Nonequilibrium thermodynamics describes the rates of transport phenomena with the aid of
various thermodynamic forces, but often the phenomenological transport coefficients are not …

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 …

We study thermoosmosis as the physical basis for creating a micro-or nanoscale engine. As
a model system, we consider concentric cylinders in which an annular cavity has been …

We analyze a microfluidic pump from the literature that utilizes a flat channel with boundary
walls at different temperatures and tilted elongated pillars within in order to construct an …

To study the effect of internal structure of molecules on the Soret effect, we probe
consequences of exerting a temperature gradient to a suspension of one single particle …

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 …

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