magnetization

Impervious to the effect of a magnetic field; resistant to magnetization.

防磁的不受磁场作用干扰的; 防磁的.

By measuring the remanent magnetization of rocks, scientists have confirmed the thesis successfully.

通过测量岩石中的剩磁性, 科学家们成功证实了这一论断.

An extended model describing magnetization and magnetostriction in ferromagnetic amorphous metal ribbon is introduced.

用推广了的模型,讨论带状铁磁非晶体金属在弱磁场中的磁化和磁致伸缩特性.

Study of saturation magnetization and coercive force of Ti ( CN) base cermets

Ti（CN）基金属陶瓷饱和磁化强度和矫顽磁力的研究

Temperature dependence of saturation magnetization and effective magnetic anisotropy of fe_ ( 83) nb_6b_ ( 11) alloy

Fe（83）Nb6B（11）合金的饱和磁化强度和有效各向异性

Spontaneous Magnetization of a Body Made of Ferromagnetic Material in Geomagnetic Field Through Movement

铁磁性物体在地磁场中的自发运动磁化

This gap is the spin-orbit gap and its magnitude is a sensitive function of magnetization.

这间隙是自旋-轨道隙，其大小是磁化方向的敏感函数。

The possibility of magnetization technique is discussed in protection of gas reservior layer.

同时探讨了磁化技术用于保护油气储层的可能性.

Return-to-reference recording in which the reference condition is the absenceof magnetization.

基准状态是无磁化的回归基准制记录法.

A new model is proposed for dynamic magnetization performance of the core.

给出了模拟铁芯动态磁化特性的新模型.

An example is demonstrated to illustrate the qualitative modeling procedure of the magnetization curve.

文中以一实例说明磁化曲线定性模型的推导过程.

For double-layer ferromagnetic and ferromagnetic superlattices, the magnetization decreases with increasing temperature, and increases with increasing spin quantum number, intralayer exchange couplings and anisotropy constant.

对于双层亚铁磁性超晶格和双层铁磁性超晶格，低温磁矩随着温度的升高而减小，随着自旋量子数、层内耦合系数、各向异性参数的增大而增大。

Study on the Measurement Methods of Curie Temperature and Saturation Magnetization

居里温度和饱和磁化强度测量方法的研究

Study on efficacy change of tinctura iodine after magnetization

碘酊磁处理后效能变化的实验研究

The magnetization and jc ( B) characteristics of the sample was measured.

研究了样品的磁化和J c（B）性质。

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.

The magnetization characteristics of JCC 1-66 and JCC 5-66 type potentia l transformers are ana-lyzed.

比较分析了JCCl-66型和 JCC5 -66型电压互感器的励磁特性.

Finally, the reverse magnetization mechanism and the tentative way of improving coercive force were discussed.

最后讨论了这一材料的反磁化机制和提高矫顽力的途径。

The stress-impedance effect can be improved by using metal layer with high conductivity and magnetic layer with high saturation magnetization.

提高中间金属层的电导率也可以提高应力阻抗效应。铁磁层采用高饱和磁化强度的材料可以增加多层膜的应力阻抗效应。

The Zn_ ( 1-x) Co_xO crystal's magnetization vary unobviously as the temperature rises under the room temperature, the hysteresis loop of Zn_ ( 1-x) Co_xO crystals at 300 K was obtained, and showing room-temperature ferromagnetism.

Zn（1-x）CoO x晶体的磁化强度随温度变化很小，在室温300K存在明显的磁饱和现象和磁滞回线，表明具有室温铁磁性。

The Curie temperature and saturation magnetization of manganese-zinc ferrite were measured by using the electric bridge method, induced method and vibrating sample magnetometer ( VCM).

分别用电桥法、感应法和振动样品磁强计对锰锌铁氧体的居里温度和饱和磁化强度进行了测试。

The order applies to continuous magnetic yoke magnetization wet powder technique.

本规程适用于磁轭湿粉连续磁化法技术.

For the hard magnetic layer, the magnetization reversal process belongs to displace of the domain wall of formed nucleus;

硬磁层主要是通过形核的畴壁移动来实现其反磁化过程的。

Coil magnetization is the most widely used magnetizing method.

直流线圈励磁是管杆漏磁检测中一种最常用的磁化方法.

The effects of the electrodeposited Fe-Ni-P alloy compositions and electrodepositing technology on its technical magnetization parameters have been studied.

通过对电沉积Fe-Ni-P合金磁性的测定，获得了合金成分以及电沉积工艺对其技术磁性的影响规律。

The angle is multiplied by the intensity of magnetization of the surface.

与该角相乘的是表面的磁化强度.

The Curie's temperature Tc and saturation magnetization decreased obviously by Sr substituted with Cu or Ag and Sr2+ vacancy in the samples, while the initial susceptibility is increased.

通过用Cu或Ag部分替代Sr和少量Sr空位，使样品的居里温度和比饱和磁化强度比替代前的La（0.67）Sr（0.33）MnO3材料显著降低，而起始磁化率反而增加。

The Curie temperature and saturation magnetization increase with the Fe content.

居里温度和饱和磁化强度都随着Fe含量的增加而增高.

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.

The magnetic field is without any stray fields, preventing magnetization of the tool.

所有的区域都有磁场, 防止磁化工具.