subject predicate object context
8132 Creator 33d05223e7b4d60c57d022f20621f60f
8132 Creator 96fdb8f74aad60e762b1aef18d80ab45
8132 Creator e84b82ffe18b00f7ba3b03ae1ae0eb20
8132 Creator ext-2a2f7b96e9bd8995d8830e9f94eca70a
8132 Creator ext-b2ce3bde20bfd614ca2a8d23a4af819e
8132 Date 2007-03
8132 Is Part Of repository
8132 abstract We describe the discovery of fossil micrometeorites in ancient Triassic rock salt; the first to be found in salt and the oldest complete micrometeorites found to date. We present an estimated flux rate of micrometeorites to Earth at this time.
8132 authorList authors
8132 presentedAt ext-4d84e786f6574427ba9e33f4cdc1efca
8132 status peerReviewed
8132 uri http://data.open.ac.uk/oro/document/19416
8132 uri http://data.open.ac.uk/oro/document/19417
8132 uri http://data.open.ac.uk/oro/document/708
8132 type AcademicArticle
8132 type Article
8132 label Davidson, J. ; Genge, M. J.; Mills, A. A.; Johnson, D. and Grady, M. (2007). Ancient Cosmic Dust from Triassic Halite. In: 38th Lunar and Planetary Science Conference, 12-16 Mar 2007, Houston, Texas, USA.
8132 label Davidson, J. ; Genge, M. J.; Mills, A. A.; Johnson, D. and Grady, M. (2007). Ancient Cosmic Dust from Triassic Halite. In: 38th Lunar and Planetary Science Conference, 12-16 Mar 2007, Houston, Texas, USA.
8132 Title Ancient Cosmic Dust from Triassic Halite
8132 in dataset oro