Add to ORKGA model which is pertinent to describle the characteristics of atomic diffusion in amorphous metals is proposed. The process corresponding to the thermal equilibrium generation of diffusion carriers such as lattice vacancies in crystalline metals is sought in the thermally reversible change of already existing vacancy like positions to the state of easier activation for their motion. Discussions on the temperature dependence of diffusion speed is given from the proposed variable latent vacancy mechanism
In the frameworks of the model of regular solid solutions taking into account the different diffusio...
Amorphous metallic alloys, also called metallic glasses, are of considerable technological importanc...
A decomposition solution of a diffusion reaction problem, which models the density of di-vacancies a...
This thesis research is to study diffusion in amorphous alloys. Systematic investigations of atomic ...
Diffusion in metals and alloys is a defect contro-lled process. It occurs as a result of solvent (s...
Pendant l'amorphisation en état solide, la diffusion à travers la couche croissante d'alliage amorph...
Available from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Fed...
An atomistic simulation method for investigating diffusion in binary solid solutions is presented. T...
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
We have shown in the companion paper [1], referred to as D.L. 1 hereafter, that it was possible to i...
Point defects in metals were first introduced to explain diffusional phenomena, and the success of t...
In the temperature region 780 to 940 ° C the diffusion of 59Fe in silver single crystals is inv...
To describe the diffusion of atoms in the crystal lattice of a metal, we use the statistical model, ...
Impurity diffusion coefficients are entirely obtained from a low cost classical molecular statics te...
After a few remarks about the history of diffusion in solids we remind the reader to some basics of ...
In the frameworks of the model of regular solid solutions taking into account the different diffusio...
Amorphous metallic alloys, also called metallic glasses, are of considerable technological importanc...
A decomposition solution of a diffusion reaction problem, which models the density of di-vacancies a...
This thesis research is to study diffusion in amorphous alloys. Systematic investigations of atomic ...
Diffusion in metals and alloys is a defect contro-lled process. It occurs as a result of solvent (s...
Pendant l'amorphisation en état solide, la diffusion à travers la couche croissante d'alliage amorph...
Available from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Fed...
An atomistic simulation method for investigating diffusion in binary solid solutions is presented. T...
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
We have shown in the companion paper [1], referred to as D.L. 1 hereafter, that it was possible to i...
Point defects in metals were first introduced to explain diffusional phenomena, and the success of t...
In the temperature region 780 to 940 ° C the diffusion of 59Fe in silver single crystals is inv...
To describe the diffusion of atoms in the crystal lattice of a metal, we use the statistical model, ...
Impurity diffusion coefficients are entirely obtained from a low cost classical molecular statics te...
After a few remarks about the history of diffusion in solids we remind the reader to some basics of ...
In the frameworks of the model of regular solid solutions taking into account the different diffusio...
Amorphous metallic alloys, also called metallic glasses, are of considerable technological importanc...
A decomposition solution of a diffusion reaction problem, which models the density of di-vacancies a...