Coercive force and remanence increases while current density increases, because it become weaker at (111) magnetization orientation of deposits.
增大电流密度，沉积层沿(111)易磁化晶面方向优先生长趋势减弱，矫顽力和剩磁均增大。
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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