The oxidation of aniline in glacial acetic acid with percarbonate, a dry carrier of hydrogen peroxide, is a second-order reaction conforming to the isokinetic relationship. The hitherto followed method of correlation of the reaction rates in terms of the structure-reactivity relationships is unsatisfactory and erroneous. But the reaction rates of molecular anilines, obtained for the first time, conform to the structure-reactivity relationships.
Perborate solution in glacial acetic acid generates peracetic acid on aging, and the peracetic acid oxidation of organic sulfides is fast. The oxidation with fresh solutions of perbor-
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