Experimental Constraints on Type B CAI Formation: (1) fO2 Variations in Spinel Minor Element Partitioning, (2) Sub-Solidus Re-Equilibration Effects

Details Experimental Constraints on Type B CAI Formation: (1) fO2 Variations in Spinel Minor Element Partitioning, (2) Sub-Solidus Re-Equilibration Effects Experimental Constraints on Type B CAI Formation: (1) fO2 Variations in Spinel Minor Element Partitioning, (2) Sub-Solidus Re-Equilibration Effects

Mar 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001lpi....32.1149c&link_type=abstract

32nd Annual Lunar and Planetary Science Conference, March 12-16, 2001, Houston, Texas, abstract no.1149

Physics

Scientific paper

Our experimental results on an average type B CAI for spinel+liquid
field at a range of fO2 conditions we show that observed abundances of
Ti and V of spinels enclosed by fassaites may have been, at least in
part, produced by sub-solidus re-equilibration.

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