Abstract
The developed theoretical model of track formation accounts for the influence of initial atomic displacements, momenta, and initial heating of atoms on the plastic deformation of solids near the trajectory of a penetrating fast heavy ion. These initial conditions result from the energy and momentum transfer from the excited electron subsystem to the ion one near the ion trajectory. The theoretical results obtained make it possible to investigate the dependencies of the anisotropic growth of amorphous alloys irradiated with high-energy heavy ions on the inelastic and elastic energy losses of the moving ion and on the irradiated temperature. A good agreement between these theoretical dependencies and existing experimental results was obtained.
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