C 60 reacts with free radicals produced by AIBN thermal decomposition and/or propagating polystyrene radicals to form adducts or polymers with significantly modified optical properties. C 60 competes with styrene for AIBN radicals acting as a free radical retarder that can be incorporated into the final polymer. In general, the weight percent of C 60 in the polymer is increased at the expense of the polymer yield and molecular weight. The average number of C 60 moieties per polymer is close to unity for the reaction conditions studied, but an analysis of size exclusion chromatographic traces suggests that multiple C 60 moieties can be incorporated into the polymer.
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Cao et al. (1996) studied this question.
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