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<p>A numerical two-dimensional calculation of the multifront cellular structure of a detonation wave in a stoichiometric binary mixture of methane with hydrogen and air has been performed. The calculated dimension of a detonation cell and the qualitative irregular structure of a detonation-wave front are well consistent with experiment. The authors are first to have numerically obtained the “fine” (cellular) structure of a transverse wave for a double-fuel gas mixture, that is implemented at fairly high concentrations of methane.</p>

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Modeling of the Kinetics and Multifront Structure of Detonation in a Binary Stoichiometric Mixture of Methane with Hydrogen and Air

  • 期刊论文

  • 发表日期：

    2026年3月1日

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  • A. V. Trotsyuk,
  • P. A. Fomin

摘要

A numerical two-dimensional calculation of the multifront cellular structure of a detonation wave in a stoichiometric binary mixture of methane with hydrogen and air has been performed. The calculated dimension of a detonation cell and the qualitative irregular structure of a detonation-wave front are well consistent with experiment. The authors are first to have numerically obtained the “fine” (cellular) structure of a transverse wave for a double-fuel gas mixture, that is implemented at fairly high concentrations of methane.