Abstract Thermodynamic calculations of the adiabatic temperatures and probable compositions of the combustion products in the W–PTFE and W–Al–PTFE systems were performed. Powdered reactive compacts were produced. The shock-wave loading of reactive materials in the W–Al–PTFE system was studied. It was shown that the systems based on tungsten and polytetrafluoroethylene are generally difficult to initiate; nonetheless, the addition of aluminum increases their shock-wave sensitivity and makes it possible to reach the calculated combustion temperatures more than 3000 K, which enables one to consider such mixtures promising for the development of high-density reactive materials.

中文翻译：

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W-Al-PTFE 反应材料中放热反应的冲击波引发

摘要 对 W-PTFE 和 W-Al-PTFE 系统中燃烧产物的绝热温度和可能成分进行了热力学计算。生产粉末状反应压块。研究了 W-Al-PTFE 系统中反应材料的冲击波载荷。结果表明，基于钨和聚四氟乙烯的体系通常难以引发；尽管如此，铝的添加增加了它们的冲击波敏感性，并且可以达到超过 3000 K 的计算燃烧温度，这使得人们可以认为这种混合物有望用于开发高密度反应材料。