Abstract
We observed fractal clusters aggregated on tin oxide film. These clusters have remarkable scaling and universality properties. The fractal dimension of these two-dimensional clusters is in excellent agreement with the theoretical value of 1.70 predicted by a diffusion-limited-aggregation model. The growing clusters can be described in terms of an active zone which is characterized by a Gaussian form. The experimental evidence indicates the presence of two distinctly diverging lengths in the growing processes.
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