Nanocomposite permanent magnet exhibits excellent magnetic properties combining high coercivity of permanent magnetic phase with high saturation magnetization of soft magnetic phase.
纳米复合永磁材料兼具硬磁性相的高矫顽力和软磁性相的高饱和磁化强度，磁性能优异。
A possible magnetic phase diagram is constructed.
最后我们构造了可能的磁相图。
In addition, magnetic phase separation phenomenon was also observed.
此外，还观察到了磁性相分离现象。
The principle of a twin wire magnetic phase shifter is analyzed in theory and verified by experiment in this paper.
从理论上分析了双线磁化移相器的原理，并进行了实验验证。
Alloys after HDDR treatment showed better magnetic properties because the exchange coupling effect between the soft and hard magnetic phase was induced by HDDR.
经过HDDR处理后的合金性能好于未经过HDDR处理的合金，经过HDDR处理后产生了软硬磁间的交换耦合作用。
This experimental result is consistent with the calculated results using the model of soft magnetic phase volume fractions coupled completely suggested in this paper.
这一实验结果与本文提出的完全耦合软磁相体积分数示意模型的计算结果相一致。
Magnetic properties of a model nanocomposite magnet were calculated by means of computer simulation, and the effects of the amount of the soft magnetic phase on them were studied.
采用计算机模拟的方法计算了纳米晶复合永磁材料的磁性能，并对软磁相比例对磁性能的影响进行了研究。
It is concluded that the twin wire magnetic phase shifter has a clear advantage over the one wire magnetic phase shifter and that the former's magnetic current is half of the latters.
得出了双线磁化移相器比单线移相器有明显的优越性，其磁化电流是单线移相器的一半。
The effects of the shortrange interaction between hard and soft magnetic phase on the reorientation of the magnetic moment of the interfacial atoms are investigated using a layered model.
借助层状模型，研究了硬磁相与软磁相原子的短程交换作用对界面原子磁矩取向的影响。
The effects of the shortrange interaction between hard and soft magnetic phase on the reorientation of the magnetic moment of the interfacial atoms are investigated using a layered model.
借助层状模型，研究了硬磁相与软磁相原子的短程交换作用对界面原子磁矩取向的影响。
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