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 …

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 …

The Taylor− Aris tracer response method was applied to measure binary diffusion
coefficients, D 12, in supercritical carbon dioxide under quasi-infinite-dilution conditions, by …

Tracer diffusion coefficients in liquid cyclohexane of benzene, toluene, p‐xylene, mesitylene,
naphthalene, and phenanthrene have been determined from 298.2 to 523.2 K (TR= 0.54∼ …

Binary diffusion coefficients, D12, of phenylacetic acid and vanillin have been determined in
su-percritical carbon dioxide using the Taylor-Aris tracer response technique. Du values are …

A Taylor dispersion apparatus was designed and constructed for measuring diffusion
coefficients in supercritical carbon dioxide. The limiting mutual diffusion coefficients of …

Binary diffusion coefficients of benzene, toluene, ethylbenzene, n-propylbenzene,
isopropylbenzene, o-xylene, m-xylene, p-xylene, cumene, and mesitylene in CO2 asa …

K) up to 536.0 K have been determined with the Taylor-Aris dispersion method. It is
demonstrated that molecular association phenomena can be revealed for hydrogen …

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