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M. G. Kucherenko FLUCTUATE KINETICS OF PHOTOREACTIONS IN PERCOLATE - BINDED NANOCELLS SYSTEM Fluctuative effects of reaction kinetics were studied in dispersion (porous) media with typical scale cavities of nanometrical dimension. Development of the model, suggested by the author`s previous investigation [1], was performed for the particle number dynamics in microreactors in case the particle transport between pores serves as the limitalive stage of migration. Diffusive conjugations of fields with euclid dimension, as well as with euclid and fractal ones, were examined. Analytic expression determining the smoothing kinetics of reagent density fluctuations in microcavity was revealed for three-dimensional problem. Its similarity to asymptotic variant of diffusion smoothing kinetics, investigated in [1], is noted. Approximate and numeral methods were used to analyse the problem in case of fractal dimension of transport canals between pores.
About this article
Author: Kucherenko M.G.
Year: 2001
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Editor-in-chief |
Sergey Aleksandrovich
MIROSHNIKOV |
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