- 更多网络例句与顽磁相关的网络例句 [注：此内容来源于网络，仅供参考]
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In part two, we present a theoretical investigation on the thickness dependence of the exchange bias and the coercivity in FM and AFM bilayer systems, in which the exchange coupling at the interface includes both the bilinear and biquadratic terms.
在第二部分里，我们在理论上解析地给出铁磁和反铁磁双层膜系统的交换偏置和矫顽场随铁磁层、反铁磁层厚度的关系式，其界面耦合包含二次、双二次耦合，铁磁层、反铁磁层厚度均有限。
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From TEM bright field image, it can be seen that the surface image of CoPt formed discrete islands, and gradually change to continuous film as the CoPt thickness increase. After annealed at 700℃ for 30 minutes, the single domain state is found by the observation of MFM images at 7.5 nm CoPt. At single domain state, the variation of coercivity with particle size agree with the theory of single domain particles.
由TEM平面明视野影像可以看到，随著CoPt厚度的增加，其表面型态由不连续岛状结构逐渐转变为连续膜，从MFM图可以发现於700℃退火30分钟之CoPt(7.5 nm)为单磁区状态，在此单磁区状态其矫顽磁力随颗粒直径的变化符合单磁区理论。
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The measured degree relations of coercivity and remanence coercivity of the oriented BaF particulate samples can be explained by the Fanning process of the model of oblate ellipsoid chain.
扁旋转椭球链的扇对称反磁化过程可以比较好地解释取向BaF磁粉样品矫顽力和剩磁矫顽力角度关系的实验结果。
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For Permalloy/FeMn bilayers, the exchange field and coercivity decay exponentially in time with the application of an applied field antiparallel to the unidirectional anisotropy direction. The relative change of the exchange field, 1-H〓/H〓(t=0) also decays in an exponential manner with the FeMn layer thickness.
通过Py／FeMn双层膜结构研究了反铁磁层的厚度对交换耦合热稳定的影响，发现对于Py／FeMn双层膜，在外场方向与单向各向异性方向反平行时，交换偏置场和矫顽力随时间的变化呈指数衰减，耦合场和矫顽力的相对变化随FeMn层的厚度衰减。
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Experimentally, in order to increase the coercivity of the hybrid recording media for increasing the area density, the influences of the magnetron sputtering parameters on the magnetic properties of TbCo films have been investigated.
实验上，围绕着光磁混合记录介质需要具有高的矫顽力，以提高介质记录面密度的问题，采用控制变量法，研究了制膜工艺参数对TbCo薄膜矫顽力的影响，得到了TbCo薄膜获得高矫顽力的最佳制膜工艺条件。
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Multiple magnetic parameters such as magnetic susceptibility , anhysteretic remanent magnetization , saturation remanent magnetization , coercivities of SIRM , and S ratios (relative abundance of low-coercivity magnetic minerals) are measured for all 179 surface samples, and partial representative samples are examined for their magnetic hysteresis parameters, temperature-dependence of magnetic susceptibility and x-ray diffraction spectra.
对于全部179个海底表层沉积物样品，测量了多个磁学参数，如：磁化率、非磁滞剩磁、饱和等温剩磁、剩磁矫顽力、S比率（低矫顽力矿物的相对含量）。
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Interpretation of the magnetic parameters suggests roughly constant proportions of haematite and magnetite with a predominance of ferrimagnetic grains in superparamagnetic and multidomain + pseudo singledomain grain sizes.
各监测点磁性参数的测试结果表明，高矫顽力的&赤铁矿&和低矫顽力的&磁铁矿&的含量之比大致变化不大，在这些气溶胶中，在超顺磁、多畴和伪单畴的矿物晶体颗粒中，以亚铁磁性矿物占优。
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The soft layer of ECC media usually possesseshigh saturation magnetization and also high demagnetizing energy density.
ECC介质由交换耦合的软磁层与硬磁层构成，它是通过软磁层与硬磁层的磁矩在磁化反转过程中的非一致转动来达到降低矫顽力的效果，而无外场时热反转仍为一致转动，因而能保持较高的热稳定性。
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When demagnetization is controlled by nucleation, the effective demagnetization factor in coercivity model will be reduced with addition of Sn. But, in the same time, harmness of imperfects on surface of grain to coercivity will be increased.
在形核控制情形下，掺杂Sn能明显减小矫顽力表达式中的有效退磁因子N〓，但也使晶粒表面缺陷项对矫顽力的危害增大。
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For improving the static and dynamic seal properties of the magnetic fluid seal, the correlation between the seal capacity and the residual induction intensity and coercive force of permanent magnet has been studied. An ANSYS model for analyzing parametrically magnetic path was developed and optimize design of the magnetic path parameters has also been carried out based on the model and simulation analysis.
为了提高磁流体动、静密封的能力，文中探讨了磁性材料中剩余磁感应强度和矫顽力与磁流体密封能力之间的相互关系；建立了基于磁路参数化的ANSYS模型，通过磁路的仿真，数值计算实现了磁流密封结构的优化设计。
- 更多网络解释与顽磁相关的网络解释 [注：此内容来源于网络，仅供参考]
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coercive force meter：矫顽磁力计, 矫顽磁场强度测定器
coercive field | 矫顽磁场 | coercive force meter | 矫顽磁力计, 矫顽磁场强度测定器 | coercive force | 抗磁力,矫顽(磁)力
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coercivity：矫顽(磁)力
这些颗粒的尺寸分布具备奈米级的均一性,使因此具有室温矫顽磁力(coercivity). 稀土过渡金属化合物SmCo5与Sm2Co17的磁晶异方性(magnetocrystalline anisotropy)高达20×106J/cm3,因此具有惊人的矫顽磁力,这使应用性相当被看好. 不过,
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MAGNETIC COERCIVITY：磁矫顽力
MAGNETIC ANISOTROPY 磁各向异性 | MAGNETIC COERCIVITY 磁矫顽力 | MAGNETIC DOMAIN(WALL LENGTH, ENERGY, ETC.) 磁域(壁长度 能量 等)
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residual magnetism：顽磁
residual fine dust 残留细尘 | residual magnetism 顽磁 | residual pillar 残留煤柱
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magnetic reluctivity：磁阻系数
magnetic reluctance 磁阻 | magnetic reluctivity 磁阻系数 | magnetic remanence 磁顽,顽磁
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remanence：顽磁
remaining resources 保留地下资源 | remanence 顽磁 | remining 再次开采
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magnetic remanence：顽磁
magnetic reluctance 磁阻 | magnetic remanence 顽磁 | magnetic resistance 磁阻
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magnetic remanence：磁顽,顽磁
magnetic reluctivity 磁阻系数 | magnetic remanence 磁顽,顽磁 | magnetic reproducing head 放音磁头
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coercitive：矫顽[磁]力,矫顽[磁]场
矫顽[磁]力表 coercimeter | 矫顽[磁]力,矫顽[磁]场 coercitive | 矫顽[磁]力 coercitive force
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coercitive force：矫顽[磁]力
矫顽[磁]力,矫顽[磁]场 coercitive | 矫顽[磁]力 coercitive force | 矫顽[磁]性的,强迫的 coercive