NUMERICALLY SIMULATED 3D-STRUCTURES OF THE FLUCTUATING FIELDS
Author(s): A.E.Filippov (Donets'k Institute for Physics and Engineering, 83114 Donets'k, Ukraine)
Numerical simulation of a structure of the fluctuating field appearing at a kinetic stage of the phase transition is performed for the systems with scalar and two-component (complex) order parameters. It is found that the ordering process is accompanied by a large-scale filamentary structure of the fluctuating field. The dense local groups and chains of the nuclei are created in the system. A complicated topology of the ordering is found in the system with complex order parameter. This system creates specific ``toroidal'' vortices. Kinetic scenarios in 3D-space are compared with the 2D- and 1D projections of the analogous structures previously found.
Key words: phase transitions, fluctuations, nucleation, kinetics
PACS: 64.60.Ak, 64.60.Qb
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