Ould-Kaddour

F. Ould-Kaddour and D. Levesque, Determination of the friction coefficient of a Brownian particle by molecular-dynamics simulation, J. Chem. Phys. 118, 7888 (2003). 

Although there has not been much theoretical work other than a quantitative study by Hynes et al [58], there are some computer simulation studies of the mass dependence of diffusion which provide valuable insight to this problem (see Refs. 96-105). Alder et al. [96, 97] have studied the mass dependence of a solute diffusion at an infinite solute dilution in binary isotopic hard-sphere mixtures. The mass effect and its influence on the concentration dependence of the self-diffusion coefficient in a binary isotopic Lennard-Jones mixture up to solute-solvent mass ratio 5 was studied by Ebbsjo et al. [98]. Later on, Bearman and Jolly [99, 100] studied the mass dependence of diffusion in binary mixtures by varying the solute-solvent mass ratio from 1 to 16, and recently Kerl and Willeke [101] have reported a study for binary and ternary isotopic mixtures. Also, by varying the size of the tagged molecule the mass dependence of diffusion for a binary Lennard-Jones mixture has been studied by Ould-Kaddour and Barrat by performing MD simulations [102]. There have also been some experimental studies of mass diffusion [106-109]. 

L. Ould Kaddour, M Anasagasti, and C. Strazielle. Mahromol Chem., 188 2223, 1987. 

PS/PVME Light scattering in various solvents Miscibility concluded Ould-Kaddour and... 

L. Ould Kaddour and C. Strazielle, This proceeding and references given therein (1988). 

D.BROSETA, L.LEIBLER, L.OULD KADDOUR, C.STRAZIELLE J.Chem. Phys. 2.7248 (1982)... 

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