We have used the Forced Rayleigh Scattering technique to measure the self diffusion constant of the two separate species of charged polystyrene spheres mixed in a strongly interacting suspension. For a few large spheres diffusing in a larger density of smaller spheres, we find that the diffusion constant is simply related by Stokes law to the total viscosity of the suspension. For the same relative number of spheres the small spheres see each other as discrete particles and do not follow Stokes law with the total viscosity. In the opposite limit of a few small spheres in a sea of large spheres, we find that the self diffusion of the two species are equal. This implies that the dynamics of the small spheres are governed by the motion of the ...
We present experimental results of quasi-elastic light scattering for different charged micellar sol...
The authors present a joint experimental-theoretical study of collective diffusion properties in aqu...
We calculate the short time and the long time diffusion coefficients of a spherical tracer particle ...
We have used the Forced Rayleigh Scattering technique to measure the self diffusion constant of the ...
The self diffusion coefficient of the two separate species of charged polystyrene spheres, mixed in ...
Nous avons mesuré le coefficient de diffusion Ds propre de sphères monodisperses de polystyrène ioni...
The self-diffusivity of Brownian hard spheres in a simple shear flow is studied by numerical simulat...
We evaluate the wavevector dependent (short-time) diffusion coefficient D(k) for sphencal particles ...
We present a calculation of the hydrodynamic self-diffusion coefficient of a tagged particle in a di...
In our recent work on concentrated suspensions of uniformly porous colloidal spheres with excluded v...
We demonstrate that tracer/host size asymmetry and electrostatic interactions strongly affect rotati...
The shear-induced self-diffusivity of tracer particles of radius a t = λa in a suspension of particl...
In this communication, we present the preliminary results of a study of the migration motions of mac...
We report on a comprehensive theory-simulation-experimental study of collective and self-diffusion i...
We present a detailed study of short-time dynamic properties in concentrated suspensions of charge-s...
We present experimental results of quasi-elastic light scattering for different charged micellar sol...
The authors present a joint experimental-theoretical study of collective diffusion properties in aqu...
We calculate the short time and the long time diffusion coefficients of a spherical tracer particle ...
We have used the Forced Rayleigh Scattering technique to measure the self diffusion constant of the ...
The self diffusion coefficient of the two separate species of charged polystyrene spheres, mixed in ...
Nous avons mesuré le coefficient de diffusion Ds propre de sphères monodisperses de polystyrène ioni...
The self-diffusivity of Brownian hard spheres in a simple shear flow is studied by numerical simulat...
We evaluate the wavevector dependent (short-time) diffusion coefficient D(k) for sphencal particles ...
We present a calculation of the hydrodynamic self-diffusion coefficient of a tagged particle in a di...
In our recent work on concentrated suspensions of uniformly porous colloidal spheres with excluded v...
We demonstrate that tracer/host size asymmetry and electrostatic interactions strongly affect rotati...
The shear-induced self-diffusivity of tracer particles of radius a t = λa in a suspension of particl...
In this communication, we present the preliminary results of a study of the migration motions of mac...
We report on a comprehensive theory-simulation-experimental study of collective and self-diffusion i...
We present a detailed study of short-time dynamic properties in concentrated suspensions of charge-s...
We present experimental results of quasi-elastic light scattering for different charged micellar sol...
The authors present a joint experimental-theoretical study of collective diffusion properties in aqu...
We calculate the short time and the long time diffusion coefficients of a spherical tracer particle ...