The magnetic intensity of the applied magnetic force on a ferromagnetic material denoted by the term H measured in oersteds; b. The magnetic inducition or flux density as the flux per unit area normal to the direction of the flux, denoted by B and measured in gauss; c. The magnetic permeability establishes the relation between magnetic induction and magnetizing force expressed as B/H =u; d. Residual magnetism or remanent magnetism which remains in the casting after the magnetizing force has been removed.
磁场强度的应用磁力就一铁磁材料标注由任期h来衡量，oersteds ；乙磁inducition或磁通密度为通量每单位面积正常的方向通量，标注由B和衡量在高斯；长该磁导建立的关系磁感应强度和磁化力表示的B /为H = u ； d.residual磁性或剩余磁性，这仍然是在铸造后，磁化部队已被删除。
Part of each pole is encircled by a copper coil or strap; the induced current in the strap opposes the change of flux through the coil, so that the maximum field intensity moves across the pole face on each cycle, thus producing a low level rotating magnetic field which is large enough to turn both the rotor and its attached load.
每个极的部分都被铜线圈或铜带包围住；为了阻止线圈中的电流变化铜带中就会产生感应电流，以便每个周期最大场强都能越过极面，从而产生一个足够大的低级转动磁场来传动转子以及它上面的负载。
According to the B-H curve, the working intensity of magnetic flux at each temperature phase and the standard of selecting magnetic inductance, we compare th...
最后将3种磁芯制成电感应用于20W/120V的同款镇流器中，对实际应用结果进行分析后，列出了可选用的优先次序，指出了各自应用场合。
Week 12 Magnetic induction intensity, magnetic flux, Gauss theorem of magnetic field, Biot-Savar law, magnetic field of moved charge.
第12周磁感应强度，磁通量，磁场的高斯定理。毕—萨定律，运动电荷产生的磁场。
The residual magnetic flux intensity makes the starting work point of current transformer change on B-H curve, and hence the magnetic saturation state is aggravated in shorter time, which is the main reason to cause the misoperation accident of differential protection.
铁心剩磁的存在使电流互感器在B-H曲线上的起始工作点发生变化，加重了饱和程度和缩短进入饱和时间，这是差动保护误动的重要原因。
Measurement System for Surface of Magnetic Field Intensity Distribution and Magnetic Flux of Radial-Magnetized Ring Alnico
径向充磁圆环磁钢表面磁感分布及磁通量测量系统设计
Magnetic line of force and magnetic flux intensity of magnetic valve section of MCR changed when applying different amplitude of DC to MCR through ANSYS.
通过ANSYS仿真，对磁控电抗器施加不同幅值的直流，磁控电抗器磁阀部分的磁力线分布和磁感应强度均会相应发生变化。
The larger DC was, the more intensive magnetic line of force and the larger of magnetic flux intensity would be.
直流越大，磁力线会越密集，磁感应强度也会越大。
Further research on magnetic field intensity, magnetic flux density and nodal current density is carried out under the condition of fuze volume restriction which will be a good theoretical reference on the design of the couple structure of the inductive setting system.
在保证满足引信体积大小的前提下，对耦合结构的磁场分布、磁感应强度、节点电流等进行了研究，为感应装定系统耦合结构的设计提供了理论依据。
Relationship between cosmic ray flux, climatic changes and the variations of the earth's magnetic field intensity
宇宙射线通量和气候变迁与地球磁场强度变化的关系
From magnetic field equation and the principle of the work and energy, We derive the effect of the magnetic field gradient and magnetic flux invariance. Further, we obtain the axial magnetic field intensity at the retrace point of the charged particle in magnetic constrain device.
根据磁场方程和功能原理，导出了磁场梯度效应，并得到磁通不变原理，从而找到，在磁约束装置中，带电粒子折返点处的轴向场强。