外加应力太大会使包裹丝内部析出片状颗粒，软磁性能变差。
Over strong external stress leads to weak soft magnetic properties as it causes internal flaky particles in wires.
铁基非晶纳米晶磁芯具有优良的软磁性能，广泛应用于电子电工行业。
Fe-based amorphous and magnetic-cores have superior soft magnetic properties, which are widely applied to electronic and electric industry.
磁芯经过二次退火后，由于封装胶发生膨胀使得被封装的磁芯电感值严重下降，软磁性能下降。
After cores being secondary annealed, expansion of packaging glue happen, which causes that the inductance value of magnetic-cores declined seriously, soft magnetic properties reduced.
结果表明，磁场退火热处理可形成感生磁各向异性，改善薄膜的软磁性能、提高薄膜的应力阻抗效应。
The results show that magneto-annealing can improve film stress impedance effect and film soft magnetic performances, and induce magneto-anisotropy.
作为对其性能的评价，对该纳米复合材料的磁性能进行了测试，结果表明它在常温下表现出典型的软磁性能。
The material of nano iron particles dispersed in carbon shows the soft magnetic properties measured by vibrating sample magnetometer and can be used as magnetic recorder materials.
分别从磁化理论和数理统计两个方面分析了影响耐蚀软磁合金1J116磁性能的因素。
The factors which influence the magnetic property of 1J116 anti-corrosion soft magnetic alloy were studied through the magnetization theory and the mathematic statistics.
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。
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.
本文从非晶态物理的角度，综述了非晶态软磁材料的结构与磁性能的物理基础。
This paper overviews the physical base of the structure and properties of amorphous soft magnetic materials based on amorphous state physics.
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。
Nanocomposite permanent magnet exhibits excellent magnetic properties combining high coercivity of permanent magnetic phase with high saturation magnetization of soft magnetic phase.
软磁材料在控制元件中广泛应用，在加工制造过程中一些工艺环节容易造成产品零件磁性能的损失，而磁性能的损失会对产品性能产生严重影响。
The soft magnetically material widely used in control unit. Some craft is easy to make the components magnetism loss in the production, which affect the product performance seriously.
软磁材料在控制元件中广泛应用，在加工制造过程中一些工艺环节容易造成产品零件磁性能的损失，而磁性能的损失会对产品性能产生严重影响。
The soft magnetically material widely used in control unit. Some craft is easy to make the components magnetism loss in the production, which affect the product performance seriously.
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