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 AM  Vol.4 No.10 C , October 2013
Precessing Ball Solitons as Self-Organizing Systems during a Phase Transition in a Ferromagnet
V. V. Nietz
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Abstract: Precessing ball solitons (PBS) in a ferromagnet during the first order phase transition is induced by a magnetic field directed along the axis of anisotropy, while the action of the periodic field perpendicular to the main magnetic field has been analyzed. Under these conditions, the characteristics of arising equilibrium PBS are uniquely determined by the frequency of the periodic field, but the solitons with other frequencies are impossible. For such structure, the entropy increase connected with dissipation is compensated by the decrease of the entropy due to the external periodic field. It is shown that the equilibrium PBS are essentially the “self-organizing systems” that can arise spotaneously in a metastable state of ferromagnet.
Keywords: Ferromagnet; Magnetic Field; Periodic Magnetic Field; First-Order Phase Transition; Precessing Ball Soliton; Dissipative Magnetic Structures; Self-Organizing Systems
Cite this paper: V. Nietz, "Precessing Ball Solitons as Self-Organizing Systems during a Phase Transition in a Ferromagnet," Applied Mathematics, Vol. 4 No. 10, 2013, pp. 78-83. doi: 10.4236/am.2013.410A3010.
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http://arXiv.org/abs/1005.2054

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