Abstract
The diffusion and aggregation characteristics of silver atoms deposited on liquid substrates are studied. Experimental results indicate that the silver atoms first form compact clusters. Then the clusters diffuse and aggregate on the liquid surfaces. Finally they shape into ramified aggregate. We find that both the average radius of the compact clusters and the aggregation rate depend on the deposition rate. An aggregation rate possibility model is established and the theoretical result is in good agreement with the experimental data.
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