This process's effect on band broadening in column chromatography is given by the van Deemter equation. For a suspension liquid, the translational coefficient of this process is inversely proportional to the particle diameter according to the Stokes-Einstein relationship. A collection of (*) random walks spreads out through the normal type of this process, and Fick devised two laws governing this 
This process's effect on band broadening in column chromatography is given by the van Deemter equation. For a suspension liquid, the translational coefficient of this process is inversely proportional to the particle diameter according to the Stokes-Einstein relationship. A collection of (*) random walks spreads out through the normal type of this process, and Fick devised two laws governing this process. For 10 points, name this process in which the random motion of particles results in a flow of matter from regions of high concentration to low concentrations.
This process's effect on band broadening in column chromatography is given by the van Deemter equation.