Abstract
Results of the analysis of experimental data on the conditions for initiation of explosive transformation in phlegmatized HMX samples on impact with an indenter with a spherical end are presented. It is shown that conditions for initiating explosive transformation in a wide range of variation of parameters of the indenter and impact velocities are described by empirical relationship that relate the mass-geometric parameters of an impactor with its minimum velocity, thereby initiating explosive transformation. The resulting relationships can be used for practically analyzing the outcomes of the influence on an explosive composition, constructing adequate physical initiation models, and verifying them.
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