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Studies on the oxidation of magnetite

K. V. G. K. Gokhale

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Abstract

Magnetite, on dry heating undergoes oxidation with no concomitant change in structure except for cell contraction; the x-ray powder patterns of such oxidized magnetites are similar to that of maghemite. By further oxidation, hematite exsolves as a separate phase and after prolonged heating at 800 degrees C, magnetite is completely oxidized to hematite. The petrogenetic significance of these studies is also discussed.

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What this paper is about

Magnetite, on dry heating undergoes oxidation with no concomitant change in structure except for cell contraction; the x-ray powder patterns of such oxidized magnetites are similar to that of maghemite. By further oxidation, hematite exsolves as a separate phase and after prolonged heating at 800 degrees C, magnetite is completely oxidized to hematite. The petrogenetic significance of these studies is also discussed.

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Available abstract

Magnetite, on dry heating undergoes oxidation with no concomitant change in structure except for cell contraction; the x-ray powder patterns of such oxidized magnetites are similar to that of maghemite. By further oxidation, hematite exsolves as a separate phase and after prolonged heating at 800 degrees C, magnetite is completely oxidized to hematite. The petrogenetic significance of these studies is also discussed.

Key concepts: Magnetite, Hematite, Maghemite, Geology, Mineralogy, Chemical engineering, Geochemistry, Engineering

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