The experimental exchange of alkali and alkali-earth elements between plagioclase and solution is controlled by chlorinity. For divalent trace elements exchanging with a major monovalent element of alkali-feldspars, the partition coefficient varies inversely with the chlorinity of the solution at constant temperature and pressure. This relationship is in agreement with the law of mass action. General applications are proposed for non-feldspar minerals, silicate liquid systems, and other chemical elements.L'analyse des expériences d'échange entre plagioclase et solution montre que le partage d'un élément entre solide et fluide dépend de la chlorinité de la solution. Pour les traces divalentes s'échangeant avec un majeur monovalent, le coeffi...
Abstract-A thermodynamic analysis of F-Cl-OH partitioning between minerals and hydrothermal fluids h...
Element partitioning—at its most basic—is the distribution of an element of interest between two con...
Multi-phase fluid flow is a common occurrence in magmatic hydrothermal systems; and extensive modeli...
The experimental exchange of alkali and alkali-earth elements between plagioclase and solution is co...
International audienceA refined approach for the experimental determination of fluid composition at ...
Trace element (TE) partitioning in the system “mineral-hydrothermal solution” is studied...
This thesis deals with the distribution of ore-forming elements between granites or granite mineral...
A derivation is given for the partition coefficient of a trace element between hydrothermal solution...
The distribution of trace amounts of Sr between plagioclase solid solutions and a chloride-bearing h...
Liquid–liquid partitioning of 42 elements between synthetic silicate melts and immiscible fluoride, ...
Aqueous–solid solution (AQ-SS) processes have garnered increasing attention from geochemists and env...
The isothermal (750°C) experiments of Lagache and Dujon (1987) reveal that the partitioning of Sr be...
The second Karlsruhe Geochemical Workshop is dedicated to the improved understanding of water/solid ...
Abstract-A thermodynamic analysis of F-Cl-OH partitioning between minerals and hydrothermal fluids h...
Element partitioning—at its most basic—is the distribution of an element of interest between two con...
Multi-phase fluid flow is a common occurrence in magmatic hydrothermal systems; and extensive modeli...
The experimental exchange of alkali and alkali-earth elements between plagioclase and solution is co...
International audienceA refined approach for the experimental determination of fluid composition at ...
Trace element (TE) partitioning in the system “mineral-hydrothermal solution” is studied...
This thesis deals with the distribution of ore-forming elements between granites or granite mineral...
A derivation is given for the partition coefficient of a trace element between hydrothermal solution...
The distribution of trace amounts of Sr between plagioclase solid solutions and a chloride-bearing h...
Liquid–liquid partitioning of 42 elements between synthetic silicate melts and immiscible fluoride, ...
Aqueous–solid solution (AQ-SS) processes have garnered increasing attention from geochemists and env...
The isothermal (750°C) experiments of Lagache and Dujon (1987) reveal that the partitioning of Sr be...
The second Karlsruhe Geochemical Workshop is dedicated to the improved understanding of water/solid ...
Abstract-A thermodynamic analysis of F-Cl-OH partitioning between minerals and hydrothermal fluids h...
Element partitioning—at its most basic—is the distribution of an element of interest between two con...
Multi-phase fluid flow is a common occurrence in magmatic hydrothermal systems; and extensive modeli...