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Version 1

Zn isotopic fractionation controlled by volatiles in magmatic-hydrothermal systems

Published:9 January 2025|Version 1|DOI:10.17632/dfk6pk4ss9.1
Contributor:Youqiang Qi

Description

Data for "Zn isotopic fractionation controlled by volatiles in magmatic-hydrothermal systems"

Institutions

Institutions

Institute of Geochemistry Chinese Academy of Sciences

Categories

Isotope, Hydrothermal Mineral Deposit

Funders

National Natural Science Foundation of China

China

Licence

Creative Commons Attribution 4.0 International

Version 2

Zn isotopic variations in ore-related granite and ore minerals in a magmatic-hydrothermal deposit

Published:22 July 2025|Version 2|DOI:10.17632/dfk6pk4ss9.2
Contributor:Youqiang Qi

Description

Data for "Zn isotopic variations in ore-related granite and ore minerals in a magmatic-hydrothermal deposit" Table S1 Zn isotopic fractionation factors among fluid, melt, and Zn-bearing minerals. Table S2 Zn concentrations and δ66Zn values of melt and exsolved fluid as a function of mass fraction of fluid. Table S3 δ66Zn values of progressively precipitating sphalerite and smithsonite from an exsolved fluid under the Rayleigh distillation model. Table S4 Fe content of sphalerite from two types of ore in the Lengshuikeng deposit. Table S5 Major and trace elements of felsic rocks in the Lengshuikeng deposit.

Institutions

Institutions

Categories

Novel Stable Isotopes

Funders

National Natural Science Foundation of China

China

Licence

Creative Commons Attribution 4.0 International