magnetic flux density

1. On the center surface of EMS, magnetic flux density in the corner is significantly greater than that in the center.
   钢液中心面的磁感应强度在角部要明显大于中心。
2. If a magnetic flux density is larger than threshold Bop, DO is turned to sink and DOB is turned to drive.
   如果磁通密度大于阈值波普，DO是转向下沉和出生日期是转向驱动器。
3. The magnetic field in ingot inducted by coil is parallel to the symmetry axis and the magnetic flux density is nearly uniform.
   搅拌线圈产生平行于对称轴的磁场，其磁感应强度在铸锭部分呈均匀分布；
4. After the validation of numerical results by experiments, the three dimensional distributions of magnetic flux density in the soft-contacting EMCC mold were systematically investigated.
   描述了自行设计的电磁软接触圆坯连铸结晶器，给出了相应的三维圆坯连铸结晶器电磁软接触电磁场的数学模型。
5. In the radial of EMS, magnetic flux density and electromagnetic force decrease with the increase of frequency, the influence of frequency on tangential velocity is very little.
   沿搅拌器中心径向，磁感应强度和电磁力随频率增加而减小，频率对切向流速的影响不大。
6. Normal magnetic flux density
   正常磁感应[磁通]密度
7. A unit of magnetic flux density equal to one weber per square meter.
   磁通量密度单位等于每平方米韦伯。
8. High saturation magnetic flux density, high frequency little consumption.
   高饱和磁通密度，高频损耗小。
9. Magnetic Field Intensity, Magnetic Flux Density, Coercive Force, Vertical Axis Wind Turbine, NdFeB Rare-Earth Permanent Magnet.
   磁场强度，磁通量密度，矫顽力，垂直轴风力发电机，稀土钕铁硼永磁材料。
10. The vector plot of3D magnetic flux and the surface plot for the radial component of magnetic flux density were obtained, which could show the feature of the MLF near defect expressly.
    利用数学模型对漏磁信号进行了仿真分析，得到了三维磁通密度矢量图和它的径向分量曲面图，直观地显示了缺陷附近漏磁场的特点。
11. The relationship between average value of magnetic flux density in annular channels and excitation electrical currents are experimentally obtained.
    通过实验方法研究了剪切通道平均磁通密度与励磁电流的关系；
12. At the same frequency, magnetic flux density, electromagnetic force and velocity all increase with the current.
    当频率相同时，磁感应强度、电磁力和流速随着电流的增加而增加。
13. Fast cooling in heat treatment can decrease magnetic flux density.
    快速冷却可降低钢的磁通密度。
14. The influence of frequency on magnetic flux density and lorentz force in melt is studied.
    研究了磁场频率对金属熔体内磁感应强度及洛仑兹力的影响。
15. The mechanism of influence of the magnetic flux density on the migratory behavior was discussed.
    并对磁场强度影响初晶硅迁移的机制进行了探讨。
16. Effect of Magnetic Flux Density and Magnetized Time on Blood Indices of Common Carp
    磁通量密度和磁化时间对鲤鱼血液学指标的影响
17. The results showed that the magnetic penetration and magnetic flux density were enhanced by increasing the number of split;
    结果表明：增加开缝数提高了结晶器透磁性，增大了磁感应强度；
18. The magnetic flux density distribution in the model arc chamber and the phase difference between coil current I and magnetic field B have been measured.
    本文实测了模型灭弧室的磁密分布及驱弧线圈电流I与弧区磁密B的相位差。
19. In the design of transformer, The selection of maximum magnetic flux density B m is a complex problem.
    在变压器设计上，最大磁通密度Bm的选择是一个比较复杂的问题。
20. Numerical calculation for magnetic flux density and electromagnetic pressure under dual frequency electromagnetic shaping of liquid metal
    液态金属双频电磁成形中磁感应强度和电磁压力的数值计算
21. A good correlation can be seen from the distribution of magnetic flux density in the location of the human body and the distribution of induced current density.
    在计算结果中，对比了人所处位置的磁感应强度和人体内的感应电流密度的分布情况。
22. At last, testing experiments using physical model were carried out, from which the magnetic flux density distribution and current density distribution were obtained. The image results showed the feasibility of the system.
    对上述系统进行了物理模型实验，得到了磁通密度分布图像和电流密度分布图像（MRCDI），验证了系统的可行性；
23. The methods to reduce transformer noise by reducing magnetic flux density and optimizing structure design are discussed under saving transformer material cost.
    讨论了通过降低磁通密度和优化结构设计，在节省变压器材料成本前提下降低变压器噪声的方法。
24. Using the proposed model, the relation between the magnetic flux density in the air of the giant magnetostrictive force sensor and the value of force applied on the magnetostrictive rod is calculated.
    应用该模型计算了超磁致伸缩力传感器空气隙中的磁感应强度和磁致伸缩棒上施加力的关系，并与实验值进行了比较。
25. In this study, the separating object was iron-rich impurity particles in Al-Si alloy and dynamic experiments had been done to study the effect of magnetic flux density, cross shape of separator channel and circle size of metal melt no separating efficiency.
    文中以铝硅合金中的富铁相杂质颗粒为分离对象，利用流动试验研究了磁感应强度、分离通道截面形状和金属熔体回路尺寸对分离效率的影响。
26. The variation of particle number concentration caused by high gradient magnetic field was measured by the electrical low pressure impactor ( ELPI). Effects of particle magnetization, magnetic flux density, aerosol velocity and fill ratio of ferromagnet media on particle capture efficiency have been systematically studied.
    采用电称低压冲击器（ELPI）在线实时测量了颗粒浓度的变化，系统研究了颗粒磁性、磁场强度、气溶胶流速和磁介质填充率对颗粒捕集效率的影响。
27. A finite element model was established, Analysis the influence of the logarithm of permanent magnet to the magnetic flux density, discuss the influence of the width of unilateral coil to electromagnetic thrust.
    建立有限元模型，分析永磁体的对数对电磁场的影响，探讨了单边线圈宽度tw对电磁推力的影响。
28. It shows that Power Magnetic Bearing with improvement has a higher magnetic flux density of air-gap through theoretical arithmetic and electromagnetic field analysis.
    通过理论计算和电磁场有限元分析表明：改进后的动力磁轴承具有较高的气隙磁密，意味着提高了动力磁轴承的输出功率。
29. The characteristics of rubidium and Zeeman Effect in the magnetic field are introduced. And we describe the theoretical expression of the relationship between the splitting and the magnetic flux density.
    我们对铷原子特性及其在磁场中发生的塞曼效应作了介绍和分析，并给出了裂距与磁场的关系表达式，建立了外磁场与原子之间的联系。

noun

1. the amount of magnetic flux in a unit area perpendicular to the direction of magnetic flow

   Synonym:    magnetic field strengthmagnetic intensitymagnetic induction