Abstract
This paper analyzes the influence of impact parameters on the process of super-deep penetration of particles. The parametrical principle which reveals the possibility of super-deep penetration of particles is defined. The role of a shock wave of the detonation products as the factor of preliminary strain of crystalline lattice for the subsequent penetration of particles is shown. The algorithm of energy balance for super-deep penetration is developed. The mechanism of super-deep penetration by rupture of intermolecular and interatomic bonds during the penetration of the particles is offered. The substantiation of a dimensional interval of penetrating particles for super-deep penetration is made.
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