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Combustion of Energetic Materials Controlled by Condensed-Phase Reactions

机译:固相反应控制的含能材料的燃烧

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摘要

A combustion model controlled by condensed-phase reactions (c-phase combustion model) is considered. Based on an analysis of numerous thermocouple studies of combustion of energetic materials, it is shown that the condensed phase is heated in the combustion wave to the maximum possible temperature—the boiling point at this pressure. It is established that the combustion of representatives of the class of onium salts such as ammonium perchlorate, ammonium nitrate, ammonium dinitramide, and hydrazinium nitroformate over a wide range of pressures and initial temperatures obeys the the c-phase-model. The kinetic parameters of the burning-rate controlling reaction of these salts are given.
机译:考虑由冷凝相反应控制的燃烧模型(c相燃烧模型)。根据对高能材料燃烧的大量热电偶研究的分析,结果表明,冷凝相在燃烧波中被加热到可能的最高温度,即该压力下的沸点。可以确定,在各种压力和初始温度范围内,诸如高氯酸铵,硝酸铵,二硝酰胺铵和硝基甲酸肼的鎓盐类代表物的燃烧均遵循c相模型。给出了这些盐的燃烧速率控制反应的动力学参数。

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