Population Balance Modeling of Particulate Polymerization Processes
β Scribed by Kiparissides, Costas; Alexopoulos, Alexandros; Roussos, Abraham; Dompazis, Georgios; Kotoulas, Costas
- Book ID
- 127050924
- Publisher
- American Chemical Society
- Year
- 2004
- Tongue
- English
- Weight
- 520 KB
- Volume
- 43
- Category
- Article
- ISSN
- 0888-5885
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π SIMILAR VOLUMES
On the basis of a population balance and the kinetic mechanism of free-radical suspension polymerization, a mathematical model of the suspension polymerization process is proposed. The population balance model which describes a mechanism involving the particle size distribution (PSD) in disperse sys
## Abstract A general method is proposed for the synthesis of robust, nonlinear controllers for spatially homogeneous particulate processes described by population balances including timeβvarying uncertain variables. The controllers are synthesized via Lyapunov's direct method on the basis of finit
## Abstract **Summary:** The predictions of the model developed in Part 1 of this series are compared with experimental values taken from literature. Initially, the method of solution of the population balance equation and the simulation algorithm are given. Various radical entry mechanisms are dis
## Abstract **Summary:** Miniemulsion polymerization is a relatively new process that can produce polymer latexes of unusual characteristics. The initial droplet size distribution and the final particle size distribution in miniemulsion polymerization are broad. This has not been addressed by the p