subject predicate object context
32074 Creator 1c5c32b11b5ad1bd9c846a77784abc38
32074 Creator b75227dc49245aab76a534b836099ab7
32074 Creator 84764f824834b90b789fef94138093b1
32074 Creator a5c0a605ec7472b7ee96eb656061979e
32074 Creator ext-c42dde379fdb41ec931f125df2d61d3c
32074 Date 2011
32074 Is Part Of repository
32074 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.
32074 authorList authors
32074 presentedAt ext-f0583f342b51e991edd933e6762d0e8f
32074 status nonPeerReviewed
32074 uri http://data.open.ac.uk/oro/document/43583
32074 uri http://data.open.ac.uk/oro/document/43584
32074 uri http://data.open.ac.uk/oro/document/43585
32074 uri http://data.open.ac.uk/oro/document/45402
32074 type AcademicArticle
32074 type Article
32074 label Mcdermott, K. ; Greenwood, R. C. ; Franchi, I. A. ; Anand, M. and Scott, E. R. D. (2011). Oxygen isotopic and petrological constraints on the origin and relationship of IIE iron meteorites and H chondrites. In: 42nd Lunar and Planetary Science Conference, 7-11 Mar 2011, Houston, TX, US.
32074 label Mcdermott, K. ; Greenwood, R. C. ; Franchi, I. A. ; Anand, M. and Scott, E. R. D. (2011). Oxygen isotopic and petrological constraints on the origin and relationship of IIE iron meteorites and H chondrites. In: 42nd Lunar and Planetary Science Conference, 7-11 Mar 2011, Houston, TX, US.
32074 Title Oxygen isotopic and petrological constraints on the origin and relationship of IIE iron meteorites and H chondrites
32074 in dataset oro