Abstract
The corrosion aspects of magnesium AZ 31 alloy in magnesium perchlorate at different temperatures have been examined using the gasometry technique. The results are used to determine the optimum electrolyte concentration from the viewpoint of battery applications. The studies also reveal that increase in temperature brings about a gradual increase in the gas evolution rate. These results have been explained in terms of dissolution/film-formation mechanisms and the disintegration phenomenon.
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