Study of the ethane oxidation reaction by the kinetic tracer method
β Scribed by R. I. Moshkina; S. S. Polyak; N. A. Sokolova; I. F. Masterovoi; A. B. Nalbandyan
- Publisher
- John Wiley and Sons
- Year
- 1980
- Tongue
- English
- Weight
- 992 KB
- Volume
- 12
- Category
- Article
- ISSN
- 0538-8066
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β¦ Synopsis
The kinetics of ethane oxidation was studied a t 320,340,353 and 38OoC, mixture composition 2 C ~H G + 1 02. and total pressure 609 torr. I t was found that a t 320Β°C CH20 and CH3CHO were branching agents. A series of experiments was conducted on 2C2Hfi + 0 2 oxidation in the presence of 0.7% 14C-labeled ethylene. The ethylene oxide was found to form only from C2H4, formaldehyde formed from C2H4 and C2Hs; and CH3CH0, CzHsOH, and CH30H formed only from ethane. The formation rates of C2H4, C2H40, and CH2O were calculated by the kinetic tracer method. At 320Β°C the fraction of oxygen-containing products formed from CzH4 was 16-18%, and a t 353 and 380Β°C it was 30-40%.
* Tind is the time of pressure rise by 1.5 torr.
' Parkes 1371 reports a still lower constant k = 1.8 X 10" cpc"/mol sec.
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