Abstract
Analysis of formation of highly-ordered titanium oxide nanotubes array at the level of currents is carried out. It has been found that marking impulse possesses fine structure characterized by uncommon behavior. It is a series of small steps alternated by sharp overshoots that can be identified as Levy flights. Attractor obtained from current realizations points at the existence of quasistochastic in terms of phase and strictly periodic mode of partial Levy flights. It corresponds to trigger mode of system behavior with two stable states peculiar to auto-oscillating process.
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