For emulsion polymerisation the reactor type has a strong influence on the final product properties, for example the particle size (distribution) and the polymer composition. A batch copolymerisation of styrene and methyl acrylate shows strong composition drift. The course of the batch reaction has been explained with model calculations of the polymerisation rates of the monomers. In a single CSTR it has been shown that a homogeneous copolymer is formed. It has been demonstrated that in a series of three CSTR's copolymers with a three modal chemical composition distribution are produced
Four types of emulsion copolymerization processes were applied to produce various styrene-methyl acr...
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,...
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...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
Four types of emulsion copolymerization processes were applied to produce various styrene-methyl acr...
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,...
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...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
The influence of residence time distribution on the intermolecular chemical composition distribution...
Four types of emulsion copolymerization processes were applied to produce various styrene-methyl acr...
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...