Emulsification of first-stage radicals

In this method, FRRPP of S in ether was implemented in a Stage 1 reactor system. This would be the usual procedure and apparatus indicated in Section 2.3. When the conversion reached a practical asymptote, the water and surfactant were added 

Solid product from this second-stage reactor was already elastic, self-tacking, and translucent white. Still, a third-stage reaction was employed with addition of 

The final product was elastic and self-tacking white solid. Upon dissolution in THF and drying, the solid was ttanslucent, indicating a block copolymer structure. Particle size analysis of the latex is shown in Fig. 3.2.4 to have a multimodal distribution, ranging from submicron to 10 p,m or greater, but still a stable enough emulsion. In fact, all of our latex products made from this type of emulsion FRRPP 

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