但矫顽力的相对变化大于后者。
The relative decrease of coercivity is larger than that of flow stress.
而矫顽力则随掺杂量的增多持续下降。
The coercive force gradually decreased with the MnO2 content increase.
发现矫顽力对恒温热磁处理温度极为敏感。
It has been found that the coercive force is very sensitive to the temperature of isothermal magnetic treatment.
合金的矫顽力随钴原子含量的增加而增大。
The coercivity of the Co-Ni alloys increased with the increasing of Co content.
本文主要论述了矫顽力自动精密测量仪的设计与研制。
This paper mainly states the design and development of automatic delicate measurement instrument of coercive force.
永磁体的矫顽力有限，必须防止永磁体的不可逆去磁。
Because of limited coercive force of permanent magnet, the non-reversible demagnetization of it must be prevented.
它们具有：高矫顽力、阻抗、效稳定性和经济的价格。
Which have the following advantages: high coercive force, high electric resistance, long-time stability, and economical price.
另外，研究了热处理温度对镀层硬度和矫顽力的影响。
In addition, the effect of thermal treated temperature on hardness and coercive force of cobalt-boron alloy deposit was studied.
而切向永磁体采用剩磁密度高但矫顽力却很低的铝镍钴。
The tangential-set magnets are AlNiCo with high remanent flux density and low coercive force.
随焙烧温度的升高，矫顽力下降，而饱和磁化强度升高。
With increasing annealing temperature, the coercivity Hc decreases and the saturation magnetization Ms increases.
振动效应和量子尺度效应相互影响，共同竞争，为薄膜提供矫顽力；
Vibration effect and the quantum scale effect mutual influence and common competition offer coercive force for film;
随着晶粒尺寸的增大，薄膜矫顽力逐渐降低，过渡区噪声逐渐增大。
As the grain size increases, the coercivity gradually reduces and the transition noise increases.
一是要求硬磁相有尽可能高的内禀矫顽力和尽可能高的磁晶各向异性；
One is that the hard magnet phase must bear intrinsic coercive force as high as possible.
随着复合纤维中合金含量的增加，饱和磁化强度增大，而矫顽力下降。
With the alloy content in the composite fibers increased, the saturation magnetization increases, while the coercivity decreased.
纳米复合颗粒的矫顽力和剩余磁化强度接近于零，具有一定的超顺磁性；
The results show that the dispersity of magnetite colloid has a big influence on the morphologise of the composite particles;
目前，根据国家标准或国际标准研制的矫顽力测量仪器主要是针对软磁试样的。
At present, most coercivity measurement devices designed by national or international criterion are used for soft magnetic samples.
掺杂后钡铁氧体饱和磁化强度较未掺杂钡铁氧体有所提高，矫顽力则显著下降。
In comparison with undoped barium ferrite, saturation magnetization of samples increased and intrinsic coercivity decreased remarkably.
结果表明，用环形试样可以完成对低矫顽力的软磁材料进行磁各向异性的测定。
The results show that the magnetic anisotropy of soft magnetic materials with very low coercive force can be measured successfully with ring specimen by the law of approach to saturation.
结果表明，用环形试样可以完成对低矫顽力的软磁材料进行磁各向异性的测定。
The results show that the magnetic anisotropy of soft magnetic materials with very low coercive force can be measured successfully with ring-shaped sample according to the law of approach to satura…
金属磁粉颗粒细小，具有较高的矫顽力和剩磁，是较为理想的高密度磁记录材料。
Metal magnetic powder with fine particles and relative higher coercivity and remanence are ideal materials for high density magnetic recording.
介绍了如何利用示波器观察和测量铁磁物质的磁滞回线、剩余磁感应强度和矫顽力。
It introduces that how to watch and measure the hysteresis loop-line, residual magnet and coercive force of ferromagnet through an oscillograph.
在同成分的磁体中，矫顽力高的磁体具有较低的矫顽力温度系数和不可逆磁通损失。
The higher the intrinsic coercivity H cj , the lower the coefficient of the intrinsic coercivity and the lower the irreversible loss of flux.
随着晶粒取向度的提高，纳米晶单相磁体的矫顽力逐渐增加，这完全不同于烧结磁体。
The investigation shows the increase of coercivity with improved grain alignment in nanocrystalline magnets, which is completely different from the phenomena in sintered magnets.
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.
以前电磁铁的磁性材料常使用的铝镍钴，铝镍钴的矫顽力很低，渗磁高，但是，很容易退磁。
Before regular use of electro-magnet of the magnetic material Alnico, aluminum nickel and cobalt is very low coercivity, high magnetic permeability, however, it is easy to demagnetization.
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。
Coercive force and remanence increases while current density increases, because it become weaker at (111) magnetization orientation of deposits.
通过分析磁矫顽力与淬硬层深度之间的关系，试制了一种电磁无损检测仪(DWY-1)。
The relationship between hardness depth and magnetic coercive force was studied. Based on this relationship we develop a new type of electromagnetic nondestructive measurement instrument (DWY - 1).
当我们要求磁性介质能够快速地进行极性转化的时候，这种材料就必须相应地具备更低的矫顽力。
The faster you need to switch from one pole to the other, the less coercitive force the material must have.
当我们要求磁性介质能够快速地进行极性转化的时候，这种材料就必须相应地具备更低的矫顽力。
The faster you need to switch from one pole to the other, the less coercitive force the material must have.
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