Energy barriers of the Ising model on percolation clusters : a numerical study

R. Rammal, A. Benoît
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引用次数: 17

Abstract

A new efficient algorithm for determining the energy barrier to overturn a finite cluster of ferromagnetic Ising spin is described. Percolation clusters at threshold are used to illustrate our method. We show in particular that the energy barrier scales logarithmically with the cluster size in contrast with the known power law behaviour on Euclidean lattices. Some of the consequences of this result for the kinetic Ising model on diluted ferromagnets are briefly discussed On decrit un nouvel algorithme efficace pour determiner la barriere d'energie de retournement d'un amas fini de spins d'Ising ferromagnetiques. Cette methode est illustree dans le cas des amas de percolation au seuil. On montre que la barriere augmente comme le logarithme de la taille au lieu d'une loi de puissance bien connue dans les reseaux euclidiens. Certaines consequences de ces resultats pour le modele d'Ising cinetique sur les ferromagnetiques dilues sont brievement discutees
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渗流团簇上Ising模型的能垒:数值研究
描述了一种新的有效算法来确定推翻有限铁磁伊辛自旋簇的能垒。阈值处的渗透聚类用来说明我们的方法。我们特别表明,与已知的欧几里得晶格上的幂律行为相反,能量势垒与簇大小成对数关系。本文简要讨论了这一结果对稀释铁磁体的动力学Ising模型的一些影响,并提出了一种新的算法,即效率决定因素、能量障碍、能量恢复、自旋和Ising铁磁体的自旋。本文介绍了该方法在渗滤过程中的应用。在montre que la barrier上,增加了la taille的对数,增加了la taille的对数,增加了la taille的对数,增加了la taille的对数。某些结果导致了对铁磁流体动力学模型的简化讨论
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