Dynamical Model to Describe the Interactions between the Chemical Components in Environment of Photopolymerization of MMA by Dye/Amine Systems

Dynamical Model to Describe the Interactions between the Chemical Components in Environment of Photopolymerization of MMA by Dye/Amine Systems

Magini, Marcio;Rodrigues, Máira R.;Magini, Marcio;Rodrigues, Máira R.;
organic chemistry international 2009 Vol. 2008
239
marcio2009dynamicalorganic

Abstract

This work discusses the model that explains the aspects of photopolymerization of methyl methacrylate initiated by dye/amine systems. This model is based on a simulation that uses differential equations. A similar model following the hypothesis presented here was used with success in a preliminary work, by Magini and Rodrigues (2005), to describe the cationic photopolymerization of THF in the presence of sensitizers/sulfonium salt systems. Using the same structure was possible to generate a straight correlation between experimental and theoretical results for this system, free radically initiated, opening an important theoretical understanding about the photopolymerization systems and their chemical relations during the reaction.

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ID: 10978
Ref Key: marcio2009dynamicalorganic
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Article ID:
10978
Unique Identifier:
10.1155/2008/404936
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Scimatic Chain (ID: 481)
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