1.
The magnetization process consists of many small discontinuous flux changes.
磁化过程包括许多小而不连续的磁通变化。
2.
Magnetomechanical model of variation in magnetic flux versus stress for ferromagnetic material
铁磁材料磁通量变化与应力关系的磁力学模型
3.
Characteristics Emulation and Optimization Design of Flux Transfer Trip Based on Magnetic Field and Equivalent Reluctance
基于磁场和等效磁路的磁通变换器特性仿真和优化设计
4.
variable temperature micromagnetic susceptometer
可变温度微磁磁化率计
5.
The Melting Transition and Voltage Noise of Vortex Lattice in Hign Temperature Superconductors;
高温超导体磁通格子的熔化相变和噪声研究
6.
The common principle is the use of the induction of an electromotive force by the variation of the magnetic flux through a coil.
一般原理均是使用通过线圈的磁通量变化感应的电动势。
7.
demagnetization by continuous reversals
周期改变磁通方向的去磁
8.
Influence of Permanent Magnet Cross Section Shape on Field-Control Parameters of Variable Flux Memory Motor
永磁体形状对可变磁通记忆电机调磁参数影响
9.
With the variations in the DC supply voltage,it is easy to alternate the input DC voltage of the converter and control the rotating speed of stator's magnetic flux.
通过直流电源电压的变化 ,可以方便地调节定子磁链的旋转速度。
10.
We have demonstrated that the Kondo effect exerted by a magnetic ion depends on its chemical environment.
报道了如何通过改变单个磁性离子的化学环境来调控其自旋性质.
11.
Disorder and Thermally Driven Melting of the Flux-Line Lattice in Anisotropic Layered Superconductors;
层状超导体中无序和热涨落驱动的磁通晶格的熔化相变
12.
Changes of Functional Connectivity Network of Human V5 in VisualCortex:A Functional MRI Study
基于功能磁共振的人脑视觉皮层V5区功能连通网络变化的研究
13.
In strong fields the magnetization usually changes by rotation of the direction of magnetization.
在强磁场中，磁化往往由于磁化方向转向而改变。
14.
electromagnetic induction: Induction of an electromotive force in a circuit by varying the magnetic flux linked with the circuit.
电磁感应:由于同电路耦合的磁通量的变化而在电路中产生的感应电动势。
15.
The opposing magnetic intensity that must be applied to a magnetized material to remove the residual magnetism.
作用于磁化材料以去除剩磁的反向磁通强度。
16.
Optimization on Stator Structure Parameters of Axial Field Flux-Switching PM Machine
轴向磁场磁通切换永磁电机定子结构参数优化
17.
The geomagnetic field varies continuously.
地磁场不断地发生变化。
18.
Joint Inversion of Gravity and Magnetic Data with Varying Density and Constant Magnetic Susceptibility Interface Model
变密度常磁化强度界面重磁联合反演