Electro Synthesis of Polymers : Role of Superoxide in Fuel Cell

Rajni Mathur, Shua' A Omer, G. A. Munaff, T. Kunju, And K. Zutshi

Electrochemical Lab. Department of Chemistry, University of Rajasthan, Jaipur-302 004 India

ABSTRACT:

Various electrochemical processes are of great utility in polymer synthesis1-5. The electrogeneration of superoxide in situ could take place in an undivided cell eq (i) using carbon anode sod mercury pool as cathode*. O2+ e = O2- (i) The ton so generated oxdises the carbon of the electrode eq (ii) liberating four electron* which induce polymerization via radical anion yielding the desired polymers. C + O2 - = CO3-2 + 4 e (ii) In the present communication the synthesis of polymers e.g. polypyrrole, potythiophen, etc has been taken up utilizing the role of superoxide in fuel cell

KEYWORDS:

Synthesis; Polymers; Superoxide

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Copy the following to cite this article: Mathur R, Omer S. A, Munaff G. A, Kunju T, Zutshi K. Electro Synthesis of Polymers : Role of Superoxide in Fuel Cell. Orient J Chem 1989;5(2).

Copy the following to cite this URL: Mathur R, Omer S. A, Munaff G. A, Kunju T, Zutshi K. Electro Synthesis of Polymers : Role of Superoxide in Fuel Cell. Orient J Chem 1989;5(2). Available from: http://www.orientjchem.org/?p=41382