Abstract
Methods for determining the dependence of the average distance between particles in monodisperse composites are analyzed. A more accurate method of determining the average distance between particles in disperse systems with an indication of the coordination number taking account of the volume density, connectedness, and degree of compaction of the system on the basis of the corpuscular and percolation models is proposed. A comparison of experiments and the calculations performed with the more accurate method show good agreement. The method is applicable for composite, porous, and colloidal systems.
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