Steady-State, One-Dimensional Reaction Waves with Finite

Ablow (Ref 66, pp 146- 57) in Section IV entitled One Dimensional, Steady-State Reaction Waves with Finite Reaction Rate . 

Existence, Uniqueness, and Mechanism of Propagation of. Deflagration Waves. It is 

The Detonation Wave as a Discontinuous shock Followed by a Deflagration 

The Zel dovich- van Neumann-Doering Model The Chapman- Jouguet Hypothesis and Pathological Weak Detonations 

The Zel dovich-vonNeumann-Doering theory is described here under Detonation, 

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See Detonation Waves Steady-state, One-Dimensional Reaction Waves with Finite Reaction Rate in Vo 4, D7Q3-R to D704-R. Ref S. Brinkley, Jr J.M. Richardson, 4th SympCombstn, Williams Wilkins, Baltimore (1952), 450-57 CA 49, 6608 (1955)... 

Detonation waves, steady state one-dimensional reaction waves with finite reaction rate 4D703... 

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