This model could be used to explain the magnetization reversal mechanism of the oriented Ba ferrite particulate media.
此模型可用来解释取向钡铁氧体磁粉介质的反磁化机理。
Conditions of magnetization reversal and the corresponding critical currents were found by solving the dynamic equation analytically.
通过求解该方程的解析解，给出了赝自旋阀在电流激励下的磁化翻转条件和临界电流密度的表达式。
By comparing the patterns of macro magnetic performance before and after annealing, the magnetization reversal of magnetic nanowires was studied.
通过样品退火前后宏观磁性能比较，探讨了交流电沉积磁性纳米线阵列的磁化反转机制。
For these two series of samples, the magnetization reversal process is accompanied by the combination of the pinned domain wall motion and domain rotation.
对于这一系列的样品，磁化翻转方式包含了畴壁运动和一致翻转。
The results show that the magnetization configuration of the exchange-coupled bilayer has various forms, and the different reversal mechanism corresponds to the different magnetic structure.
研究结果表明：体系的磁结构表现出了非常丰富的形式，不同的反转机制相应于不同的磁结构。
Based on this model, the expressions of critical field for the irreversible reversal magnetization and the coercive force are derived for both the parallel rotation and symmetric fanning mechanisms.
基于此模型，推导了纳米线反磁化过程中不可逆磁化的临界场和矫顽力在一致转动和对称扇形模式下的表达式。
Based on this model, the expressions of critical field for the irreversible reversal magnetization and the coercive force are derived for both the parallel rotation and symmetric fanning mechanisms.
基于此模型，推导了纳米线反磁化过程中不可逆磁化的临界场和矫顽力在一致转动和对称扇形模式下的表达式。
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