Abstract
We present results of a numerical study of the Cahn-Hilliard model for phase separation for off-critical quenches in two dimensions. We have computed the scattering intensity, the pair correlation function, and the cluster distribution function. We have found that these three quantities can be described in terms of scaling with a time-dependent length and have compared the relevant scaling functions with those obtained in the critical quenches. The time dependence of the characteristic length of the domains is also studied.
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