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The governing equations relating the e ow properties across an oblique detonation wave were reconsidered and modie edby accounting fordifferentheatcapacity ratiosonbothsideofthedetonation wave. Using theseequations, modie ed two- and three-shock-theory-based models were developed and applied to the ree ection of detonation waves. The present model makes it possible to investigate the behavior of detonation wave ree ections near and at the Chapman ‐Jouguet (CJ) point. It was shown that the properties of detonation waves near the CJ point are very sensitiveto the value of the overdrive. Theanalytical resultswere compared with experimental and numerical results from various laboratories, and in general, good agreement was obtained.
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Li et al. (1997) studied this question.
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