定子和转子都是由铁磁材料构成。
复合膜具有软磁材料的内禀性能。
The composite membranes have intrinsic properties of soft magnetic material.
在磁学中抗磁材料，好。
为此，研究了许多颇为奇特的铁磁材料。
A number of rather exotic ferromagnetic materials have been studied to this end.
这些圆盘覆盖铁磁材料。
本文讨论电机中铁磁材料的各种不同的磁导率。
This paper discusses various permeability's of ferromagnetic materials used in electric machines.
本文提出采用巴豪森噪声法测量铁磁材料的硬度。
It is proved that the hardness of ferro magnetic materials can be measured by the Barkhausen Noise Method.
在顺磁材料中，磁矩的方向在原子之间随意变化。
In a paramagnetic material the directions of the magnetic moments vary randomly from atom to atom.
讨论了一种检测铁磁材料内部应力的无损检测新技术。
A new developed technique in nondestructive testing for residual stress of the ferromagnetic materials is discussed.
基于铁磁材料逆磁致伸缩效应的应力测试是一种新技术。
The stress testing based on counter magnetostriction effect of ferromagnetic materials is a new technique.
非晶合金(金属化玻璃)是一种优异的低损耗软磁材料。
Amorphous alloy is a excellent soft-magnetic material which has lower losses.
基于能量等效框架，得到一般压磁材料有效磁弹模量通解。
Based on the generalized Budiansky's energy-equivalent framework, the general expressions of effective magneto-elastic moduli were obtained.
金属软磁材料是电力工业和电子工业中广泛应用的重要材料。
The metal soft magnetic material is an important material and has been widely used in electric power and electron industry.
铁磁材料内部磁场分布的计算是漏磁通无损检测的基本问题之一。
The Calculation of magnetic field distribution in ferromagnetic material is one of fundamental problems of MFL nondestructive test.
通过实验研究了巴克豪森噪声强度与铁磁材料表面硬度之间的关系。
The relationship between the surface hardness of ferromagnetic material and the intensity of Barkhausen noise was studied.
但磁性应力测量法只能用于铁磁材料并且对铁磁材料结构等因素也敏感。
But this method can only be used to measure the ferromagnetic materials and is also sensitive to some factors like the ferromagnetic materials' structure.
新软磁材料和新磁心结构的应用都会对电子变压器的性能和成本产生影响。
Application of new soft magnetic materials and new core constructions effect character and cost of electronic transformer.
本文对激光辐照的软磁材料—Z10硅钢片进行了细致的穆斯堡尔谱研究。
The research is done in details on M ssbauer spectrum of soft-magnetic material silicon steel tape Z10 treated with laser radiation.
研究了铁磁材料的晶粒度与巴克豪森噪声的强度和波形特征参数之间的关系。
The relationships between the grain size of ferromagnetic material and the strength and waveform characteristic parameters of Barkhausen noise (BN) were studied.
在一较佳实施例中，所述缓冲层是一硬磁材料，而所述吸收层是一软磁材料。
In a preferred embodiment, the buffer is a hard magnetic material, and the absorber is a soft magnetic material.
巴氏噪声分析(BNA)是一种检测铁磁材料微观应力及金相组织的独特方法。
Barkhausen noise analysis (BNA) is a distinctive measure for testing microscopic stresses and metallurgical structure in ferromagnetic materials.
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.
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.
你有一块抗磁材料没有磁场，慢慢地把它移到，磁场很高的地方抗磁，材料会怎么样？
You take a diamagnetic material in the absence of a magnetic field, and you slowly move it into a place where there's high magnetic field, what does the diamagnetic material do?
用表面磁光克尔效应测量铁磁材料的磁滞回线，并求得在饱和状态下的克尔旋转角。
Hysteresis loop of ferromagnetic materials are measured by using surface magneto-optic Kerr effect, and the Kerr rotation Angle is obtained.
利用光学传输矩阵方法，模拟计算了由铁磁材料组成的一维光子晶体的光学传输特性。
The optical transmission properties of one-dimensional photonic crystals composed of ferromagnetic materials are calculated with transfer matrix methods.
结果表明：铁磁材料的非线性因素导致激励电流密度与二次穿透区的位置直接相关联。
The conclusion shows that the nonlinear factor of electromagnetic material results in the density of stimulated current to be related to the position of the remote field.
研究结果表明，用巴氏杂讯分析法检测300m钢类铁磁材料的磨削烧伤是可行的。
The result shows that Barkhausen noise analysis is a feasible method for inspection on grinding burn of iron-magnetic materials, such as 300m steel.
依据铁磁材料磁化，受力释放的噪讯，研制了利用磁弹噪讯技术检测残余应力的仪器。
The instrument for testing residual stress using magneto-elasticity noise technology is developed by means of stress states and releasing noises of materials under and altemating magnetic field.
依据铁磁材料磁化，受力释放的噪讯，研制了利用磁弹噪讯技术检测残余应力的仪器。
The instrument for testing residual stress using magneto-elasticity noise technology is developed by means of stress states and releasing noises of materials under and altemating magnetic field.
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