We present results of simulations of deposition growth at finite temperatures using a ballistic deposition rule with continuous hopping of surface particles. We examine the pattern of growth as a function of the physical parameters of hopping rate and substrate temperature, and identify the different regions of layer-by-layer, fractal-cluster, multilayer, and scaling growth as functions of the growth parameters.
Deposition Growth Modes From Numerical Simulations
SENO, FLAVIO
1994
Abstract
We present results of simulations of deposition growth at finite temperatures using a ballistic deposition rule with continuous hopping of surface particles. We examine the pattern of growth as a function of the physical parameters of hopping rate and substrate temperature, and identify the different regions of layer-by-layer, fractal-cluster, multilayer, and scaling growth as functions of the growth parameters.File in questo prodotto:
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