A. GLIOZZI

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Growth models in which the morphology depends on interactions of the type V(r) = C/rn are presented. The growth algorithms are generalizations of DLA. The particles diffuse on a triangular lattice and eventually either stick to the cluster or are lost. Several processes are simulated in this way: in one case only pure sticking is taken into...

Results of extensive computer simulations of domain growth are presented. The simulations are able to reproduce the tip-splitting transition observed in real systems including surfactant monolayers at the air-water interface. In the transition region clusters with hybrid morphologies appear. The presence of such hybrid clusters seems to suggest...

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