磁性合金

  • 网络magnetic alloy
磁性合金磁性合金
  1. 磁性合金界面层还可导致畴结构的改变及TMR和AMR的增强。

    The magnetic alloy interfacial layers in MLs may change the domain structure and enhance transverse MR and AMR .

  2. 一维磁性合金的电阻理论

    Theory of resistivity of 1 & dimensional magnetic alloy

  3. 磁性合金A(1-x)Bx相图的理论计算

    Theoretical Magnetic Phase Digram for A_ ( 1-x ) B_xAlloys

  4. 一个研究非晶磁性合金晶化过程的有效参量&反常Hall系数

    Effective parameter for crystallization study of amorphous magnetic alloys & anomalous Hall coefficient

  5. 磁性合金Kondo电导的精确解

    An Exact Solution for Kondo Conductance of Magnetic Alloys

  6. 非晶态R-T磁性合金磁结构类别的判定

    Determination for the sort of magnetic structure of amorphous RT magnetic alloys

  7. 结果表明Fe-Si是在低频下应用较好的磁性合金,但其在低频段和高频段的电磁波吸收性能均不及Fe-Co-Ni超细合金粉。

    It shows that Fe-Si was well used in low frequency , but it is not good as the microwave absorbing capability .

  8. Kerr磁滞回线测量结果表明除了Co-Ni合金薄膜,其它磁性合金薄膜都是很好的矩磁材料,且均没有明显的面内各向异性。

    The results of Kerr magnetic hysteresis loops revealed that the alloy films are all good rectangle magnetic materials and do not have the in-plane magnetic anisotropy except the Co-Ni film .

  9. 本文研究了退火温度等因素对Fe-Cr-Si-Mo、Fe-Cr-Co、Fe-Cr-Al铁磁性合金阻尼特性的影响。

    The influence of heat treatment ( annealing temperature ) on damping characteristic of Fe-Cr-Si-Mo 、 Fe-Cr-Co and Fe-Cr-Al ferromagnetic alloys is studed .

  10. 添加元素对热敏磁性合金Bm-T曲线陡度影响的分类

    The Classification of the Effects of the Addition Elements on the Slope of the Bm-T Curve of Thermal Sensitive Magnetic Material

  11. 利用随机键海森堡模型计算了面心立方、体心立方的居里点和耐尔点,给出了磁性合金临界点的计算公式,进而分别给出自旋1/2和3/2情况下Tc-x相图,并加以分析。

    The formulas for calculating critical temperatures of random-bond Heisenberg model are given . For example , the Tc-x phase digrams of the body-centered-cubic ( bcc ) and face centered-cubic ( fcc ) lattices for with spin-1 / 2 and spin-3 / 2 are provided and discussed .

  12. 热处理对铁磁性合金阻尼特性的影响

    Effect of heat treatment on the damping characteristic of ferromagnetic alloys

  13. 低温熔盐电化学制备CoNiFe磁性合金膜

    Preparation of Magnetic Alloy Film via Low Temperature Molten Salt Electrochemistry

  14. 导体结构对超导磁体最大磁场的影响坡明伏超导磁性合金

    Influence of conductor structure on maximum field density in superconducting magnet

  15. 采用化学镀制得钴硼磁性合金镀层。

    Magnetic cobalt-boron alloy deposits were prepared by electroless plating .

  16. 四种非晶磁性合金在流体静高压下的磁化特性

    Magnetization character of amorphous magnetic alloys at high hydrostatic pressure

  17. 非晶态磁性合金的磁阻和磁击穿现象

    Magnetoresistance and magnetic breakdown phenomenon in amorphous magnetic alloys

  18. 非磁性合金激光焊旋转磁场搅拌机理

    Mechanisms of rotational magnetic field stirring of laser welded nonmagnetic alloy for laser welding

  19. 该间隔环是精确详细的非磁性合金或高分子的。

    The spacer ring is a precision detail made of non-magnetic alloy or polymer .

  20. 较高杂质浓度磁性合金负磁阻的关联对模型

    Coupling pair model for negative magnetoresistance of magnetic alloy with slightly high concentration of impurity

  21. 玻璃包覆磁性合金微丝作为一种新颖的一维合金&玻璃复合材料,具有独特的静磁和高频电磁性能。

    The glass-coated alloy microwires ( GAM ) as one kind of novel one-dimensional alloy & glass composites show unique magnetic and high frequency electromagnetic properties .

  22. 薄片形状的磁性合金颗粒材料由于强形状各向异性可使其自然共振频率大大提高,有利于获得微波高磁导率磁性合金。

    Flaky morphology of magnetic alloy particle material can raise its natural resonance frequency because of strong shape anisotropy , which is advantageous to acquiring high microwave permeability .

  23. 介绍一种检测轧机轧制力的特殊仪表,其传感器由整块力敏磁性合金材料加工而成,过载能力强。

    A Special instrument is used for measuring rolling force of rolling mill , its transducer is made of solid piezomagnetic alloy material and the overload capacity of the instrument is high .

  24. 本文简单地介绍了金属功能材料在现代汽车工业及其有关领域中的使用状况和发展趋势。重点叙述磁性合金、形状记忆合金和贮氢合金的情况。

    This paper introduces simply status and developing trend of metallic functional materials used in modem automobile industry and correlation area based on the description of the magnetic alloys , shape memory alloys and hydrogen - storing alloy .

  25. 另一方面,军用隐身技术迫切需要高性能的雷达波吸收材料。薄片状纳米晶结构的磁性合金材料具有较高微波磁导率,越来越引起研究者们的关注。

    On the other hand , microwave absorbing materials are being used to confront radar detection in military fields . It has attracted the researches ' attention on flaky morphology of magnetic nanocrystalline alloy material with flaky morphology and high permeability .

  26. 低能离子束方法制备磁性Fe-Si合金薄膜

    Magnetic Fe-Si alloy films prepared by low energy ion beam technique

  27. 研究了稀土Tb对Ni50Mn29Ga21磁性记忆合金抗弯强度和断裂行为的影响。

    Effect of terbium on the bending strength and fracture behaviors of Ni_ ( 50 ) Mn_ ( 29 ) Ga_ ( 21 ) magnetic memory alloy has been investigated .

  28. 多晶Ni-Mn-Ga磁性记忆合金的相变行为及稀土元素铽的作用

    Phase Transformation Behaviors and Effect of Terbium in Polycrystalline Ni-Mn-Ga Magnetic Shape Memory Alloys

  29. 成分对多晶Ni-Mn-Ga磁性记忆合金相变行为的影响

    Effects of composition on phase transformation behaviors in polycrystalline Ni-Mn-Ga magnetic shape memory alloy

  30. Ni-Fe-Ga-Co磁性记忆合金微观组织与力学行为

    Microstructure and Mechanical Properties of Ni-Fe-Ga-Co Ferromagnetic Shape Memory Alloys