A magnetic sensor was fabricated with amorphous alloy.
利用非晶合金制作了一种磁性传感器。
The application of Al-based amorphous alloy was reviewed.
对铝基非晶合金的应用进行了评述。
Therefore, amorphous alloy plating has aroused people's attention.
因此，电镀非晶态合金已引起人们的极大关注。
Amorphous alloy is a excellent soft-magnetic material which has lower losses.
非晶合金(金属化玻璃)是一种优异的低损耗软磁材料。
In the design of spot welding transformer, the Fe-based amorphous alloy is used.
在点焊变压器的设计上，采用了铁基非晶合金；
We determined the corrosive behavior and polarization curve of the amorphous alloy.
测定了非晶合金的腐蚀性和极化曲线。
This review describes methods of preparation and characterization of amorphous alloy catalyst.
综述了非晶态合金的制备方法与表征手段。
The amorphous alloy coating remained bright property which was placed in air over a long period of time.
在空气中长期放置，非晶态合金层仍保持光亮性。
Besides, the atomic structure and physical properties of amorphous alloy had also been investigated in the study.
另外，论文中进行了非晶态合金的原子结构与物理性质的研究。
The characteristics, processing technology and application areas of amorphous alloy are introduced in this paper.
本文介绍了非晶态合金的特点、制造技术和应用领域。
Mechanical alloying is one of the most potential method in the preparation and science research of amorphous alloy.
机械合金化是一种通过高能研磨实现的固相粉体加工技术。
The microhardness value of the amorphous alloy is lower than that of the crystalline alloy with the same composition.
显微硬度测试表明，对相同成分合金，非晶态的显微硬度值比晶态的低。
The maximum thickness of amorphous alloy ribbons can also be determined by this formula and the critical cooling rate.
由这个公式和临界冷却速度还能决定出非晶态合金丝带的最大厚度。
The stress magnetic effect of amorphous alloy ribbon excited by high frequency and weak magnetic field is investigated.
对高频弱磁场激励下的非晶态合金带的应力磁效应进行了研究。
And it is found that heat stability turns down, because the supercooled region of the bulk amorphous alloy becomes narrow.
挤压态非晶合金的过冷温度区间减小，热稳定性有所降低。
It has been found that as the heating time increases, the crystallization temperature of the amorphous alloy will decrease.
该非晶合金出现晶化的温度随热处理时间的增长而降低。
The electromagnetic influence effect of material for amorphous alloy and expression on various magnetic field is presented.
描述了非晶态合金材料的电磁感应效应并推出反映被测磁场变化的输出电压关系式。
The research results show the force sensors can be constructed using amorphous alloy materials with high stress sensitivity.
研究结果表明具有大的应力敏感性的非晶带材料可用来制作力传感器。
The conditions for fabricating CoP amorphous alloy deposits with excellent soft magnetic property were investigated in detail.
研究了获得优异软磁非晶钴磷镀层的工艺条件，并对其巨磁阻抗效应进行了初步研究。
The progress preparation technology, characterizing means and the application of the amorphous alloy catalysts were introduced.
介绍了负载型非晶态合金催化剂制备技术、表征方法和最新应用技术领域。
The research of Al-based amorphous alloy is regarded in recent years because of the demand in high strength-low density materials.
铝基非晶合金的研究在最近些年得到了重视，这缘于人们对高强度低密度材料的需求。
This paper mainly introduces the D&R history, primary properties, preparation, manufacture and foreground of Al-based amorphous alloy.
主要介绍了铝基非晶合金的研究历史、主要性能、制备、成型以及发展前景等。
Preparation of amorphous alloy spraying coating by thermal spraying was a most effective method of applying amorphous alloy to engineering.
用热喷涂方法制备非晶合金涂层是将非晶推向工程应用的有效方法。
Research progress in the hydrogenation reaction of hydrocarbons unsaturated compounds, co, CO2 etc., on amorphous alloy catalysts were also described.
以及非晶态合金催化剂在烃类加氢、其他不饱和化合物加氢、CO、CO2加氢等领域的研究进展。
It is discussed that to popularize amorphous alloy transformer is finely beneficial not only for saving energy, but also for environmental protection.
阐述了推广采用非晶合金铁芯变压器，既可取得节能效益，也可取得环保效益。
The GMI ratio of about 114 % is obtained in near zero-magnetostrictive Co-based amorphous alloy ribbon annealed by short time rectangular pulse current.
利用短时矩形脉冲电流对近零磁致伸缩系数钴基非晶态合金带进行退火处理，得到约114%的巨磁阻抗变化率。
The invention provides a copper mould suction casting preparation device of an iron-based bulk amorphous alloy toroidal magnetic core and a method therefore.
本发明是一种铁基块体非晶合金环形磁芯的铜模吸铸制备装置及其方法。
The serial Mg-based block amorphous alloy has wide application prospect in the fields of novel light structure materials, and the like by excellent performance.
该系列镁基块体非晶合金的优异性能使其在新型轻质结构材料等领域具有广阔的应用前景。
The formation mechanism of Al-based amorphous alloy was summarized and it has the characteristic of valence electron concentration and the principle of similarity.
概述了铝基准晶态合金的形成机理，其形成存在着相似性原则，具有电子浓度特征。
The formation mechanism of Al-based amorphous alloy was summarized and it has the characteristic of valence electron concentration and the principle of similarity.
概述了铝基准晶态合金的形成机理，其形成存在着相似性原则，具有电子浓度特征。
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