ABSTRACT
Self-organization of gel system is described in time by the Liesegang operator. The periodicity of the spherical radii changing in the field of Van der Waals forces together with the geometrical identity of these curves to the Liesegang operator that changes with time indicate that the forces determining the Liesegang operator (the operator of system self-organization) and the forces determining the Lennard-Jones potential are similar. After the process of sorbtion of ions by gel swirl is finished, the intermolecular forces initiate the instant splash of ions into the external environment. It must correspond to the periodic spontaneous splashes of electroconductivity of oxyhydrate gel systems.
