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1)  negative magnetic permeability
负等效磁导率
2)  equivalent permeability
等效磁导率
1.
It is pointed out that the equivalent permeability and permittivity of honeycomb-structured absorbing materials are smaller than those of the absorbing layer,but the equivalent permittivity is reduced more significantly,so the equivalent permeability is more close to the equivalent permittivity.
根据强扰动理论,在长波长近似条件下推导出蜂窝结构吸波材料等效介电常数和等效磁导率的计算公式。
3)  effective permeability
等效磁导率
1.
The effective permeability and permittivity tensors are calculated,the dispersive curv.
分析得到了等效磁导率和等效介电常数张量,做出了色散曲线,获得了负折射率条件。
2.
The results show that the effective permittivity and effective permeability of the composite medium are negative simultaneously in C-band frequency region, and therefore ind.
利用有效媒质理论数值计算了复合媒质的等效介电常数与等效磁导率的频率响应特性。
4)  equivalent susceptibility
等效磁导率
1.
In this paper, according to the law of electromagnetic induction, the device measuring the equivalent susceptibility of metals was designed, which can real-time measure the change of the equivalent susceptibility of liquid metals during the cooling process.
根据电磁感应的基本原理,设计了可连续实时测量液态金属在降温过程中等效磁导率随温度变化的金属等效磁导率测量仪。
5)  negative permeability
负磁导率
1.
The thick ring resonators to achieve negative permeability andits left-handed behavior in perpendicular propagation;
垂直入射条件下厚金属环结构的负磁导率与左手材料行为
2.
Left-handed materials(LHM)have negative permittivity,negative permeability,and negative re- fractive index.
首先讨论了金属线点阵结构实现负介电常数和开口谐振环点阵结构实现负磁导率的内在机理,综述了目前实现左手材料的设计与制备方法,讨论了左手材料研究中能量如何定义以满足守恒律,左手材料的宏观等效参数的确定,以及影响左手材料负折射相对频带带宽的因素。
3.
Based on the analysis of the negative permeability properties of double split-ring-resonator array(SRRA),a simplified structure called single SRRA was proposed and demonstrated.
对双金属环阵列结构产生负磁导率的机理进行了分析,在此基础上,尝试采用单金属环阵列结构来构造负磁导率材料。
6)  negative permittivity
负磁导率
1.
In 1968, Veselago investigated a material with negative permittivity and permeability (left-handed materials) theoretically, and obtained novel results of negative refraction and reversed Doppler shift.
Pendry第一次提出了在微波频段的实现结构,周期排列的开口环谐振器(SRR)可以实现负磁导率,周期排列的金属线可以实现负介电常数。
补充资料:负负
1.犹言惭愧﹑惭愧;对不起﹑对不起。
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