The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition distribution (CCD) for example strongly depends on the reactor type and the method of operation. It is demonstrated that homogeneous copolymers as well as copolymers with a bimodal CCD can be produced by seeded emulsion copolymerization of styrene and methyl acrylate in a series of CSTRs
The influence of residence time distribution on the intermolecular chemical composition distribution...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
The outcome of an emulsion copolymerization in terms of the intermolecular chemical composition dist...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
For emulsion polymerisation the reactor type has a strong influence on the final product properties,...
The influence of residence time distribution on the intermolecular chemical composition distribution...