STUDY OF TERMS OF RECEIPT OF ADDITIONAL ENERGY AT SUPERDEEP GETTING OF MICROPARTICLESS TO METALLIC TARGETS

Annotation. Purpose. To set the mechanism of appearance of additional energy in steel targets during the super-deep penetrating of microparticless. Methodology. As materials for research were chosen: steel 45 and instrumental steel of Р6М5. A structure and element composition of targets was investigated before and after bombardment. Conducted joint analysis of thermodynamics, hydrodynamic and квантово- of mechanical calculations with the purpose of establishment of mechanism of the super-deep penetrating of microparticless and appearance of additional energy. Findings. The conducted complex of theoretical and experimental researches showed that at bombardment of metallic targets microparticless by sizes to 200 мкм takes place the микросекундное fall-off of viscidity of metal on the basis of the phenomena of quantum mechanics and local nuclear reactions, that take place due to destabilization of structure. Scientific novelty. It is set that during bombardment of metals microparticless that fly with supersonic speed, there is the микросекундное decline of viscidity in a metallic target and there are local nuclear reactions, and реакціїї анигилляции in the zone of passing of microparticless. Practical value. Understanding of mechanisms of the super-deep penetrating of microparticless and local nuclear reactions will allow to create for industry new construction materials with unique properties and to get around creation of new energy sources.