The slow combustion of ketene has been investigated over an extended range el" temperatures. The reaction is autocatalytic and very fast, not being much affected by changes in temperature and the addition of inert gas. The main products arc carbon monoxide, carbon dioxide, ~vatcr and form:lldehyde t
The slow combustion of methyl bromide
โ Scribed by C.F. Cullis; A. Fish; R.B. Ward
- Publisher
- Elsevier Science
- Year
- 1963
- Tongue
- English
- Weight
- 322 KB
- Volume
- 7
- Category
- Article
- ISSN
- 0010-2180
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๐ SIMILAR VOLUMES
Imperial College of Science The simple monohydroperoxides derived from isopentane have been shown by gas-liquid chromatography to be absent from the products of combustion of this hydrocarbon, although substantial amounts of other largely unidentified peroxidic compounds are produced during the reac
An investigation has been made of the gas phase slow combustion of propionaldehyde between 1550 and 220ยฐC. The process is autocatalytic, and at 155ยฐC the reaction proceeded with a pressure decrease throughout most of its course, perpropionic acid (the branching intermediate) being the major product
The dipole moments of CH379Br, CHsI and CD31 have been accurately measured by Doppler-free microwave Stark spectroscopy. The results are: P(CH~'~B~) =1.8203(4) D; .&CH,I)= 1.6406(4) D and p(CD,I)=1.6507(4) D. The dipole moments of the methyl halides CH3X (X = F, Cl, Br, I) are shown to be smaller th
## Abstract The total sorption, and rates of sorption of methyl bromide by whole and milled wheat, by wheat glutenin and by wheat starch, have been studied. An attempt has been made by mathematical treatment of the data to differentiate between the methyl bromide physically adsorbed and that chemic