A model of an evolutionary route for the preparation of functional materials |
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Authors: | I V Melikhov E F Simonov |
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Affiliation: | 1.Moscow State University,Moscow,Russia |
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Abstract: | A mesokinetic model of the formation of a solid substance and the change in its properties under the action of factors that
transform a substance into a functional material is proposed. Equations are introduced that represent the conditions of preservation
of the number of molecules and particles of the substance during their nucleation, growth, and aggregation in supersaturated
environments as well as during the ordering of the particles after the imposition of a temperature field and the introduction
of additives. The equations describe the rate of change in the state distribution function of particles and can be reduced
to the Liouville equation and the Fokker-Planck equation. The model contains unknown frequency functions subject to experimental
determination. After these functions are determined, the model makes it possible to construct a methodological scheme for
seeking the optimum route for the preparation of a new nanomaterial with desired properties. |
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Keywords: | |
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