Redox Reactions Involving Nonvolatile Ionic Species as a Mechanism of Shock-Induced Subsolidus Reduction of Fe+2 in Plagioclase and Orthopyroxene: Indications from Norite 78235

Details Redox Reactions Involving Nonvolatile Ionic Species as a Mechanism of Shock-Induced Subsolidus Reduction of Fe+2 in Plagioclase and Orthopyroxene: Indications from Norite 78235 Redox Reactions Involving Nonvolatile Ionic Species as a Mechanism of Shock-Induced Subsolidus Reduction of Fe+2 in Plagioclase and Orthopyroxene: Indications from Norite 78235

Mar 1976

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976lpi.....7..791s&link_type=gif

Abstracts of the Lunar and Planetary Science Conference, volume 7, page 791, (1976)

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