Abstract
Abstract Mostly, the activities for NO+C2H4+O2 and its related reactions decreased with increasing calcination temperature. In NO2+C2H4, N2 was selectively formed over alumina calcined at 800 °C, while over alumina calcined at the other temperatures, not only N2 but also NO was formed. Taking into account the temperature window as well, the most advantageous calcination temperature of alumina is 800 °C as a catalyst for NO+C2H4+O2.
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