Abstract
The mechanism of a battery, that was assembled by including poly(thionaphtheneindole) (pTNI) pressed pellets between a gold cathode and a magnesium or zinc anode, was investigated. The importance of the water content of the pTNI in assuring proton migration in the polymer was established. Electrochemical reactions for magnesium oxidation at the anode and H+ reduction at the cathode are proposed.
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