Néhány, hiperalkalikus körülmények között képződő Ca(II)-komplex oldategyensúlyainak és szerkezetének jellemzése

Gácsi, Attila

doi:10.14232/phd.3895

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Simulation Results Of One-dimensional Stochastic Automatons1

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“…4, 5). By taking stereological principles [9] into consideration, besides the transformed proportion, the change of the average grain size and the distribution of the grain size can also be determined.…”

Section: Simulation Results Of One-dimensional Stochastic Automatonsmentioning

confidence: 99%

Scaling Cellular Automaton Simulations of Short-Range Diffusion Processes

Gyöngyösi

Barkóczy

2012

MSF

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By applying the cellular automaton method the short-range diffusion processes in metals can be efficiently simulated. Several examples for the two-and three dimensional modeling of recrystallization and grain-coarsening are know at the literature. In some previous works, results have been performed concerning the two-dimensional, stochastic automatons of grain-coarsening, recrystallization and allotropic transformation. In order to use these simulations also in technological processes, it is necessary to scale the results reached by the simulation. The primary aspect of adapting the automaton in technological processes is the quick-operating simulation. The aim is to develop a most simplified, scalable cellular automaton by which scaling can be efficiently performed.

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Section: Simulation Results Of One-dimensional Stochastic Automatonsmentioning

confidence: 99%