ДОСЛІДЖЕННЯМЕХАНІЗМУ ПЕРЕТВОРЕННЯ ЕТАНУ НА ДЕЯКИХ СКЛАДНИХ ОКСИДНИХ СИСТЕМАХ ІМПУЛЬСНИМ МЕТОДОМ

Abstract

Synthesized and studied effective oxide simple and complex type xCo3(PO4)2´yNi3(PO4)2 catalysts that have acidic properties of the surface. The interrelation between the method of preparation, the composition obtained oxide catalysts and their physical and chemical parameters. Found on the surface of catalysts oxygen hemosorbuyetsya studied in different ways, leading to the formation of oxidation products of different nature: the active forms ethane is oxidised to CO and CO2, while the less active promotes the selective oxidation of ethane to ethylene.