1966
DOI: 10.1038/211026a0
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Oxidation of Titanomagnetites and Self-Reversal

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Cited by 69 publications
(46 citation statements)
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“…In Table 4, the Curie temperatures, T c , are converted to titanomagnetite oxidation parameter z-values, using the relationship given by Petersen et al (1979). z has been defined by O'Reilly and Banerjee (1966) as the fraction of the initial Fe +2 in the titanomagnetite converted to Fe + 3 . Unoxidized titanomagnetite is characterized by z = 0, and completely oxidized titanomagnetite by z = 1.…”
Section: B) Microprobe Studies and The Primary Composition Of The Titmentioning
confidence: 99%
“…In Table 4, the Curie temperatures, T c , are converted to titanomagnetite oxidation parameter z-values, using the relationship given by Petersen et al (1979). z has been defined by O'Reilly and Banerjee (1966) as the fraction of the initial Fe +2 in the titanomagnetite converted to Fe + 3 . Unoxidized titanomagnetite is characterized by z = 0, and completely oxidized titanomagnetite by z = 1.…”
Section: B) Microprobe Studies and The Primary Composition Of The Titmentioning
confidence: 99%
“…On peut admettre que daps les titanomagnetites, comme dans tous les spinelles, la liaison cation-oxygene est covalente si le metal est en position tetraedrique et probablement ionique s'il est situe dans les sites octaedriques (O'Reilly et Banerjee, 1966). Pour des raisons energetiques, l'oxydation du Fe2 porterait, dans une premiere etape, sur le Fe2 h ocraedrique, qui pent diffuser plus aisement, puis, eventuellement, sur le Fe2+ tetraedrique.…”
Section: Titanomagnetites Oxydeesunclassified
“…Soit z, compris entre 0 et 1, la fraction de Fe2+ de la titanomagnetite originelle transformee en Fe3+ (O'Reilly et Banerjee, 1966 Les courbes obtenues avec la formule (5) sont regulieres ( Fig. 3) et se distinguent de celles d'Akimoto surtout au voisinage de la magnetite, par une diminution moms rapide du parametre cristallin d'une titanomagnetite de rapport X=Fe/Fe+Ti donne, au cours de son oxydation.…”
Section: Titanomagnetites Oxydeesunclassified
“…z has been defined by O 'Reilly and Banerjee (1966) as the fraction of the initial Fe 2+ in the titanomagnetite converted to Fe 3 + . Unoxidized titanomagnetite is characterized by z = 0, and completely oxidized titanomagnetite by z = 1.…”
Section: Determination Of the Titanomagnetite Low Temperature Oxidatimentioning
confidence: 99%