Philosophical Magazine Letters · 1988 · 28 citations · 12 references
Natural SciencesMaterials SciencePhysicsComputational Materials ScienceComputational PhysicsCondensed Matter PhysicsGrain GrowthGrain Size DistributionGrain Structure FormationParticle SizeParticle-based SimulationGrain Growth KineticsGrain Growth ModelingMaster Equation ApproachesMaster Equation ModelsMaster EquationsNormal Grain GrowthParticle DistributionParticle-size Distribution
Abstract The one-particle distribution of grains in topological classes and normalized areas is obtained from a computer simulation based on the master equation of normal grain growth in two dimensions. The ‘collision’ term is formulated in the ‘gas’ approximation. Comparison with physical experiment is provided.
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