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1·Magnetic saturation effect on the saliency is used to distinguish the north magnetic pole from the south.

磁饱和影响的显着性是用来区分从南部的北磁极。

2·In this study, flux distribution is obtained with regard to magnetic saturation, which makes more accurate analysis possible.

本文研究中，所得到的磁通分布是相对于磁路饱和的，因而使分析更为精确成为可能。

3·A mathematical model to calculate the field current of a synchronous generator is presented, considering magnetic saturation effect.

在考虑同步发电机磁路饱和效应的基础上，提出了发电机励磁电流计算的数学模型。

4·The model can depict radial force and electromagnetic torque generated in the motor more accurately in the region of magnetic saturation.

在大电流饱和状态下，该模型有效地描述了电机产生的径向悬浮力和电磁转矩。

5·The above calculated results were based on two-dimensional nonlinear analysis, which did not allow for magnetic saturation at the back yoke.

上述计算结果是基于二维非线性分析，没有考虑导磁机壳的饱和问题。

6·Special attentions were paid on the influence of magnetic saturation. The tests showed that under proper parameter coordination magnetic rings …

试验结果表明，在适当的参数配合下，磁环能够有效抑制特快速暂态过电压的幅值和陡度。

7·Load method is used to calculate the parameters of PMSM, in which the material characteristics reflect the magnetic saturation under actual operation.

采用负载法计算永磁同步电动机的参数，使参数中的材料特性真正反映了实际负载条件下磁介质的饱和情况。

8·Transverse rupture strength, Rockwell a hardness, magnetic saturation induction and magnetic coercivity of samples sintered in vacuum or by sinter-HIP were measured.

测试了真空烧结和低压烧结试样的抗弯强度、洛氏硬度、磁饱和度和矫顽磁力。

9·Generally, when armature current is flowing, magnetic saturation takes place due to the influence from armature reaction flux, and torque linearity is impaired [10].

通常，当电枢电流流过时，由于受电枢反应磁通的影响，电机磁路会出现饱和，转矩的线性性被破坏。

10·The ferromagnetic materials which has high magnetic saturation, high characteristics of magnetic conductive and low remanence should be chosen first for the higher heat power.

在选择发热部件的材料时，应主要考虑具有磁饱和度高、导磁特性高，并且剩磁小的铁磁性材料，以便获得较大的发热功率。