Abstract

The results of an experimental study of shock wave (SW) attenuation in mixtures of magnesium and aluminum with solid metal oxides upon contact blasting of explosive charges are presented. Faster attenuation is found in reactive mixtures compared to homogeneous materials of similar compressibility and inert mixtures, which is related to the occurrence of fast reactions of components behind the SW front with an increase in the density and, correspondingly, unloading wave velocities.

中文翻译：

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活性材料中冲击波的衰减

摘要

给出了爆炸性装药接触爆炸时镁和铝与固体金属氧化物混合物中冲击波（SW）衰减的实验研究结果。与具有类似可压缩性的均质材料和惰性混合物相比，在反应性混合物中发现更快的衰减，这与西南部锋面后面的组分快速反应的发生有关，密度增加，相应地卸载波速也增加。