Minimal entropy production as an approach to the prediction of the stationary rate of flame propagation (Q1261705)
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scientific article; zbMATH DE number 408716
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Minimal entropy production as an approach to the prediction of the stationary rate of flame propagation |
scientific article; zbMATH DE number 408716 |
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Minimal entropy production as an approach to the prediction of the stationary rate of flame propagation (English)
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16 September 1993
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The principle of minimal entropy production is applied to predicting the stationary rate of flame propagation. In this approach steady flame propagation is identified with the non-equilibrium stationary thermodynamic state which is characterized, according to the theorem of Prigogine, by the minimal entropy production. The proposed method is tested by predicting the rate of one-dimensional, premixed, laminar gas flame propagation.
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integral mass balance
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combustion reaction
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non-equilibrium stationary thermodynamic state
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theorem of Prigogine
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one-dimensional, premixed, laminar gas flame
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