Uranium isotopes trace fluid exsolution and fluxing in evolved granitic magmas: implications for tin mineralization

Uranium isotopes trace fluid exsolution and fluxing in evolved granitic magmas: implications for tin mineralization

This dataset includes (1) F, Cl concentrations and δ238U of the Qitianling granites; (2) uranium isotopic fractionation modeled by Rayleigh distillation for zircon-melt fractionation and fluid exsolution; (3) uranium isotopic fractionation modeled by fluid fluxing model for magmatic-hydrothermal int...

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Bibliographische Detailangaben
1. Verfasser: Sheng, Jiaru
Format: Dataset
Sprache:eng
Schlagworte:
FOS: Earth and related environmental sciences
Geochemistry
Isotope
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Beschreibung
Zusammenfassung:This dataset includes (1) F, Cl concentrations and δ238U of the Qitianling granites; (2) uranium isotopic fractionation modeled by Rayleigh distillation for zircon-melt fractionation and fluid exsolution; (3) uranium isotopic fractionation modeled by fluid fluxing model for magmatic-hydrothermal interaction.
DOI:10.17632/g4sykcnhk6