Abstract. The kinetic regularities and mechanisms of oxidation reactions of 4-aminotoluene and its acylation derivatives by the gases that contain ozone in the glacial acetic acid have been studied. The process of liquid-phase catalytic oxidation of 4-acetaminotoluene by ozone in the presence of transition metal salts and their mixtures with potassium bromide to the corresponding acetaminobenzoic acid has been investigated.
Bei der Oxidation von Toluol (I) mit O3‐O2 Gemischen bei 1 10‐200°C entstehen hauptsächlich Benzaldehyd (II) und Benzoesäure (III), daneben aber auch größere Mengen von Phenol und Kresolen (IV).
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