On the basis of the idea that molecular diffusion occurs by the movement of molecules into
voids, a new equation was developed for the determination of infinite-dilution molecular …

A predictive equation, based on the Stokes–Einstein equation, was developed for the
determination of infinite-dilution molecular diffusion coefficients in supercritical and high …

Based on the free-volume-type diffusion model, new correlations are developed to estimate
the tracer diffusion coefficients of liquid and solid solutes in supercritical solvents. The …

Based on the hard-sphere theory and an extensive literature database, new correlations are
developed to estimate the binary diffusion coefficients of liquid and solid solutes in …

The binary diffusion coefficients at infinite dilution, D12, are fundamental properties in
chemical engineering simulation and design. In this work, very simple and accurate …

In this paper a semiempirical expression is proposed for the calculation of the diffusion
coefficients of solutes in supercritical fluids at infinite dilution. This equation contains two …

A predictive equation, based on the rough-hard-sphere theory, was developed for the
determination of infinite-dilution molecular diffusion coefficients in supercritical fluids. The …

The binary diffusion coefficients of benzoic acid, oleic acid,-tocopherol, and glycerol trioleate
were measured in near critical carbon dioxide over the temperature range 298-318 K and …

New correlations, based on the rough hard‐sphere theory and an extensive literature
database, were developed for the determination of the binary diffusion coefficients of liquid …

Diffusion coefficients for benzene and m-cresol In supercritical fluids containing polar
modifiers were determined by using the chromatographic band-broadening technique. The …