these groups. Combining oxygen results with mineralogy, the nature of their parent body or bodies can be explored.

Key concepts: Chondrite, Meteorite, Isotopes of oxygen, Astrobiology, Oxygen, Geology, Chondrule, Parent body

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