1) uniaxial anisotropic radar absorbing coat
单轴各向异性吸波涂层
1.
For the design and analysis of the uniaxial anisotropic radar absorbing coat(UARAC),the formulae of computing its reflecting coefficient are derived from the theory of electromagnetic field for incident electromagnetic waves.
为了解决单轴各向异性吸波涂层(UARAC)的分析和设计中所遇到的反射系数计算问题,从电磁场理论出发,导出了电磁波以任意角入射时UARAC的反射系数公式。
2) Uniaxially anisotropic wavequide
单轴各向异性波导
3) Ti-anisotropic formations
单轴各向异性地层
4) Uniaxial layered structure
单轴各向异性分层介质
5) uniaxially anisotropic
单轴各向异性
1.
Surface polaritons in semi-infinite uniaxially anisotropic left-handed material;
单轴各向异性半无限左手化材料中的表面极化激元
2.
The Goos-Hnchen shift of uniaxially anisotropic left-handed material film;
单轴各向异性左手材料薄层的Goos-Hnchen位移
3.
Electromagnetic characteristics of uniaxially anisotropic left-handed material;
单轴各向异性左手材料的电磁特性
6) uniaxial anisotropy
单轴磁各向异性
1.
The anisotropic coupling mechanism was presented to interpret the origin of the strong uniaxial anisotropy for CoFe based multi-layer films.
基于实验结果及其分析讨论,探讨了CoFe基纳米多层膜中强单轴磁各向异性的起源问题,从而为更好地调控纳米多层膜的磁各向异性场和高频电磁性能提供理论参考和指导。
2.
The anisotropic coupling model was presented to interpret the origin of the strong uniaxial anisotropy for CoFe based granular films.
采用磁控溅射工艺制备Co40Fe40B20-S iO2纳米颗粒膜;研究影响颗粒膜磁各向异性的主要因素;基于实验结果及其分析讨论,提出各向异性耦合模型,解释了CoFe基纳米颗粒膜中强单轴磁各向异性的起源问题,从而为更好地调控纳米颗粒膜的微波电磁性能提供了理论参考。
补充资料:向涂
1.原路。谓来时路。
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