Detonation theory, thermodynamic justification of the Chapman-Jouget hypothesis (Q1584161)
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scientific article; zbMATH DE number 1524064
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Detonation theory, thermodynamic justification of the Chapman-Jouget hypothesis |
scientific article; zbMATH DE number 1524064 |
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Detonation theory, thermodynamic justification of the Chapman-Jouget hypothesis (English)
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31 October 2000
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The paper discusses the stationary detonation of Chapmen and Juge in the homogeneous explosive substance (see \textit{F.~A.~Williams}, ``Burning theory'', Moscow (1971)). It is established that the equilibrium flow after the density jump is thermodynamically stable, if it is supersonic or subsonic with respect to the sound velocity. The author discusses the other conclusions obtained in terms of the adopted model.
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Chapman-Jouget detonation
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mathematical model
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0.86227775
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0.8478446
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0.84674466
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0.8451617
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0.83890945
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0.8371145
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