基于纳米复合两相磁性材料Fe-Co-Cr磁滞模型的研究
首发时间:2015-11-19
摘要:对于目前理论研究的差距,基于微磁学理论填补了对纳米相铁钴铬合金永磁材料的磁滞特性的理论研究并建立纳米两相Fe-Co-Cr三层薄膜磁滞模型。本文采用面向对象的框架(结构)对纳米两相铁钴铬合金磁滞特性的计算,利用MATLAB软件,通过实验测的不同矫顽力下的磁滞回环,进而得到软磁厚度和磁滞特性之间的关系,为材料的制备和应用提供了理论依据和基础。
For information in English, please click here
Study on hysteresis model of nano two-phase Fe-Co-Cr based on micro magnetic theory
Abstract:In this paper, hysteresis model for trilayer film of Nano two-phase is established based on micro magnetic theory to fill the present gaps in the theoretical study on hysteresis characteristic of nano two-phase Fe-Co-Cr permanent magnetic material. This paper uses Object Oriented Micro magnetic Framework to calculate hysteresis characteristic of nano two-phase Fe-Co-Cr, using the MATLAB software ,through the experiment under different coercive force of hysteresis loop back ,and get the relationship of soft magnetic thickness and hysteresis characteristic.
Keywords: Hysteresis Micro magnetic Nano Two-phase, Fe-Co-Cr
基金:
论文图表:
引用
No.4661491110742914****
同行评议
共计0人参与
勘误表
基于纳米复合两相磁性材料Fe-Co-Cr磁滞模型的研究
评论
全部评论0/1000