A model for the dynamics of a liquid—liquid dispersion in a batch reactor with multiple breakage and volume scattering is presented. This model extends the one we proposed recently to show that it is possible to prevent the occurrence of too large droplets by a suitable modification of the evolution equation. The main feature is that each breakage mode appears explicitly in the balance equation through its own probability density.
RECENT RESULTS ON THE DYNAMICS OF LIQUID DISPERSIONS / A. FASANO; F. ROSSO. - STAMPA. - (2002), pp. 80-84. (Intervento presentato al convegno ECMI 2000 tenutosi a PALERMO nel settembre 2000).
RECENT RESULTS ON THE DYNAMICS OF LIQUID DISPERSIONS
FASANO, ANTONIO;ROSSO, FABIO
2002
Abstract
A model for the dynamics of a liquid—liquid dispersion in a batch reactor with multiple breakage and volume scattering is presented. This model extends the one we proposed recently to show that it is possible to prevent the occurrence of too large droplets by a suitable modification of the evolution equation. The main feature is that each breakage mode appears explicitly in the balance equation through its own probability density.File in questo prodotto:
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