Abstract
A mathematical model of the formation of layered mechanocomposites during the grinding of a binary mixture in an energy-intensive mill is built and studied. Dynamics of structural parameters of the binary mixture (the external and internal surface area of particles, the rate of particle agglomeration into mechanocomposites) as a function of the mechanical treatment time is investigated. Analytical relations are obtained to develop a technique for determining the kinetic constants using the inverse method.
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