Lithium isotope fractionation among mica, quartz, amphibole, feldspars and granitic melt: Experimental approach and implications for natural granitic system

Name: Lithium isotope fractionation among mica, quartz, amphibole, feldspars and granitic melt: Experimental approach and implications for natural granitic system
Creator: Xu Gao
Published: 2024-11-25T18:59:12.208Z
Keywords: Isotope Geochemistry, Mineral, Lithium, Experimental Geochemistry

Gao, Xu; Michaud, Juile; Koch, Lennart; Zhou, Zhenhua; Zhang, Chao; Horn, Ingo; Almeev, Renat; Weyer, Stefan; Holtz, Francois

doi:10.17632/n2mmp9m8sh.1

Lithium isotope fractionation among mica, quartz, amphibole, feldspars and granitic melt: Experimental approach and implications for natural granitic system

Published: 25 November 2024| Version 1 | DOI: 10.17632/n2mmp9m8sh.1

Contributors:

Xu Gao, Juile Michaud, Lennart Koch, Zhenhua Zhou, Chao Zhang, Ingo Horn, Renat Almeev, Stefan Weyer, Francois Holtz

Description

Data S1 includes the lithium isotopic composition of whole rock samples and selected minerals from natural granites worldwide. Data S2 includes a geochemical dataset of bulk-rock composition of different granites worldwide.

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Leibniz Universitat Hannover Institut fur Mineralogie

Lithium isotope fractionation among mica, quartz, amphibole, feldspars and granitic melt: Experimental approach and implications for natural granitic system

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