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Rheology as a tool to follow chemical reactions

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Bibliographic Details
Summary:Hybrid nanocomposites were prepared using two polymeric matrices and the same inorganic precursor. Rheological measurements were performed in order to characterize and follow the reactions in to assess the effect of the temperature and time on branching/crosslinking and/or degradation. The experimental results evidenced that crosslinking occurs for both polymer. Degradation provokes by temperature or excessive reaction time was not observed. In fact, the reaction time was the parameter that had more effect on crosslinking level.
Main Authors:Oliveira, Manuel
Other Authors:Machado, A. V.
Subject:Rheology Sol-gel reactions Hybrid polymers nanocomposites
Year:2013
Country:Portugal
Document type:other
Access type:restricted access
Associated institution:Universidade do Minho
Language:English
Origin:RepositóriUM - Universidade do Minho
Description
Summary:Hybrid nanocomposites were prepared using two polymeric matrices and the same inorganic precursor. Rheological measurements were performed in order to characterize and follow the reactions in to assess the effect of the temperature and time on branching/crosslinking and/or degradation. The experimental results evidenced that crosslinking occurs for both polymer. Degradation provokes by temperature or excessive reaction time was not observed. In fact, the reaction time was the parameter that had more effect on crosslinking level.

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