1·The likelihood of an electron scattering in a magnetized iron layer depends on whether the spin points in the same direction as the iron magnetization or in the opposite direction.
一个磁化的铁层的电子散射的可能性就取决于是否自旋是否指向与铁磁化的同一方向。
2·To take an extreme example, imagine that an electron does not scatter in an iron layer unless its spin points in the same direction as the layer's magnetization.
举一个极端的例子，假设一个电子没有在一个铁层散射，除非与层的磁化方向相同地旋转。
3·Grunberg's team prepared their three-layer sample with the magnetization in the two iron layers pointing in opposite directions.
grunberg的研究小组准备的三层样品中的两个铁层的磁化方向相反。
4·Shows high magnetization effect of magnetic iron when magnetic particle coil not conductive, torque transmission shaft transmission from not in driven shaft.
显示高磁化效应的磁性铁粒子当磁性线圈不导电时，转矩不会从传动轴传导于从动轴。
5·Above the Curie temperature there is no spontaneous magnetization.
在居里温度以上，没有自发的磁化。
1·The intensity of the magnetic field needed to reduce the magnetization of a ferromagnetic material to zero after it has reached saturation.
磁场的强度，为在强磁性的物质达到饱和之后，把它的磁化作用缩小到零所必需。
2·According to the characteristics of tubing-magnetic-leakage detection, tubing magnetization and residual magnet in it are analyzed.
根据油管漏磁无损检测的特点，分析了油管的磁化作用和其中存在的剩磁。