In 1972, V. Gallina and M. Omini proposed a phenomenological model for thermal diffusion in liquid metals. The authors obtained a formula for the isotope separation provoked by a force which is arising when a thermal gradient is established in the material. Here, we discuss this thermal force and its statistical origin from the bulk. We will see that it could be an entropic force
International audienceUnderstanding how dynamic properties depend on the structure and thermodynamic...
Thermal diffusion in liquids and gases has been the focus of a number of studies and is considered, ...
International audienceWe present a new model for thermal diffusion, and we compare its results for b...
In 1972, V. Gallina and M. Omini of the Polytechnic of Turin proposed a phenomenological model for t...
International audienceIn 1972, V. Gallina and M. Omini proposed a phenomenological model for thermal...
International audienceIn 1972, V. Gallina and M. Omini of the Polytechnic of Turin proposed a phenom...
The Soret motion in binary liquids is shown to arise to a large extent from rectified velocity fluct...
To describe the diffusion of atoms in the crystal lattice of a metal, we use the statistical model, ...
The material transport equations derived by non-equilibrium thermodynamics are used to describe the ...
A theory of stress-assisted diffusion has been previously derived using continuum mechanics by E. C....
We discuss contributions to the thermopower in an electron fluid. A simple argument based on Newton'...
The paper deals with considerations on nonlinear therm odiffusion. The general scheme of a physical ...
An approach to the transport of material in a temperature gradient is outlined using nonequilibrium ...
The thermodynamic Soret coefficient for diluted mixtures expressed through the temperature derivativ...
After presenting a brief summary of the previous work, Hildebrand's fluidity model for the liquid st...
International audienceUnderstanding how dynamic properties depend on the structure and thermodynamic...
Thermal diffusion in liquids and gases has been the focus of a number of studies and is considered, ...
International audienceWe present a new model for thermal diffusion, and we compare its results for b...
In 1972, V. Gallina and M. Omini of the Polytechnic of Turin proposed a phenomenological model for t...
International audienceIn 1972, V. Gallina and M. Omini proposed a phenomenological model for thermal...
International audienceIn 1972, V. Gallina and M. Omini of the Polytechnic of Turin proposed a phenom...
The Soret motion in binary liquids is shown to arise to a large extent from rectified velocity fluct...
To describe the diffusion of atoms in the crystal lattice of a metal, we use the statistical model, ...
The material transport equations derived by non-equilibrium thermodynamics are used to describe the ...
A theory of stress-assisted diffusion has been previously derived using continuum mechanics by E. C....
We discuss contributions to the thermopower in an electron fluid. A simple argument based on Newton'...
The paper deals with considerations on nonlinear therm odiffusion. The general scheme of a physical ...
An approach to the transport of material in a temperature gradient is outlined using nonequilibrium ...
The thermodynamic Soret coefficient for diluted mixtures expressed through the temperature derivativ...
After presenting a brief summary of the previous work, Hildebrand's fluidity model for the liquid st...
International audienceUnderstanding how dynamic properties depend on the structure and thermodynamic...
Thermal diffusion in liquids and gases has been the focus of a number of studies and is considered, ...
International audienceWe present a new model for thermal diffusion, and we compare its results for b...
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