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Styrene Polymerization in Aprotic Solvents during the Electrogeneration of Radical Ketyl Anions

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Abstract

The voltammetry, ESR- and UV-spectroscopy methods and quantum chemical calculations (CNDO/2) are used to establish the nature of active centers and an anion mechanism of the polystyrene electrosynthesis during the reduction of 9-fluorenone (R) in a monomer–aprotic solvent–NaClO4 system. The higher the solvent's acceptor number, the lower the R·– generation potentials. The conversion of styrene increases with its donor number.

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Karpinets, A.P. Styrene Polymerization in Aprotic Solvents during the Electrogeneration of Radical Ketyl Anions. Russian Journal of Electrochemistry 38, 441–444 (2002). https://doi.org/10.1023/A:1015304408534

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