By comparing high-quality volcanic gas and whole rock compositions, we calculated the apparent (observed) mass partition coefficients Kd* for 58 elements on six basaltic volcanoes located in arc and rift/hotspot settings. The inferred Kd* vary from � 1100 for sulfur to 0.0001 for zirconium, i.e., within seven orders of magnitude. Only 14 elements have Kd* > 1, including highly volatile S, Se, Te and halogens, as well as Tl, Re, Os, Bi, Cd, Au, In and As. Alkali metals have Kd* in the rangefrom 0.1 for Cs to 0.01 for Na. Partition coefficients of other rock-forming elements are <0.001. The partition coefficients for elements depend on element speciation and concentrations of ligand-forming elements in the gas such as sulfur and chlorine. Elements...
We present new experimental data on major and trace element partition coefficients (D) between clino...
In order to model quantitatively exsolution of volatiles over the range of basaltic melt composition...
International audienceUnderstanding magmatic processes such as crystallization and melting recorded ...
By comparing high-quality volcanic gas and whole rock compositions, we calculated the apparent (obse...
By comparing high-quality volcanic gas and whole rock compositions, we calculated the apparent (obse...
7siA link between magmatism from Large Igneous Provinces (LIPs) and mass extinctions has been observ...
The currently available data set of S–Cl–F abundances in volcanic gas plumes and high-temperature fu...
8siMagmatism from Large Igneous Provinces (LIPs) has often been demonstrated synchronous with mass e...
Despite the importance of halogens (F, Cl) in volcanic degassing, solubility and fluid/melt partitio...
Thermochemical modeling predicts that trace elements in the Augustine gas are transported from near-...
The conditions under which halogens partition in favor of an exsolved fluid relative to the coexisti...
The capacity of natural vapor phase to transport metallic elements is not unambiguously established ...
AbstractWe develop a comprehensive model to describe trace and minor element partitioning between su...
Immiscible sulfide liquid is thought to be an important intermediary in volcanic degassing of sulfur...
Chalcophile element partitioning among base-metal sulfide, oxide and silicate phases during magmatic...
We present new experimental data on major and trace element partition coefficients (D) between clino...
In order to model quantitatively exsolution of volatiles over the range of basaltic melt composition...
International audienceUnderstanding magmatic processes such as crystallization and melting recorded ...
By comparing high-quality volcanic gas and whole rock compositions, we calculated the apparent (obse...
By comparing high-quality volcanic gas and whole rock compositions, we calculated the apparent (obse...
7siA link between magmatism from Large Igneous Provinces (LIPs) and mass extinctions has been observ...
The currently available data set of S–Cl–F abundances in volcanic gas plumes and high-temperature fu...
8siMagmatism from Large Igneous Provinces (LIPs) has often been demonstrated synchronous with mass e...
Despite the importance of halogens (F, Cl) in volcanic degassing, solubility and fluid/melt partitio...
Thermochemical modeling predicts that trace elements in the Augustine gas are transported from near-...
The conditions under which halogens partition in favor of an exsolved fluid relative to the coexisti...
The capacity of natural vapor phase to transport metallic elements is not unambiguously established ...
AbstractWe develop a comprehensive model to describe trace and minor element partitioning between su...
Immiscible sulfide liquid is thought to be an important intermediary in volcanic degassing of sulfur...
Chalcophile element partitioning among base-metal sulfide, oxide and silicate phases during magmatic...
We present new experimental data on major and trace element partition coefficients (D) between clino...
In order to model quantitatively exsolution of volatiles over the range of basaltic melt composition...
International audienceUnderstanding magmatic processes such as crystallization and melting recorded ...