Collated experimental dataset used in this study. Study, temperature, pressure and normalised molar concentrations of Fe, Si, O, C, S, Mg, FeO, SiO2 and MgO in metal and silicate from partitioning experiments
The interior structure of Earth, particularly the metal core, is responsible for the core dynamo and...
We have determined the liquid metal-liquid silicate partitioning of Ni, Co, Mo, W, V, Cr and Nb at 1...
International audienceThis study investigates the partitioning of U and Th between molten metal and ...
The differences in FeO mantle contents and core masses between the terrestrial planets suggest the o...
High-pressure high-temperature experiments have been carried out up to 25 GPa and 2200°C in a multia...
International audienceThis study investigates the partitioning of rare earth elements (REE) from La ...
We present the results of new partitioning experiments between metal and silicate melts for a series...
International audienceSuperliquidus metal-silicate partitioning was investigated for a number of mod...
International audienceThis study investigates the metal–silicate partitioning of Ni, Co, V, Cr, Mn a...
We have combined metal-silicate partitioning data from the literature with new experimental results ...
The accretion of the Earth was marked by the high-pressure segregation of most of its core, accompan...
International audienceCrystallization of the Earth's inner core fractionates major and minor element...
The interior structure of Earth, particularly the metal core, is responsible for the core dynamo and...
We have determined the liquid metal-liquid silicate partitioning of Ni, Co, Mo, W, V, Cr and Nb at 1...
International audienceThis study investigates the partitioning of U and Th between molten metal and ...
The differences in FeO mantle contents and core masses between the terrestrial planets suggest the o...
High-pressure high-temperature experiments have been carried out up to 25 GPa and 2200°C in a multia...
International audienceThis study investigates the partitioning of rare earth elements (REE) from La ...
We present the results of new partitioning experiments between metal and silicate melts for a series...
International audienceSuperliquidus metal-silicate partitioning was investigated for a number of mod...
International audienceThis study investigates the metal–silicate partitioning of Ni, Co, V, Cr, Mn a...
We have combined metal-silicate partitioning data from the literature with new experimental results ...
The accretion of the Earth was marked by the high-pressure segregation of most of its core, accompan...
International audienceCrystallization of the Earth's inner core fractionates major and minor element...
The interior structure of Earth, particularly the metal core, is responsible for the core dynamo and...
We have determined the liquid metal-liquid silicate partitioning of Ni, Co, Mo, W, V, Cr and Nb at 1...
International audienceThis study investigates the partitioning of U and Th between molten metal and ...
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