| 1. | Prediction of magnetic anisotropy for electric steel
电工钢磁性各向异性的预估 |
| 2. | Crystal magnetic anisotropy energy
晶体各向异性磁能 |
| 3. | The measurement of mnbial torque at low temperature shows that mnbial film possesses a perpendicular magnetic anisotropy with decreasing temperature down to 80k
低温转矩测量表明，溅射mnbial薄膜在80k主要是垂直膜面各向异性。 |
| 4. | By high frequency injection method and a kind of magnetic anisotropy of pmsm , the rotor saliency position can be calculated in the pmsm sensorless vector control system
摘要通过注入特定的高频电压信号，利用电机的各向异性以确定转子的凸极位置，在同步电机无传感器矢量控制中，对包括零速度在内的所有速度下都能获得精确的转子位置信息。 |
| 5. | Recently , magnetoplumbite hexagonal ferrites have been considered as attractive candidates for high - density recording materials because of the good mechanic , chemical properties and high magnetic anisotropy
近年来，磁铅石型六角铁氧体以其优良的机械耐磨性，优异的化学稳定性，高的磁晶各向异性而被认为是一种极有潜力的高密度磁记录介质。 |
| 6. | To some materials , the mixing of the different multiplets of the ground term will affect the arising of the magnetic anisotropy , but by the calculation of the ergag , we find the mixing has no effect on it .
对某些材料，多重项耦合对磁性各向异性的产生也有一定的影响。但对ergag石榴石我们的计算发现，多重项的耦合对其磁化几乎没有影响。 |
| 7. | The direction of the easy axis of the soft layer has little influence on the magnetic hysteresis and magnetostriction of the ecmm when the magnetic anisotropy of the magnetostrictive layer is much larger than that of the soft layer
虽然软磁层的磁各向异性角对多层膜的磁学及力学性质几乎没有影响,但磁各向异性常数却会显著影响多层膜的性质。 |
| 8. | If the magnetic anisotropy of the magnetostrictive layer is much larger than that of the soft layer , the magnetic hysteresis and magnetostriction of the ecmm magnetized along the easy axis of the magnetostrictive layer are different from those of hard axis of the magnetostrictive layer
当磁致伸缩层磁各向异性与软磁层磁各向异性相差较大时,沿磁致伸缩层的易轴方向或难轴方向磁化,多层膜的磁学及力学性质差别较大。 |
| 9. | The thesis reports the magnetic properties of erbium gallium gallate ( ergag ) under the high magnetic field by using quantum theory . the theoretical results are compared with the experimental ones , and the factors , whether they have effects on the magnetic anisotropy , have been discussed
本论文报道利用量子理论对强磁场下ergag ( er _ 3ga _ 5o _ ( 12 ) )石榴石磁特性的理论研究，并将其结果与实验进行了比较分析，讨论了影响ergag磁性各向异性的因素。 |
| 10. | To obtain the mechanism , we find the temperature " contribution to the magnetic anisotropy . the change of the temperature have a main effect on the occupied probability to all the energy levels . to the diverse crystal site , the probability is not identical
为进一步分析ergag石榴石磁性各向异性的产生机理，我们计算温度的变化对ergag磁化的贡献，发现温度的变化对不同方向磁化的影响也很大，温度的变化影响了离子占据能级的几率，并且沿不同磁化方向，对不同晶座，温度的影响也有着不同的差异。 |
