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- A brief introduction to domestic research of negative refracting materials is given,and two possible routes t... 本文还简要介绍了国内负折射材料的研究现状,提出了利用高分子功能材料实现负折射的两种可能的途径。
- A brief introduction to domestic research of negative refracting materials is given, and two possible routes to negative refracting via functional polymeric materials are suggested. 本文还简要介绍了国内负折射材料的研究现状，提出了利用高分子功能材料实现负折射的两种可能的途径。
- A brief introduction to domestic research of negative refracting materials is given, and two possible routes to negative refracting via functional polymeric materials are suggeted. 本文还简要介绍了国内负折射材料的研究现状，提出了利用高分子功能材料实现负折射的两种可能的途径。
- Keywords materials;one-dimensional photonic crystal;negative refractive material;Bloch wave;band gap; 材料;一维光子晶体;负折射率材料;布洛赫波矢;禁带;
- Negative refractive materials 负折射率材料
- Imaging analysis of negative refraction materials to evanescent wave 负折射率材料对隐失波的幅度增益
- Influence of Medium Layer Thicknesses on Bragg Microcavity Containing Negative Refractive Index Materials[J]. 引用该论文 蒋美萍;陈光;陈宪锋;沈小明;王旭东;是度芳.
- The Bistable Properties of Nonlinear Bragg Cavity Containing Negative Refractive Index Materials[J]. 引用该论文 蒋美萍;陈光;陈宪锋;沈小明;巢小刚;是度芳.
- Veselago used ray tracing to predict that a slab of negatively refracting material, with index n = -1, should act as a lens with unprecedented properties. 维斯拉格藉由光迹追踪，预测一块n=-1的负折射率材料平板，会像一块透镜具有前所未见的特性。
- Dr Hess envisages a ray of light travelling down an optical fibre made from two materials: a core with a negative refractive index and an outer sheath with a positive one. 赫斯博士构想出一个画面，即一道光正穿越于一个由两种材料制作的光导纤维，一种是具有阴性折射指数的纤维核，另一种则是具有阳性折射指数的外围。
- Photonic Crystal, Negative Refractive index materials, Superluminal and Subluminal Phenomena, Partially Coherent light, Laser Physics, and interaction between light and matter. 光子晶体，负折射率材料，超快、慢现象，部分相干光学，激光物理，光与物质的相互作用等。
- This paper designs a new type of photonic crystal fiber(PCF) which has negative refractive index materials in core and poles, and positive refractive index materials in underlay. 提出了一种纤芯与介质柱为负折射率材料、衬底为正折射率材料的新型四边形周期结构光子晶体光纤(PCF)。
- negative refractive material 负折射率材料
- Transmission Properties of One-dimensional Photonic Crystals Containing Negative Refraction Materials 含负折射率材料的一维光子晶体的光学传输特性
- Transmission of One -dimensional Photonic Crystal with Defects of Negative Refraction Materials 含负折射率材料缺陷的一维光子晶体的透射性质
- A Broadband Omni- directional Reflector Containing Negative Refraction Materials 含负折射率材料的宽带全方位反射镜
- The local defect modes is investigated in photonic crystals with negative refractive index structural defects. 摘要研究了含有负折射率缺陷的光子晶体中的局域缺陷模。
- Keywords photonic crystals;isoenergy lines;negative refraction materials;defect mode;photonic crystal fibers;zero dispersion; 光子晶体;等能线;负折射率材料;缺陷模;光子晶体光纤;零色散;
- Materials with negative refractive index attracted lots of interest recently because they can be realized with metamaterials or photonic crystals (PCs), which are usually periodic structures. 拥有负折射率的材料在最近是相当热门的，将人造复合材料或介电材料作周期性排列后，发现可产生负折射的现象，称此结构为超常材料或光子晶体。
- The new material produces has "negative refractive" properties. It has a multi-layered "fishnet" structure which is transparent over a wide range of light wavelengths. 路过说:人眼之所以能看到外界事物，就是因为能够接收外界光线。穿隐身衣的人如果眼睛处的光线也绕过眼睛，就是个瞎子；如果单留个眼睛不隐身，就是个软肋！
