Regional stability for a tubular reactor with axial mixing
โ Scribed by F. S. Wang; D. D. Perlmutter
- Book ID
- 112052988
- Publisher
- John Wiley and Sons
- Year
- 1971
- Tongue
- English
- Weight
- 419 KB
- Volume
- 49
- Category
- Article
- ISSN
- 0008-4034
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๐ SIMILAR VOLUMES
Using boundary conditions more general than those due to Danckwerts, the authors recently showed that significant variations may be encountered in the global stability characteristics of an axially dispersed adiabatic tubular reactor. The numerical results presented in this communication demonstrate
The continuous limit of a general random walk gives rise to the stochastic or Kolmogorov diffusion form of an axial dispersion model for tubular flow reactors. The resultant eauation is different from the Kolmogorov diffusion equations available in the literature, in that it includes a berm to accou
Shorter Corn] munications more than one rate controlling step exists should be particularly useful. This concept, originated by Horiuti [4,5], has been extended to include rate controlling paths by Happel[6]. A recent study [7] employed 14C as a tracer to demonstrate the applicability of a reaction
This paper deals with the dynamic behaviour of a tubular chemical reactor when axial diffusion is taken into account under such circumstances that oscillating solutions give rise to deterministic chaos. Two main problems demand special attention and have been carefully considered in this paper. The