- 更多网络例句与磁化力相关的网络例句 [注：此内容来源于网络，仅供参考]
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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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Similarly, the AMR begin to increase and then decrease with increasing the thickness d of the seed layer, and has a maximum value at a critical thickness d of 5.32nm. Compared to the permalloy films deposited on Ta seed layer ,the AMR enhancement of 10%-46% is observed in the permallay films deposited on (Ni0.82Fe0.18)1-xNbx seed layer.(2) The coercivity Hc1 obtained for magnetic field H applied paralley to the easyaxis is large than Hc2 for H applied perpendicular to the in-plane easy axis, and both of coercivity are consistent with the change of x.
2沿样品易轴方向的矫顽力Hc_1比难轴方向的矫顽力Hc_2大，两者随Nb原子的百分含量x的变化是一致的，饱和磁化强度Ms随x的增大先增大后减小，在x=27.1％处，Hc_1和Hc_2都比较小，而Ms则达到最大；种子层厚度d不能明显改变坡莫合金薄膜的磁性能；与以传统材料Ta为种子层的坡莫合金薄膜相比，以Ni_(0.82Fe_(0.18)_(0.829)Nb_(0.271)为种子层的坡莫合金薄膜的矫顽力只有轻微减小，但是Msg 以w讪Fq.t）lkNk为种于层的坡莫合全薄膜的各向异性戳电阻及磁性能研究却要大，mk坡莫合金层厂度！
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A measure of the effect of the medium on the magnetic field B when subject to a magnetizing force H: B = 0 in SI system, B = H + 4πI in cgs system, where 0 is the permeability of free space.
是介质在磁场 B 中所受磁化力为 H 时产生的效应：在国际单位制中 B = 0 在厘米-克-秒制中 B = H + 4πI 其中 0 为自由空间磁导率。
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According to the theory of remanence, the intensity of remanence is in direct proportion to the density of magnet and Ms.
究其原因：晶粒的细化可以提高磁体的矫顽力；而根据剩磁的理论公式，剩磁与磁体密度和饱和磁化强度成正比，剩磁的提高是磁体密度和饱和磁化强度的提高的综合效果，但其中饱和磁化强度的提高占主导地位。
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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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The results show that Fe0.13[Co20Ni80]0.87 alloy fibers are characterized with thin diameters between 0.3 and 2.0 μm, with high aspect ratio, dense and smooth surfaces. The crystalline size of the alloy fibers are mainly influenced by the thermal reduction temperature and are in the range of 20 to 50 nm with a corresponding reduction temperature range of 300 to 700 ℃. The magnetic properties of the alloy fibers are largely affected by the carbon content and crystalline sizes of the alloy fibers. With increasing thermal reduction temperature, the coercivity decreases while the saturation magnetisation value of the alloy fibers dramatically increases at lower reduction temperatures. The alloy fibers prepared at reduction temperature of 700 ℃ have a saturation magnetisation value of 120 Am2/kg and a coercivity value of 10.4 kA/m, respectively.
结果表明：Fe0.13[Co20Ni80]0.87合金纤维的直径为0.3~2.0 μm，表面光滑、长径比大；组成合金纤维的晶粒大小与还原温度密切相关，当温度为300~700 ℃时，晶粒尺寸由约20 nm增加到约50 nm；该合金纤维显铁磁性，其矫顽力主要受合金中C含量及晶粒大小的影响，随制备温度的升高而降低；饱和磁化强度则主要与合金的组分相关，随还原温度的升高和合金纯度的提高而增大；经700 ℃热还原后，合金纤维的饱和磁化强度 m s为120 Am2/kg，矫顽力 H c为10.4 kA/m。
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Single output wire of a DC power supply as shown in Figure 5. In this situation, the core will experience a large DC magnetizing force. If
一条输出线时，饱和即可能发生在此状况，此铁芯会经历一巨大的直流磁化力。
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Is related to the magnetizing force H by a constant of the medium called the 14 Magnetic permeability : B =0H.
与磁化力 H 和被称为导磁率的介质常数有关： B =0H。
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In cgs units, a magnetizing force gives rise to a flux density or field, with the units being equal in magnitude if in free space.
在厘米-克-秒单位制中，磁化力在自由空间中产生等量的磁通密度或场强。
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The magnetic intensity of the applied magnetic force on a ferromagnetic material denoted by the term H measured in oersteds; b. The magnetic inducition or flux density as the flux per unit area normal to the direction of the flux ,denoted by B and measured in gauss; c. The magnetic permeability establishes the relation between magnetic induction and magnetizing force expressed as B/H =u; d.Residual magnetism or remanent magnetism which remains in the casting after the magnetizing force has been removed .
磁场强度的应用磁力就一铁磁材料标注由任期h来衡量， oersteds ；乙磁inducition或磁通密度为通量每单位面积正常的方向通量，标注由B和衡量在高斯；长该磁导建立的关系磁感应强度和磁化力表示的B /为H = u ； d.residual磁性或剩余磁性，这仍然是在铸造后，磁化部队已被删除。
- 更多网络解释与磁化力相关的网络解释 [注：此内容来源于网络，仅供参考]
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magnetic force：磁化力
Magnetic flux density 磁通密度 | Magnetic force 磁化力 | Magnetic leakage field 漏磁场
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magnetized plasma：磁化等离子体
magnetic viscosity 磁粘性 | magnetized plasma 磁化等离子体 | magnetizing force 磁化力
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magnetizing force：磁化力
magnetizing field 磁化场 | magnetizing force 磁化力 | magnetizing 充磁
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magnetizing force：磁化力=>磁化力
magnetizing field ==> 磁化场,磁化磁场 | magnetizing force ==> 磁化力=>磁化力 | magnetizing inductance ==> 磁化电感
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peak magnetizing force：最大磁化力
peak flux density 峰值磁通量密度 | peak magnetizing force 最大磁化力 | pecker 读出针
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peak magnetizing force：尖峰磁化力
尖峰磁化場強度 peak magnetizing field strength | 尖峰磁化力 peak magnetizing force | 峰值點 peak point
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pulsating magnetizing force：脉动磁化力
pulsating magnetic field 脉动磁场 | pulsating magnetizing force 脉动磁化力 | pulsating quantity 脉动量
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axial magnetizing force：轴向磁化力
2494. axial magnetic field ==> 轴向磁场 | 2495. axial magnetizing force ==> 轴向磁化力 | 2496. axial mean ==> 轴向平均值
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air-gap magnetizing force：空隙磁化力
air-gap magnetic line || 气隙磁力线 | air-gap magnetizing force || 空隙磁化力 | air-gap relay || 气隙继电器
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biasing magnetizing force：偏磁化力(以 Hb表示)
biasing logic || 偏置逻辑 | biasing magnetizing force || 偏磁化力(以 Hb表示) | biasing resistance || 偏压电阻, 偏流电阻