magnetization intensity

英 [ˌmægnɪtaɪˈzeɪʃən ɪnˈtensəti] 美 [ˌmægnətəˈzeɪʃən ɪnˈtensəti]

网络  磁化强度

电力



双语例句

  1. The Characterisitics of Magnetization Differential and Magnetic Intensity in Ni-Zn Ferrite
    Ni-Zn铁氧体微分磁化率曲线特征的研究
  2. Magnetization Intensity Relaxation Time of Single-domain Ferromagnetic Granule
    单畴铁磁粒子磁化强度弛豫时间的探讨
  3. In terms of inversion method and programme for frequency-domain magnetization intensity, airborne magnetic data from the Tangshan-Luanxian earthquake region are processed and the horizontal distribution of apparent magnetization intensity in this region is obtained.
    依据频率域磁化强度反演方法和程序,对唐山滦县震区航磁资料进行了数据处理,求取了该区视磁化强度的水平分布。
  4. On such a basis, the shape and depth of the magnetic body below the Junggar basin were modeled by using the magnetization intensity of Archeozoic rocks from North China.
    利用小波变换技术对航磁异常进行了分离,并在此基础上利用华北地台太古代陆壳的磁化强度值模拟了位于地壳深部的古老结晶基底的形态与产状。
  5. To replace ion Fe 3+ with ion ( Zr 4+ Cu 2+), the saturation magnetization intensity of ion 4 π M s could be controlled. It is also shown that half width Δ H ferromagnetic resonance spectrum was increased greatly.
    用(Zr4+Cu2+)离子代换Fe3+离子,可以有效地调节饱和磁化强度离子4πMs,材料的铁磁共振谱的半宽度ΔH显著增大。
  6. A comparision of magnetization intensity between two deposits shows that the deposit containing La has favorable soft magnetization because rare earth can increase saturation magnetization intensity and decrease residual magnetization intensity and coercitive force of Co-Ni-B-La alloy film.
    两种镀层的磁化强度对比表明,稀土能够提高镀层的饱和磁化强度,降低剩余磁化强度和矫顽力,故含La镀层显示出良好的软磁性能。
  7. Deduction and Discussion on the Relation of Boundary Value Between Polarization Intensity and Magnetization Intensity Under the Microcosmic Physical Medium Model
    在介质经典微观物理模型下对极化强度和磁化强度边值的关系推导和讨论
  8. The effect of thermal resistances and regenerative losses on the performance of a magnetic stirling refrigeration cycle is studied with the beginning from a general expression of the magnetization intensity of ferromagnetic materials. The maximum cooling rate and other performance parameters are derived.
    从铁磁质的磁化强度一般表示式出发,探讨热阻和回热损失对磁斯特林制冷循环性能的影响,导出最大制冷率及其它性能参数。
  9. Study on the distribution of apparent magnetization intensity and its relation to earthquakes in tangshan-Luanxian earthquake region
    唐山滦县震区视磁化强度分布与地震关系的研究
  10. Experiments were carried out on the basic physical properties of the magnetic fluid, including density, the tension, the viscosity, the magnetization intensity and so on, and the results were analyzed.
    进行了磁性液体的密度、张力、黏度、磁化强度等基本物理性能的测量实验并分析了实验结果;
  11. When the magnetization field and the magnetization intensity remain unchangeable, the ratios between energy density and 2K_1 in the two cases have both the maximum and the minimum values; while the positions corresponding to the maximum value and the minimum value in each curve are the same.
    当分别保持磁化场和磁化强度不变时,两种情况下的能量密度与2K1之比值都有最大值和最小值,且各曲线上最大值与最小值对应的位置相同。
  12. To determine the distribution of magnetization intensity or density contrast from an observed magnetic or gravity anomaly with linear programming method
    利用线性规划法求重、磁场源分布
  13. It is found that there is difference between the axial force and the radial stiffness of the axial magnetization radial magnetic bearing and these of the radial magnetization one, when the shape, the dimensions and the intensity of magnetization are same.
    发现在形状、尺寸和磁化强度相同的情况下,磁环轴向磁化与径向磁化所得的径向刚度及轴向力均存在差异;
  14. Experimental results show that this surface covered Fe_3O_4 powder has an average particle size of 66 nm. Its saturation magnetization intensity is 14.0% higher than that of the uncovered particle.
    研究结果表明,表面包覆的Fe3O4粉末平均粒径66nm左右,饱和磁化强度比未包覆的Fe3O4粉末高14%;
  15. By flow cytometry analysis, marked with yellow on the green fluorescence of the magnetic fluid, magnetic magnetization DOX double red blood cell red blood cells containing an analysis of mean fluorescence intensity comparison.
    采用流式细胞仪分析法,对以标有黄绿色荧光的磁流体,磁化红细胞的磁化DOX双载红细胞的平均荧光强度进行分析比较。
  16. For the zero-field-cooling and the field-cooling magnetization processes, respectively, the stress intensity factors at the edge-crack tip of HTS in the decreasing process of the external magnetic field are analyzed by the finite element method.
    分别针对零场冷(ZFC)和场冷(FC)磁化过程,利用有限元方法分析了在外磁场减小过程中边缘裂纹尖端的应力强度因子。
  17. Thirdly, the paper makes analysis of the probe model with ANSYS, the simulation analysis of the burial depth, size of defects; pipe wall thickness, magnetization intensity and lift-off were made.
    然后,本文运用ANSYS对探头模型进行了有限元分析,对缺陷的埋藏深度和大小、钢管的壁厚、磁化的强度和提离间隙对漏磁检测的影响进行了仿真分析。