2006
DOI: 10.1140/epjb/e2006-00274-x
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Fractal formations in the Lattice Limit Cycle model

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Cited by 5 publications
(9 citation statements)
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References 18 publications
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“…The presence of power law exponents in the network representation of the reactive system KMC realisation on low dimensional lattice supports corroborates earlier investigations which demonstrate the formation of fractal patterns in the spatial arrangement of the reactants and products as a result of clustering of homologous particles and of cluster-cluster competition [25,26]. As stochastic interactions take place at the borderlines between different clusters these borderlines acquire complex fractal patterns and this spatial complexity, enhanced by the activity dynamics, shapes the form of the transition matrix.…”
Section: Network Features Of the Lattice Limit Cycle Modelsupporting
confidence: 87%
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“…The presence of power law exponents in the network representation of the reactive system KMC realisation on low dimensional lattice supports corroborates earlier investigations which demonstrate the formation of fractal patterns in the spatial arrangement of the reactants and products as a result of clustering of homologous particles and of cluster-cluster competition [25,26]. As stochastic interactions take place at the borderlines between different clusters these borderlines acquire complex fractal patterns and this spatial complexity, enhanced by the activity dynamics, shapes the form of the transition matrix.…”
Section: Network Features Of the Lattice Limit Cycle Modelsupporting
confidence: 87%
“…The periods (and frequencies) of the two time series are very close, but the KMC oscillations are irregular and show intermittent bursts. As previously discussed [13,25] the spatial extension of the system together with the limited range of the interactions divide the system into local oscillators which operate out of phase. Intermittent oscillations are observed for finite system sizes due to synchronisation of clusters of oscillators, while for large system sizes oscillations are suppressed due to cancellation of the random phases.…”
Section: An Elementary Timementioning
confidence: 99%
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“…In this subsection we briefly recapitulate the main attributes of the classical MF theory describing the LLC scheme [20,22]. The nonlinear kinetic equations for the species concentrations have the form:…”
Section: A the Classical Mean Field Theorymentioning
confidence: 99%
“…Το πλάτος αυτό εξαρτάται αποκλειστικά από τις τιμές των παραμέτρων p 1 , p 2 και p 3 . Αντίθετα στις προσομοιώσεις (κόκκινη παχιά γραμμή), λόγω των χωρικών περιορισμών του συστήματος και του στοχαστικού θορύβου, έχουμε ταλάντωση με αυξομειούμενο πλάτος (intermittent)[33,34,165]. Δηλαδή, ενώ η περίοδος (και η συχνότητα) των Σχήμα 2.5: Χρονική εξέλιξη της συγκέντρωσης x στο μοντέλο LLC για τιμές των παραμέτρων p 1 = 0.9585, p 2 = 0.016, p 3 = 0.026 και μέγεθος πλέγματος L = 27 .…”
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