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Kink Model of State Switching in Quasi-One-Dimensional Nanosystems

机译:准一维纳米系统中状态转换的纽结模型

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摘要

A method for the analytical calculation of the kinetics of state switching induced by external field in quasi-one-dimensional systems has been developed. This method is based on the Kolmogorov approach, which was proposed to describe statistical crystallization. As applied to magnetic systems, it allows one to calculate magnetization curves and hysteresis loops. The results of analytical calculation are confirmed by stochastic Monte Carlo simulation, which also makes it possible to find characteristics of mixed domain states formed as a result of the multiple cycling of the external field amplitude.
机译:提出了一种分析计算一维系统中外场引起的状态转换动力学的方法。该方法基于提出描述统计结晶的Kolmogorov方法。当应用于磁性系统时,它允许计算磁化曲线和磁滞回线。解析计算的结果通过随机蒙特卡洛模拟得到证实,这也使得找到由于外部磁场幅度多次循环而形成的混合畴态的特性成为可能。

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