Abstract
Brownian‐dynamics simulations without the hydrodynamic interactions between particles are performed to investigate two‐dimensional dilute suspensions of magnetic colloidal particles under a static magnetic field. From the detailed analyses of the numerical results, we obtain the phase diagram for the magnitude of magnetic potential J and the area fraction σ. The results also suggests that the phase transition line is determined only by the value of the parameter Γ(= Jσ32), where Γ ≃ 68 at the melting point.
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