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Studies on the Pyrolysis of Composite Solid Propellants leading to Ignition

机译:复合固体推进剂热解导通点火的研究

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Studies on the pyrolysis leading to ignition of polystyrene (PS)/ammonium perchlorate (AP), polyvinyl chloride (PVC)/AP and polyphenol formaldehyde (PPF)/AP ??propellants revealed that the activation energy for the ignition strongly depends upon the binder. Double base propellants exhibit an empirical relationship between the ignition delay (~) and the oxidiser concentration; when the same equation is applied to composite solid propellants, the plot of In ~ vs In C (C=Concentration, %) yields a straight line with a knee corresponding to 65-70 per cent AP above which the dependence on ~ becomes less sensitive.
机译:导致热解(PS)/高氯酸铵(AP),聚氯乙烯(PVC)/ AP和多酚甲醛(PPF)/ AP的热解的研究表明,点火的激活能量强烈取决于粘合剂。双基推进剂在点火延迟(〜)和氧化剂浓度之间表现出经验关系;当对复合固体推进剂施加相同的等式时,C(c =浓度,%)中的〜vs的图产生直线,其膝关节对应于65-70%的AP,其依赖性变得更少敏感。

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