## Abstract An analytical and kinetic study of the thermal reaction of __cis__‐ or __trans__‐2‐butene has been performed in a static system over the temperature range of 480–550°C and at a low extent of reaction and initial pressures of 10–100 torr. The rate constant of the unimolecular __cis–tran
Thermal reaction of hydrogen–butene-2-cis mixtures at 500°C: Hydrogenation, hydrogenolysis, and thermal reaction of the olefin
✍ Scribed by C. Collongues; C. Richard; R. Martin
- Publisher
- John Wiley and Sons
- Year
- 1983
- Tongue
- English
- Weight
- 667 KB
- Volume
- 15
- Category
- Article
- ISSN
- 0538-8066
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✦ Synopsis
The thermal reaction of hydrogen-butene-24s mixtures has been studied in a static system at low extent of reaction around 500°C. Hydrogen does not affect the thermal reaction itself of the olefin, hut gives rise to new stoichiometries of hydrogenolysis and hydrogenation, which are specified
The reaction is described in terms of a molecular and free-radical mechanism. It is shown that the key process for the hydrogenolysis-hydrogenation reaction is
📜 SIMILAR VOLUMES
## Abstract The thermal reaction of 2‐pentene (__cis__ or __trans__) has been performed in a static system over the temperature range of 470°–535°C at low extent of reaction and for initial pressures of 20–100 torr. The main products of decomposition are methane and 1,3‐butadiene. Other minor prima
## Abstract Initial rates of formation of primary products have been measured in the pyrolysis of ethylene at 500°C, and a mechanism for the reaction is proposed based on the isomerization of the __n__−hexyl radical. Additions of oxygen in amounts less than 0.1% markedly increased the rate of forma
It is shown that, at low extent of reaction. molecular hydrogen 130-260 torr) improves the selectivity of the thermal reaction of propene (30-200 torr), around 800 K, by increasing the rates of production of methane, ethene, and propane whereas it has no effect on those of al-Iene and 4-methylpent-l