- 更多网络例句与相对磁导率相关的网络例句 [注:此内容来源于网络,仅供参考]
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There are various ways to shield static magnetic field. The principles of which come to one: to form a relatively closed space by using high magnetic inductivity material, in which space the magnetic flux runs through side of the shield, and thus the magnetic intensity is reduced.
静磁场屏蔽方式可以有许多方法,其原理都是采用高磁导率材料作为屏蔽体材料,在需要屏蔽的空间内形成一个相对密闭的空间,使得磁通沿着屏蔽体侧壁流过,从而减低屏蔽空间内的磁场强度,以达到屏蔽效果。
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The theoretical analyses show that the left-handedness of medium will be enhanced with the increase of VIC effect.
研究表明,在出现左手效应的频率区间VIC效应强弱对介质相对介电常数和相对磁导率实部取值有显著影响,介质的左手效应随VIC效应的增强而增强。
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The electromagnetic loss property was studied by the relative dielectric constant and relative magnetic permeability of the ferrites.
并测试样品的相对介电常数和相对磁导率,研究了它们的电磁损耗特性。
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Relative permittivity coefficient approaching 2 000 and relative permeability coefficient more than 1.4 are calculated respectively.
推算出脉冲形成线的相对介电常数接近2 000,相对磁导率大于1.4。
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Based on the model, retrieves the relative permittivity and relative permeability of the coating- material by iterative inversion of a neural network from the measured antenna temperature.
在此模型的基础上,用神经网络迭代法从测得的天线温度反演了隐身涂层材料的的相对介电常数、相对磁导率。
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The average coupling coefficient was put forward,which is the average of every single secondary coil's coefficient.
重点研究了平均耦合系数与磁芯纵横比、半径比、初级绕组-磁芯长度比、磁芯材料磁导率的相对变化关系。
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The magnetomechanical modeling of spherical magnet incased in spherical vessel is established. The influence to magnetic force by magnetic conductivity, remnant magnetism and radius of magnet, radius of container and off-centering of magnet is analyzed. The conclusion has universal character.
以球形永磁体和球形容器为对象,推导出永磁体磁浮力模型,分析磁导率、永磁体的剩余磁化强度和永磁体半径、容器半径以及永磁体相对于容器中心位置的位移对磁场力的影响,结论具有一定普遍性。
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The electromagnetic loss property was studied by the relative dielectric constant and relative magnetic permeability of the ferrites.
经测试样品的相对介电常数和相对磁导率后,研究了它们的电磁损耗特性。
- 更多网络解释与相对磁导率相关的网络解释 [注:此内容来源于网络,仅供参考]
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Effective magnetic permeability:有效磁导率
Effective focus size 有效焦点尺寸 | Effective magnetic permeability 有效磁导率 | Effective permeability 有效磁导率 有效渗透率 相对渗透率
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relative magnetic permeability:相对磁导率
relative key 相对键 | relative magnetic permeability 相对磁导率 | relative merits 优缺点
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relative merits:优缺点
relative magnetic permeability 相对磁导率 | relative merits 优缺点 | relative method 比较法
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relative motion:相对运动;相对移动
相对分子质量 relative molecular mass | 相对运动;相对移动 relative motion | 相对磁导率 relative permeability
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Effective permeability:有效磁导率 有效渗透率 相对渗透率
Effective magnetic permeability 有效磁导率 | Effective permeability 有效磁导率 有效渗透率 相对渗透率 | Effective reflection surface of flaw 缺陷有效反射面
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relative permittivity:相对电容率,相对介电常数
relative permeability 相对磁导率 | relative permittivity 相对电容率,相对介电常数 | relative velocity 相对速度
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relative permeability:相对磁导率
relative motion 相对运动 | relative permeability 相对磁导率 | relative position 相对位置
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relative permeability:空间磁导率
relative measurement 比较测量 | relative permeability 空间磁导率 | relative permittivity 相对介电常数
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Relevant indication:相关指示
Relative permeability 相对磁导率 | Relevant indication 相关指示 | Reluctance 磁阻
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FeNi:铁镍
坡莫合金实质上是铁镍(FeNi)合金,其矫顽力很低,而饱和磁密Bs、磁导率和居里温度都很高,接近于纯铁.多元坡莫 合金,初始相对磁导率可达30000~80000,但是电阻率低,在10-7Ω-m左右,它可以被加工成极薄的薄片,