This review mainly summarizes some of the developments on the various aspects of
thermodynamic analysis within the past 15 years. Therefore, it is limited and will omit some …

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 …

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 …

We present a model that relates isotope effects in thermodiffusion to changes in internal
degrees of freedom associated with rotational and vibrational motion. The model uses …

We extend our nonequilibrium thermodynamic model of thermodiffusion in binary systems to
multi-component mixtures. The fundamental parameter is the difference in molecular entropy …

We present a model that explains variance in the thermodiffusion of hydrocarbon isomers in
binary liquid mixtures. The model relies on material transport equations for binary …

Thermodiffusion in binary molecular liquids is examined using the nonequilibrium
thermodynamic model, where the thermodynamic parameters are calculated using …

The contribution of the stochastic thermodiffusion to the diffusion enhancement is studied.
The thermodiffusion of particles suspended in a liquid may hold place when the …

We analyze existing models for material transport in non-isothermal non-electrolyte liquid
mixtures that utilize non-equilibrium thermodynamics. Many different sets of equations for …

We consider the spontaneous redistribution of thermophoretically active particles
suspended in a thin film of liquid, made to absorb energy and transmit it in the form of heat to …