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Abstract
1. 1. It was established that in non-catalytic oxidation of p-toluic aldehyde at a temperature of 120–200° the reaction is self-inhibited with a degree of aldehyde conversion of 80–85%. It was assumed that p-cresol formed during the thermal conversion of pertoluic acid is the inhibitor. 2. 2. It was shown that during oxidation of p-toluic aldehyde in the presence of a bromine compound the reaction is non-catalytic. 3. 3. At certain critical concentrations catalysts of liquid-phase oxidation of hydrocarbons function as effective inhibitors in the case of p-toluic aldehyde.
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