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Abstract <p>Gasdynamic, kinetic, and energetic parameters of detonation are presented for methane–hydrogen dual-fuel systems in the following configurations: (a) stoichiometric methane–oxygen and hydrogen–oxygen mixtures at various ratios; (b) a stoichiometric methane–oxygen mixture with hydrogen added at various ratios; (c) a stoichiometric hydrogen–oxygen mixture with methane added at various ratios; (d) a lean hydrogen–oxygen mixture with methane added at various ratios; (e) a rich hydrogen–oxygen mixture with methane added at various ratios. The fundamental behavioral patterns of such systems are discussed.</p>

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On the Characteristics of Methane–Hydrogen–Oxygen Dual-Fuel Systems

  • 期刊论文

  • 发表日期：

    2025年12月1日

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  • A. A. Vasil’ev,
  • V. A. Vasiliev

摘要

Abstract

Gasdynamic, kinetic, and energetic parameters of detonation are presented for methane–hydrogen dual-fuel systems in the following configurations: (a) stoichiometric methane–oxygen and hydrogen–oxygen mixtures at various ratios; (b) a stoichiometric methane–oxygen mixture with hydrogen added at various ratios; (c) a stoichiometric hydrogen–oxygen mixture with methane added at various ratios; (d) a lean hydrogen–oxygen mixture with methane added at various ratios; (e) a rich hydrogen–oxygen mixture with methane added at various ratios. The fundamental behavioral patterns of such systems are discussed.