The final report describes experimental measurements of chemical diffusion and self-diffusion in silicate melts. The data are then used to validate a theoretical model for calculating the diffusion matrix of non-ideal liquids
Crystallization and melting are phase transitions of first type, which can proceed with a finite rat...
Dingwell, D.B., 1990. Effects of structural relaxation on cationic tracer diffusion in silicate melt...
Self-diffusion of D2O in partially filled silicalite-1 crystals was studied at 25°C by 2H nuclear ma...
This research program characterizes diffusional mass transport in geological fluids in response to t...
A compendium of diffusion measurements and their Arrhenius equations for water, carbon dioxide, sulf...
This dataset contains raw diffusion profile data of all experiments presented in the study "Dif...
This research program characterizes mass transport by diffusion in geological fluids in response to ...
This research program characterizes mass transport by diffusion in geological fluids in response to ...
Diffusion is an integral part of many geologic pro-cesses and an increasing portion of the geologic ...
Water diffusion in silicate melts is a fundamental process controlling physical and chemical consequ...
This dataset includes the original diffusion-couple FTIR analyses by Nowak and Behrens., (1997), and...
The Adam-Gibbs equations describing relaxation in silicate melts are applied to diffusion of trace c...
Molecular dynamics simulation is employed to investigate the diffusion mechanism in silica melt, a t...
Chemical speciation in molten silicates is of broad interest for understanding thermodynamic and tra...
A x-ray radioscopy technique for measuring in situ chemical diffusion coefficients in metallic melts...
Crystallization and melting are phase transitions of first type, which can proceed with a finite rat...
Dingwell, D.B., 1990. Effects of structural relaxation on cationic tracer diffusion in silicate melt...
Self-diffusion of D2O in partially filled silicalite-1 crystals was studied at 25°C by 2H nuclear ma...
This research program characterizes diffusional mass transport in geological fluids in response to t...
A compendium of diffusion measurements and their Arrhenius equations for water, carbon dioxide, sulf...
This dataset contains raw diffusion profile data of all experiments presented in the study "Dif...
This research program characterizes mass transport by diffusion in geological fluids in response to ...
This research program characterizes mass transport by diffusion in geological fluids in response to ...
Diffusion is an integral part of many geologic pro-cesses and an increasing portion of the geologic ...
Water diffusion in silicate melts is a fundamental process controlling physical and chemical consequ...
This dataset includes the original diffusion-couple FTIR analyses by Nowak and Behrens., (1997), and...
The Adam-Gibbs equations describing relaxation in silicate melts are applied to diffusion of trace c...
Molecular dynamics simulation is employed to investigate the diffusion mechanism in silica melt, a t...
Chemical speciation in molten silicates is of broad interest for understanding thermodynamic and tra...
A x-ray radioscopy technique for measuring in situ chemical diffusion coefficients in metallic melts...
Crystallization and melting are phase transitions of first type, which can proceed with a finite rat...
Dingwell, D.B., 1990. Effects of structural relaxation on cationic tracer diffusion in silicate melt...
Self-diffusion of D2O in partially filled silicalite-1 crystals was studied at 25°C by 2H nuclear ma...
DOI
Add to ORKG