2012•Unpublished venueOpen access

Mössbauer studies of Sołtmany meteorite - preliminary results

Jolanta Gałązka-Friedman, Karol A. Szlachta

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Abstract

In Mossbauer spectra of the Soltmany meteorite we identified four iron-bearing minerals: olivine, pyroxene, kamacite and troilite. The distribution of iron among these minerals is different in the Soltmany meteorite from this distribution in the Baszkowka meteorite. As Soltmany and Baszkowka meteorites are ordinary chondrites type L (both falls), differences in the distribution of iron over the four main iron-bearing mineral phases could be the basis for a new classification of L-type ordinary chondrites. Small amounts of taenite were also observed in the Soltmany meteorite. The ratio of iron in kamacite and taenite in the Soltmany meteorite was found to be about 3. No Fe3+ could be detected.

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What this paper is about

In Mossbauer spectra of the Soltmany meteorite we identified four iron-bearing minerals: olivine, pyroxene, kamacite and troilite. The distribution of iron among these minerals is different in the Soltmany meteorite from this distribution in the Baszkowka meteorite. As Soltmany and Baszkowka meteorites are ordinary chondrites type L (both falls), differences in the distribution of iron over the four main iron-bearing mineral phases could be the basis for a new classification of L-type ordinary chondrites. Small amounts of taenite were also observed in the Soltmany meteorite. The ratio of iron in kamacite and taenite in the Soltmany meteorite was found to be about 3. No Fe3+ could be detected.

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Available abstract

In Mossbauer spectra of the Soltmany meteorite we identified four iron-bearing minerals: olivine, pyroxene, kamacite and troilite. The distribution of iron among these minerals is different in the Soltmany meteorite from this distribution in the Baszkowka meteorite. As Soltmany and Baszkowka meteorites are ordinary chondrites type L (both falls), differences in the distribution of iron over the four main iron-bearing mineral phases could be the basis for a new classification of L-type ordinary chondrites. Small amounts of taenite were also observed in the Soltmany meteorite. The ratio of iron in kamacite and taenite in the Soltmany meteorite was found to be about 3. No Fe3+ could be detected.

Key concepts: Kamacite, Meteorite, Troilite, Chondrite, Pyroxene, Geology, Iron meteorite, Mineral

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