Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect

The work deals with the simplified approach to develop modelling of the integrated effect of geometric and thermodynamic factors on the stability of the dispersion fractional composition. The influence of the age factor is described in the form of the ultimate reduction of the aggregation activity o...

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Main Authors: A. Kazenova, A. Brener, V. Golubev, G. Kenzhalieva
Format: Article
Language:English
Published: AIDIC Servizi S.r.l. 2017-03-01
Series:Chemical Engineering Transactions
Online Access:https://www.cetjournal.it/index.php/cet/article/view/2203
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author A. Kazenova
A. Brener
V. Golubev
G. Kenzhalieva
author_facet A. Kazenova
A. Brener
V. Golubev
G. Kenzhalieva
author_sort A. Kazenova
collection DOAJ
description The work deals with the simplified approach to develop modelling of the integrated effect of geometric and thermodynamic factors on the stability of the dispersion fractional composition. The influence of the age factor is described in the form of the ultimate reduction of the aggregation activity of colliding clusters when increasing their orders. Some experimental data evidencing the possibility of such simplified approach are also resulted. The novelty of the submitted models is determined by the fact that the kinetics of internal transformations of clusters structure is included in the description of the cluster aggregation process as whole.
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spelling doaj.art-f9791edd2cbc44608dc034bd66bdb3e62022-12-22T04:14:52ZengAIDIC Servizi S.r.l.Chemical Engineering Transactions2283-92162017-03-015710.3303/CET1757140Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age AspectA. KazenovaA. BrenerV. GolubevG. KenzhalievaThe work deals with the simplified approach to develop modelling of the integrated effect of geometric and thermodynamic factors on the stability of the dispersion fractional composition. The influence of the age factor is described in the form of the ultimate reduction of the aggregation activity of colliding clusters when increasing their orders. Some experimental data evidencing the possibility of such simplified approach are also resulted. The novelty of the submitted models is determined by the fact that the kinetics of internal transformations of clusters structure is included in the description of the cluster aggregation process as whole.https://www.cetjournal.it/index.php/cet/article/view/2203
spellingShingle A. Kazenova
A. Brener
V. Golubev
G. Kenzhalieva
Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect
Chemical Engineering Transactions
title Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect
title_full Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect
title_fullStr Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect
title_full_unstemmed Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect
title_short Modelling the Formation of Particulate Composition in Aggregating Disperse Media with Account of the Clusters Age Aspect
title_sort modelling the formation of particulate composition in aggregating disperse media with account of the clusters age aspect
url https://www.cetjournal.it/index.php/cet/article/view/2203
work_keys_str_mv AT akazenova modellingtheformationofparticulatecompositioninaggregatingdispersemediawithaccountoftheclustersageaspect
AT abrener modellingtheformationofparticulatecompositioninaggregatingdispersemediawithaccountoftheclustersageaspect
AT vgolubev modellingtheformationofparticulatecompositioninaggregatingdispersemediawithaccountoftheclustersageaspect
AT gkenzhalieva modellingtheformationofparticulatecompositioninaggregatingdispersemediawithaccountoftheclustersageaspect