Recent thermophoretic experiments on colloidal suspensions revived an old debate, namely
whether the Soret effect is properly described by thermostatics, or necessarily requires non …

This paper investigates the effects of heat and mass transfer in the mixed convection flow of
an Oldroyd-B fluid over a stretching surface with convective boundary conditions. Emphasis …

The review concerns various aspects of application of the classical nonequilibrium
thermodynamics to the description of transfer processes in colloidal systems. Specific …

Colloid thermophoresis in aqueous media is vital for numerous applications in nanoscience
and life sciences. To date, a general description of colloid thermophoresis in DI water has …

Recent advances in thermodiffusion (Soret effect) in binary and higher multicomponent
liquid mixtures are reviewed. The mixtures studied include the hydrocarbon, associating …

This paper demonstrates the existence of self-thermophoresis, a phenomenon whereby a
virtual thermophoretic force arising from a temperature gradient in a quiescent single …

We have developed a formulation for oxygen transport in uranium dioxide nuclear fuel that
accounts for the effects of irradiation. The overall simulation combines the evolving isotopic …

Our nonequilibrium thermodynamic model of thermodiffusion in molecular liquid systems is
used to examine the role of thermal phonons in the thermophoresis of liquid suspensions of …

Migration of colloidal particles induced by temperature gradients is commonly referred to as
thermodiffusion, thermal diffusion, or the (Ludwig-) Soret effect. The thermophoretic force …

An approach to the transport of material in a temperature gradient is outlined using
nonequilibrium thermodynamics theory. The model is applicable to the thermophoresis of …