Melt
To obtain the list of implemented diffusion parameters for melt, use:
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.chemical_diffusion_list
— Functionchemical_diffusion_list(search::String="")
List all available chemical diffusion data for melt. Includes an argument to search for a specific term, i.e. an element ("La") or an author.
The following chemical diffusion parameters for melt are implemented:
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Sc_Melt_Holycross2018_rhyolitic_highH2O
— FunctionSc_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Sc in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Sc_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionSc_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Sc in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.V_Melt_Holycross2018_rhyolitic_highH2O
— FunctionV_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of V in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.V_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionV_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of V in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Y_Melt_Holycross2018_rhyolitic_highH2O
— FunctionY_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Y in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Y_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionY_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Y in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Zr_Melt_Holycross2018_rhyolitic_highH2O
— FunctionZr_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Zr in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Zr_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionZr_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Zr in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Hf_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionHf_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Hf in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Nb_Melt_Holycross2018_rhyolitic_highH2O
— FunctionNb_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Nb in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Nb_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionNb_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Nb in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.La_Melt_Holycross2018_rhyolitic_highH2O
— FunctionLa_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of La in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ni and Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.La_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionLa_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of La in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni and Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Ce_Melt_Holycross2018_rhyolitic_highH2O
— FunctionCe_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Ce in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Ce_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionCe_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Ce in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Pr_Melt_Holycross2018_rhyolitic_highH2O
— FunctionPr_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Pr in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Pr_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionPr_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Pr in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Nd_Melt_Holycross2018_rhyolitic_highH2O
— FunctionNd_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Nd in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Nd_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionNd_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Nd in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Sm_Melt_Holycross2018_rhyolitic_highH2O
— FunctionSm_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Sm in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Sm_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionSm_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Sm in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Eu_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionEu_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Eu in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Gd_Melt_Holycross2018_rhyolitic_highH2O
— FunctionGd_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Gd in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Gd_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionGd_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Gd in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Tb_Melt_Holycross2018_rhyolitic_highH2O
— FunctionTb_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Tb in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Tb_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionTb_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Tb in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Dy_Melt_Holycross2018_rhyolitic_highH2O
— FunctionDy_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Dy in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Dy_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionDy_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Dy in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Ho_Melt_Holycross2018_rhyolitic_highH2O
— FunctionHo_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Ho in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Ho_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionHo_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Ho in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Er_Melt_Holycross2018_rhyolitic_highH2O
— FunctionEr_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Er in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Er_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionEr_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Er in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Yb_Melt_Holycross2018_rhyolitic_highH2O
— FunctionYb_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Yb in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Yb_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionYb_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Yb in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Lu_Melt_Holycross2018_rhyolitic_highH2O
— FunctionLu_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Lu in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Lu_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionLu_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of Lu in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.Th_Melt_Holycross2018_rhyolitic_highH2O
— FunctionTh_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of Th in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.U_Melt_Holycross2018_rhyolitic_highH2O
— FunctionU_Melt_Holycross2018_rhyolitic_highH2O()
Diffusion data of U in rhyolitic melt (76.77 wt% SiO2) with 6.2 wt% of H2O. Calibrated with experiments conducted between 850-935°C at 1 GPa with Ag capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).
GeoParams.MaterialParameters.ChemicalDiffusion.Melt.U_Melt_Holycross2018_rhyolitic_mediumH2O
— FunctionU_Melt_Holycross2018_rhyolitic_mediumH2O()
Diffusion data of U in rhyolitic melt (76.77 wt% SiO2) with 4.1 wt% of H2O. Calibrated with experiments conducted between 960-1250°C at 1 GPa with Ni capsules from synthetic glass. From Holycross and Watson (2018) (https://doi.org/10.1016/j.gca.2018.04.006).