Because of the complexity of emulsion polymerization systems, unequivocal mechanistic deductions on data on one particular aspect of the process (e. g. , particle nucleation) perforce require reliable rate parameters from other aspects (e. g. , polymerization within the particles during and after the cessation of nucleation). It is the primary aim of this work to review techniques whereby unambigous values of the appropriate rate laws and rate parameters can be obtained from experiment. The relation of this empirically determined rate law to the competing theoretical models may then properly be considered
A series of seeded emulsion polymerization of vinyl acetate have been carried out using a dilatomete...
This chapter focuses on the special characteristics that can be distinguished in an emulsion polymer...
In the present work, parametric sensitivity study of a previously developed model for butyl acrylate...
Over decades of carefully designed kinetic experiments and the development of complementary theory, ...
Modeling of Emulsion polymerization processes is based on the knowledge of fundamental kinetic and t...
Kinetic behavior in emulsion polymerization can be conveniently assigned as either 'zero-one' or 'ps...
AbstractOver decades of carefully designed kinetic experiments and the development of complementary ...
A simple procedure was developed to account for the contribution of freshly nucleated particles to t...
A simple procedure was developed to account for the contribution of freshly nucleated particles to t...
It has previously been shown that rate coefficients for emulsion polymerisation can be determined by...
A detailed theory is presented for nucleation kinetics in emulsion polymerization systems based on t...
The kinetics of the seeded emulsion polymerization of butyl acrylate have been studied dilatometrica...
Emulsion polymerisations are mostly carried out as (semi-)batch processes in stirred tanks. In ab-in...
An alternative approach to model emulsion polymn. is presented that is capable of rigorously solving...
Protocols were examined for the measurement of rates and enthalpies of polymerization (DeltaH(p)) us...
A series of seeded emulsion polymerization of vinyl acetate have been carried out using a dilatomete...
This chapter focuses on the special characteristics that can be distinguished in an emulsion polymer...
In the present work, parametric sensitivity study of a previously developed model for butyl acrylate...
Over decades of carefully designed kinetic experiments and the development of complementary theory, ...
Modeling of Emulsion polymerization processes is based on the knowledge of fundamental kinetic and t...
Kinetic behavior in emulsion polymerization can be conveniently assigned as either 'zero-one' or 'ps...
AbstractOver decades of carefully designed kinetic experiments and the development of complementary ...
A simple procedure was developed to account for the contribution of freshly nucleated particles to t...
A simple procedure was developed to account for the contribution of freshly nucleated particles to t...
It has previously been shown that rate coefficients for emulsion polymerisation can be determined by...
A detailed theory is presented for nucleation kinetics in emulsion polymerization systems based on t...
The kinetics of the seeded emulsion polymerization of butyl acrylate have been studied dilatometrica...
Emulsion polymerisations are mostly carried out as (semi-)batch processes in stirred tanks. In ab-in...
An alternative approach to model emulsion polymn. is presented that is capable of rigorously solving...
Protocols were examined for the measurement of rates and enthalpies of polymerization (DeltaH(p)) us...
A series of seeded emulsion polymerization of vinyl acetate have been carried out using a dilatomete...
This chapter focuses on the special characteristics that can be distinguished in an emulsion polymer...
In the present work, parametric sensitivity study of a previously developed model for butyl acrylate...