Dr. Aydin Akgerman greatly contributed to studies on diffusion in liquids and supercritical
fluids, in particular, measurements by the Taylor dispersion method. Based on his work, this …

The hydrodynamic equation D/T= αηβ, where D is the infinite dilution binary diffusion or self-
diffusion coefficient, T is the temperature, η is the fluid viscosity, and α and β are constants …

A review of the diffusion coefficients for solutes in supercritical fluids as reported in the
literature is presented together with the correlation methods applied by the authors for …

The methods for obtaining reliable data on diffusion coefficients at high pressure have
received great attention over the last 15 years. This interest has been due to the importance …

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 …

Although a large quantity of diffusion coefficient data exist for sub-and supercritical (sc)
fluids, these values are not applicable to the conditions associated with new applications …

Experimental data for diffusion coefficients obtained by supercritical fluid chromatography
(SFC) according to the Taylor–Aris dispersion method are compared with results from …

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

Two kinds of tracer response measurements, by the Taylor dispersion method using a
stainless-steel diffusion column and the chromatographic impulse response (CIR) method …

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