磁化

The loss of magnetic hysteresis was calculated using Jile-Autherton magnetization model. The commercial finite element software FEMLAB was used to implement the presented model.

使用Jile-Autherton磁化模型计算磁滞损失，在商业有限元软件FEMLAB中实现了有限元模型。

Far infrared magnetized: There are far infrared magnets in the tin, which may produce a strong magnetic field. All this will form a magnetic line of force, which makes all the water molecules under the magnetic force. The water molecules will be in a group form, and become more active. It will be easier for human body to absorb so as to speed up blood circulation.

远红外磁化：奇石罐中设置了远红外磁石，能产生高强度的磁场，形成全方位的磁力线，使整个水分子处在磁力线的切割之中，从而使水分子形成并保持小分子团状态，增强水分子的活性，更利于人体的吸收，促进血液循环。

We got that,the charged particles be binded in this field,and canonly move along the magnetic line of force as spiral motion and the positive charges andnegative charges moved in opposite direction which be fromed the big molecular groups thatbe hardly absorption,by means of incrustation preventing.

讨论了轴对称非均匀磁场对带电粒子的作用，分析了"磁约束"对防垢、除垢的微观机理，指出满足磁约束理论的轴对称非均匀磁场的防垢，除垢效果好的原因，正是由于在这种磁场中，带电粒子的运动被约束在一定磁面上的某一磁感应线附近做以该磁感应线为中心的螺旋运动，且正、负离子的回旋方向相反，从而形成内部相互作用较弱的大分子簇团不易吸附在管壁上，达到防垢目的；磁化水的渗透压较大，可起到除垢效果。

In order to deeply study the electromagnetic field, first we must measure the magnetization characteristic of magnetic material with high accuracy.

为了能够更加深入的对电磁场进行研究，首先必须能够精确的测量出磁性材料的磁化特性。

Time sequence of the 25 m core was established based on ~14C dating, comparison of magnetic susceptibility curve and pollen record with SPECMAP curve.

根据~(14)C测年、磁化率曲线及孢粉图谱与SPECMAP曲线相对比，推算并建立了苏北盆地兴化钻孔剖面沉积物顶部25m的沉积地层年代序列：末次间冰期深度范围是25～17m，末次冰期范围是17～5.8m，全新世对应范围是5.8～0m；这一划分结果与已有的研究结果具有良好的对比性。

Some magnetic parameters, such as susceptibility, have been regarded as important proxies in the study of global change.

某些参数，如磁化率，已被视为全球变化研究的重要指标。

In the present work, the author introduces in detail the design, trial-manufacture and application of a magnetic susceptibility measuring device.

在本文中，作者详细介绍了液态金属磁化率测量仪的设计与试制及应用的情况。

The results show that the magnetic susceptibility changes distinctly at the phase transition temperature.

实验结果表明，样品在相变点处其磁化率有明显的变化。

The principle of this method is T_c measure the variation of susceptibility of magnetic materials with temperature near Curie point.

新方法的原理是在弱交流场下，测量磁性材料的磁化率κ随温度的变化，从而确定它的居里点。

A comparison of penetrograms obtained by this device to the corresponding magnetic susceptibility curves in several...

通过具体实例，比较分析了黄土的触探曲线和磁化率曲线，探讨了这两类曲线可比性的原因。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。