Other
Scientific paper
Mar 1981
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981metic..16...83j&link_type=abstract
Meteoritics, vol. 16, Mar. 31, 1981, p. 83-91, 93-111.
Other
16
Chemical Analysis, Chondrites, Iron, Iron Compounds, Meteoritic Composition, Magnesium, Mineralogy, Nickel, Olivine, Sulfur, Meteorites, L Chondrites, Chemistry, L3 Chondrites, Ll3 Chondrites, Iron, Comparisons, Krymka Meteorite, Manych Meteorite, Mineralogy, Composition, Metals, Carraweena Meteorite, Bishunpur Meteorite, Sulfur, Data, Nickel, Review, Abundance, Classification, Characteristics, Catalogs, Analysis
Scientific paper
New chemical analyses of the Krymka and Manych chondrites and a review of data for other low-iron type 3 chondrites show that the ratio of metallic to total iron varies widely in LL3 chondrites and is an imperfect basis for distinguishing between these meteorites and L3 chondrites. More reliable chemical criteria - total Fe/Mg and Ni/Mg ratios, and Fe-S relationships - indicate that Krymka, Manych, Carraweena and Bishunpur are LL3 chondrites rather than samples of an iron-poor subgroup of the L-group.
Dodd Robert T.
Jarosewich Eugene
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