Dissipative self-organization of a single layer of ferrosuspension particles in a high-frequency magnetic field of different polarization

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Abstract

Structural transformations in a plane layer of spherical soft-magnetic particles on exposure to a rotating elliptically polarized field whose plane of polarization is perpendicular to the layer's plane have been studied by the molecular-dynamics method. The influence of the concentration of the particles and the polarization of the field on the kinetics of aggregation and the equilibrium form of disperse structures has been studied in the high-frequency limit.

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