In the emulsion method for this type of process, sodium stearate or another surfactant is used along with a catalyst that is water-soluble, and the temperature of the medium determines the degree of branching in the product. In one version, the resultant tacticity can be specified by using a Ziegler-Natta catalyst. All methods for this process are divided into two kinds, chain-growth or addition and step-growth or condens
In the emulsion method for this type of process, sodium stearate or another surfactant is used along with a catalyst that is water-soluble, and the temperature of the medium determines the degree of branching in the product. In one version, the resultant tacticity can be specified by using a Ziegler-Natta catalyst. All methods for this process are divided into two kinds, chain-growth or addition and step-growth or condensation. For ten points, name this general process by which monomers join to form very large molecules.
In the emulsion method for this type of process, sodium stearate or another surfactant is used along with a catalyst that is water-soluble, and the temperature of the medium determines the degree of branching in the product.