左手介质,Left-handed materials
1)Left-handed materials左手介质
1.The Goos-Hnchen shift on the surface of uniaxially anisotropic left-handed materials;单轴各向异性左手介质表面的Goos-Hnchen位移
2.There has been a renewed interest in research ofLeft-handed materials(LHM) in the past few years.左手介质是近年来新兴的研究项目。
3.The effects caused by disorder,rotating and cutting in left-handed materials (LHM) are investigated.研究了基本结构移动、旋转、切割对左手介质传输特性的影响。
英文短句/例句
1.Analysis of Electromagnetic Characteristics for Left-Handed Materials Based on FDTD Method;基于FDTD算法的左手介质电磁特性分析
2.Study on the Propagation Property of Vortex Light Beams in Left-handed Materials左手介质中涡旋光束的传输特性研究
3.Characteristic Analyse of Left-Handed Material Cylindrical Waveguide Mode左手介质圆柱形波导的模式特性分析
4.Absorption Property in Rectangular Waveguide with Left-handed Material左手介质矩形波导的吸收特性(英文)
5.The Study of Refraction and Vectorial Properties of Waves in Uniaxial Left-handed Material;光在单轴左手介质中的折射和矢量性质研究
6.Transfer Matrix and Mode Eigenvalue Equation of Three-layer-material Plane Waveguide Formed by LHM含左手介质的三层介质平板波导的转移矩阵和本征方程的分析
7.Characteristics of Nonlinear Surface Wave in the Anisotropic Left-Handed Materials;各向异性左手介质的非线性表面波特性
8.Investigation on Discontinuity Problems of Left-Handed Dielectric Guiding Structures左手介质导波结构不连续性问题的研究
9.Electromagnetic Wave Propagation Characteristics in Anisotropic Left-handed Materials电磁波在各向异性左手介质中的传播特性
10.Perturbation Analysis of Asymmetric Metal-Clad Left-handed Materials Slab Waveguide非对称金属包覆左手介质平板波导的微扰分析
11.Novel tunable ferrite-wire chessboard structure left-handed metamaterial新型可调铁氧体-金属丝棋盘结构左手介质
12.One-dimensional Left-handed Photonic Crystal with Continuously Varying Permittivity介电常数连续变化的含左手介质一维光子晶体(英文)
13.The Study of Goos-H(?)nchen Shift in Left-Handed Materials and Dispersion Characteristics of Multilayered Metamaterials;左手介质中Goos-H（？）nchen位移及多层膜色散特性的研究
14.Investigation on the Miniaturization of Microstrip Antennas Based on the Backward Wave Property of Lefthanded Medium;基于左手介质后向波效应的微带天线小型化的研究
15.Excitation Mechanism of Extraordinary Electromagnetic Characteristics for Left-Handed Metamaterials and Their Applications;左手介质异常电磁特性激发机理与应用技术研究
16.On Scattering Characteristic of Conductor Cylinder Covered by Left-handed Material to Plane Electromagnetic Wave;左手介质覆盖导体圆柱对平面电磁波的散射特性研究
pared the Novel Chessboard Structure LHM With the Layer-to-Layer Structure LHM on Transmitted Properties新型棋盘结构与层式结构左手介质的传输特性比较
18.Dual-Band Photonic Crystal Filters with Two-defects of Negative-refractive-index Material含左手介质双缺陷态的一维光子晶体窄带双频滤波器
相关短句/例句
left-handed material左手介质
1.Research on Left-Handed Material Surface Wave Characteristics;左手介质表面波特性研究
2.The velocity of electromagnetic wave inleft-handed material;左手介质中电磁波的传播速度
3.Because it is the material with simultaneously negative permittivityεand permeabilityμ, compared with the regular material,left-handed material has some unusual properties as follows: negative refractive index, inverse Doppler effect, inverse Cerenkov radiation, anti-paralled phase and group velocities, and so on.左手介质是一种新型的人造材料,与常规介质相比,它同时具有负的介电常数ε和磁导率μ,表现出与常规介质不同的特性,比如负折射率、反向多普勒效应、负切仑科夫辐射、以及相速度与群速度的方向相反等等。
3)left-handed medium左手介质
1.Investigation on the miniaturization of the microstrip antenna based on the backward wave property ofleft-handed medium;基于左手介质后向波特性的微带天线小型化研究
2.The three ways to realize negative re- fraction that are from double negative medium to negative refraction,fromleft-handed medium to negative refraction, and from photonic crystals to negative refraction are expeounded deeply.介绍了负折射产生的原理及其奇特性质,着重阐述了实现负折射材料的3种主要方法:双负介质实现负折射、左手介质实现负折射和光子晶体实现负折射。
4)left-handed metamaterials左手介质
1.To verify the presence of the left-handed frequency band,3D numerical simulation is conducted to an array ofleft-handed metamaterials including eight units,which demonstrates that the left-handed metamaterial microstrip line can sup.基于裂缝谐振环结构的降频技术,首先设计了一种电尺寸较小的左手介质微带线单元,并根据电磁波在微带线上的传输和反射数据,分别计算了左手介质的有效介电常数和有效磁导率。
5)left-handed materials左手性介质
1.Advances in research onleft-handed materials;采用电磁理论分析了左手性介质的基本性质 ;阐述了用左手性介质制作的平板透镜进行实现超衍射分辨率成像的机理 ;介绍了在人工构造左手性材料方面所取得的实验进
6)left-right hand medium左-右手介质
延伸阅读
左手定则左手定则left-handrule确定载流导线在外磁场中受力方向的定则。又称电动机定则。左手平展，大拇指与其余4指垂直，若磁力线垂直进入手心，4指指向电流方向，则大拇指所指方向为载流导线在外磁场中受力的方向。
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