A numerical technique for analysing particle size distribution data from continuous emulsion polymer reactors

Thompson, Robert W.; Cauley, D.A.; Giglio, A.J.; Stevens, John D.

doi:10.1016/0009-2509(78)80096-7

Chemical Engineering Science

1978

DOI: 10.1016/0009-2509(78)80096-7

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A numerical technique for analysing particle size distribution data from continuous emulsion polymer reactors

Robert W. Thompson

D.A. Cauley

A.J. Giglio

et al.

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1989

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Developments in modelling emulsion polymerisation processes

Brooks¹

1989

Brit. Poly. J.

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Developments in models for emulsion polymerisation are considered; various types of model can be used and the choice depends on circumstances. Descriptions of batch processes include radical desorption, gel effects and molecular weight distributions. With flow reactors, allowance is made for variations in particle size and number. Population balances are useful in model formulation. Progress is being made with copolymerisation and the use of semi‐batch reactors.

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Developments in modelling emulsion polymerisation processes

Brooks¹

1989

Brit. Poly. J.

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show abstract

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A numerical technique for analysing particle size distribution data from continuous emulsion polymer reactors

Cited by 1 publication

References 3 publications

Developments in modelling emulsion polymerisation processes

Developments in modelling emulsion polymerisation processes

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