MORPHOLOGY OF BINARY-MIXTURES WHICH UNDERGO PHASE-SEPARATION DURING CHEMICAL-REACTIONS

When a chemical reaction such as A reversible arrow B takes place simu ltaneously with a macrophase separation, mesoscopic structures similar to the patterns emerging during microphase separation appear. Since i n a chemical system we can easily control the concentrations of the tw o species and reaction rates and so on, a greater variety of domain mo rphology is expected. We demonstrate same of the new morphologies by c omputer simulations.