Phase separation kinetics of binary mixture in the influence of bond disorder: sensitivity to quench temperature

Morphologies in phase-separating systems can significantly influence final material properties. We present extensive Monte Carlo simulation results on segregation kinetics of critical binary mixture (2d-Ising system) with a fraction bond disorder introduced regularly. The effect various quench temperatures is studied growth and scaling properties evolved morphologies. morphology changes from their usual bicontinuous isotropic patterns at zero to short strips lamellar (anisotropy) the increasing shallow depth. domain evolution lower remains transient regime for deep quench; however, pattern observed high same behavior depths higher disorder. Though, tiny deviation fractions depths. length scale freezes (ϕ→0) finite size asymptotically.