Sedimentation of generalized systems of interacting particles. III. Concentration-dependent sedimentation and extension to other transport methods

The simulation method presented in the previous papers is related to the concentration‐dependent sedimentation–diffusion. It can be shown that the efficiency of the program described previously is maintained. A simulation of a system exhibiting the Johnston–Ogston effect is presented. Through the similarity of their continuity equations with the Lamm equation, electrophoresis, molecular sieve, and chromatography are treated. A general simulation of transport for systems of many interacting components is thus presented, which is able to take into account kinetically controlled chemical reactions and nonideal phenomena.