Negative correlation of 129I/127I and 129Xe/132Xe: product of closed system evolution or evidence of a mixed component.

Details Negative correlation of 129I/127I and 129Xe/132Xe: product of closed system evolution or evidence of a mixed component. Negative correlation of 129I/127I and 129Xe/132Xe: product of closed system evolution or evidence of a mixed component.

Oct 2001

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2001m%26ps...36.1283g&link_type=abstract

Meteoritics & Planetary Science, vol. 36, no. 9, pp. 1283-1286 (2001)

Computer Science

7

Scientific paper

Anti-correlation of initial iodine ratios with trapped 129Xe/132Xe ratios has been interpreted as resulting from 129I decay to 129Xe in a closed system. However, many of the 129Xe/132Xe ratios that contribute to the anti-correlations are lower than 1.04, the value characteristic of major solar system reservoirs; 129I decay cannot lead to a decrease in this ratio. We offer an alternative explanation for the anti-correlations, based on trapped iodine and xenon components similar to those observed in Nakhla, that does not require the existence of components with 129Xe/132Xe lower than solar.

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