A series of rather unorthodox swelling experiments with the aid of a recently developed method proves the important influence of monomer droplets for polymer swelling under heterogeneous conditions. This assumption can be used consistently to explain former results of styrene emulsion polymerization in dependence on the stirring rate speed
This chapter focuses on the special characteristics that can be distinguished in an emulsion polymer...
The introduction of ionic and non-ionic surfactants in different phases of the system significantly ...
The kinetics of species in the aqueous phase control many events in emulsion polymerization: the rat...
A series of rather unorthodox swelling experiments with the aid of a recently developed method prove...
In seeded emulsion (co)polymerization, the evolution throughout the reaction of the monomer concentr...
In seeded emulsion (co)polymerization, the evolution throughout the reaction of the monomer concentr...
The results are reported of studies on the kinetics and the time evolution of the particle size dist...
The assumption that during emulsion polymerization, the monomer molecules simply diffuse through the...
The kinetic factors that determine the monodispersity of polystyrene latices produced by emulsion po...
With potassium persulphate as initiator and sodium dodecyl sulphate as emulsifier, the batch emulsio...
The partitioning of 2 monomers between the latex particle, monomer droplet, and aq. phases of an emu...
The partitioning of 2 monomers between the latex particle, monomer droplet, and aq. phases of an emu...
The kinetics of seeded emulsion homopolymerization are modeled by formulation and solution of the re...
With K2S2O8 initiator and Na dodecyl sulfate emulsifier, batch emulsion copolymn. rates of styrene (...
With K2S2O8 initiator and Na dodecyl sulfate emulsifier, batch emulsion copolymn. rates of styrene (...
This chapter focuses on the special characteristics that can be distinguished in an emulsion polymer...
The introduction of ionic and non-ionic surfactants in different phases of the system significantly ...
The kinetics of species in the aqueous phase control many events in emulsion polymerization: the rat...
A series of rather unorthodox swelling experiments with the aid of a recently developed method prove...
In seeded emulsion (co)polymerization, the evolution throughout the reaction of the monomer concentr...
In seeded emulsion (co)polymerization, the evolution throughout the reaction of the monomer concentr...
The results are reported of studies on the kinetics and the time evolution of the particle size dist...
The assumption that during emulsion polymerization, the monomer molecules simply diffuse through the...
The kinetic factors that determine the monodispersity of polystyrene latices produced by emulsion po...
With potassium persulphate as initiator and sodium dodecyl sulphate as emulsifier, the batch emulsio...
The partitioning of 2 monomers between the latex particle, monomer droplet, and aq. phases of an emu...
The partitioning of 2 monomers between the latex particle, monomer droplet, and aq. phases of an emu...
The kinetics of seeded emulsion homopolymerization are modeled by formulation and solution of the re...
With K2S2O8 initiator and Na dodecyl sulfate emulsifier, batch emulsion copolymn. rates of styrene (...
With K2S2O8 initiator and Na dodecyl sulfate emulsifier, batch emulsion copolymn. rates of styrene (...
This chapter focuses on the special characteristics that can be distinguished in an emulsion polymer...
The introduction of ionic and non-ionic surfactants in different phases of the system significantly ...
The kinetics of species in the aqueous phase control many events in emulsion polymerization: the rat...
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