Mutual self-organization of dislocations, phonons, electrons and photons during plastic deformation of crystals

Abstract

Abstract Periodical structures of dislocations and other structural defects are found in crystals subjected to various kinds of plastic deformation. These periodicities exist in a wide range of scales from tens of millimeters to tens of nanometers. Periodical systems of structural defects are combined with especial resonant systems of phonon, electron and photon excitations due to long-distant interactions between them. This self-organization of mutually bound distortions of regular crystalline lattice, phonons, electrons and photons are capable to influence significantly on the processes of modifications of crystalline structure by mechanical, magnetic, radiation and other external forces.