This paper proposes a new method for determining the simulation parameters of the Jiles-Atherton Model used to simulate the first magnetization curve and hysteresis loop in ferromagnetic materials. The Jiles-Atherton Model is an important tool in engineering applications due to its relatively simple differential formulation. However, determining the simulation parameters for the anhysteretic curve is challenging. Several methods have been proposed, primarily based on mathematical aspects of the anhysteretic and first magnetization curves and hysteresis loops. This paper focuses on finding the magnetic moments of the material, which are used to define the simulation parameters for its anhysteretic curve. The proposed method involves using the susceptibility of the material and a linear approximation of a paramagnet to find the magnetic moments. The simulation parameters can then be found based on the magnetic moments. The method is validated theoretically and experimentally and offers a more physical approach to finding simulation parameters for the anhysteretic curve and a simplified way of determining the magnetic moments of the material.

翻译：本文提出了一种确定Jiles-Atherton模型仿真参数的新方法，该模型用于模拟铁磁材料的首次磁化曲线与磁滞回线。由于Jiles-Atherton模型具有相对简单的微分形式，因而在工程应用中成为重要工具。然而，无磁滞曲线的仿真参数确定颇具挑战性。现有方法多基于无磁滞曲线、首次磁化曲线及磁滞回线的数学特性。本文聚焦于材料磁矩的求解，该磁矩被用于定义材料无磁滞曲线的仿真参数。所提方法通过利用材料的磁化率与对顺磁体的线性近似来求解磁矩，进而基于磁矩确定仿真参数。该方法在理论上与实验中得到验证，为求解无磁滞曲线仿真参数提供了一种更具物理意义的方法，并简化了材料磁矩的确定流程。