金属/电介质光子晶体,metal/dielectric photonic crystal
1)metal/dielectric photonic crystal金属/电介质光子晶体
1.In this paper,MEMS infrared gas sensor as the goal of application,we design and fabricate themetal/dielectric photonic crystal(MDPhC) combined structure with TDMSHA and silicon-air photonic crystal using MEMS technology.本文以MEMS红外气敏传感器为应用目标,采用MEMS技术,设计和制作一种由TDMSHA和硅—空气光子晶体组合成的金属/电介质光子晶体[Metal/Dielectric Photonic Crystal(MDPhC)]结构。
2.The plasmonic microelectromechanical systems (MEMS) infrared light sources, which can emit high performance, tunable narrowband, and coherent light are fabricated by using tailor-made properties ofmetal/dielectric photonic crystals (MDPC) which can enhance the blackbody radiation spectrum transmission and filtering.利用金属/电介质光子晶体(MDPC)对黑体热辐射光谱有增强透射和滤波的剪裁特性,制成能够发射出高性能、可调谐窄带相干光的等离子体微机电系统(MEMS)红外光源。
2)one-dimensional metallo-dielectric photonic crystals一维金属/介质光子晶体
1.Analysis of the transmission property ofone-dimensional metallo-dielectric photonic crystals;一维金属/介质光子晶体透射特性分析
3)one-dimensional metallodielectric photonic crystals一维金属-介质光子晶体
4)metallodielectric photonic crystal金属-介质光子晶体
1.The spectral structure of the one-dimensionalmetallodielectric photonic crystal is studied.采用干涉矩阵方法对一维金属-介质光子晶体的光谱结构进行了研究。
5)one-dimensioal metallodielectric photonic crystal一维金属-介电光子晶体
6)metallic photonic crystal金属光子晶体
1.In order to study 2Dmetallic photonic crystal, a new plane-wave expansion method was proposed.采用一种新的平面波展开法研究金属光子晶体的带结构,即在传统平面波展开法的基础上,将“原问题”拓展,引入一个“新问题”,通过求解“新问题”得到“原问题”的带结构,并论证了它们之间的关系。
2.Waveguidedmetallic photonic crystals are studied in this thesis, which show strong coupling between the waveguide mode and the plasmon resonance and can be characterized by optical extinction spectroscopy.金属光子晶体是周期排列的金属纳米孔、纳米柱以及纳米线的结构,其基于的物理机理是粒子等离子共振效应。
英文短句/例句
1.Fabrication and Optical Characterization of Waveguided Couple Metallic Photonic Crystal波导耦合金属光子晶体的制备和光学特性研究
2.A Numerical Study on Metallic Photonic Crystal and Plasmonic Waveguides;金属光子晶体与金属表面等离激元波导的数值研究
3.Structural Design of One-Dimensional Photonic Crystal of Metallic Cladding;紫外波段一维金属插层光子晶体结构设计
4.Effect of Inserted Metal Ag Layer on Photonic Band Gap of One-dimensional C_(60)/AlN Photonic Crystals金属插层对C_(60)/AlN一维光子晶体带隙的影响
5.Theoretical Investigations of Pressure-and Temperature-effects on Optical Spectra of Incipient Ferroelectric and Tunable Laser Crystals Doped with Transition-metal Ions;先兆性铁电晶体和可调谐激光晶体中过渡金属离子光谱的压力与温度效应的理论研究
6.Negative Refraction Research on 2-D Photonic Crystal and Ag-SiO_2 Metal-dielectric Composite二维光子晶体及Ag-SiO_2金属电介质复合材料的负折射研究
7.Overview of Novel Tunable Transition Metal Ion-doped Laser Crystals新型掺杂过渡金属离子可调谐激光晶体研究的现状与展望
8.Preparation of Metal Sulfides Nanomaterials in Ionic Liquids;离子液体介质中硫属金属纳米微晶的制备研究
9.Anisotropic Photonic Crystals with Diamond Lattice各向异性金刚石结构的光子晶体(英文)
10.Studies on Born-Mayer Potential Parameter for Ionic Crystal and Metal Crystal and Molecular Dynamics Simulation of Argon;离子晶体和金属晶体的Born-Mayer势参数研究及氩的分子动力学模拟
11.The electron is able to travel through the crystal as easily as through a metal.这个电子像穿过金属一样很容易在晶体中迁移。
12.The atoms themselves are firmly held in place in the crystal structure of a metal.原子本身被紧紧束缚在金属的晶体结构之中。
13.Effect of In and TM Codoping on the Morphology of ZnO CrystalsIn和过渡金属离子共掺杂对ZnO晶体形貌的影响
14.The Inquiry of Three Kinds of Common Crystal Structure of Metals and their Atom Numbers in the Crystal Cells;金属的三种常见的晶体结构及其晶胞原子数的研讨
15.diffusion-alloy phototransistor扩散合金光电晶体管
16.alloy junction phototransistor合金结型光电晶体管
17.alloy-diffused photo transistor合金扩散型光电晶体管
18.Study of non-crystalline metals by laser irradiation using SEM用扫描电子显微镜研究激光法制备的非晶态金属
相关短句/例句
one-dimensional metallo-dielectric photonic crystals一维金属/介质光子晶体
1.Analysis of the transmission property ofone-dimensional metallo-dielectric photonic crystals;一维金属/介质光子晶体透射特性分析
3)one-dimensional metallodielectric photonic crystals一维金属-介质光子晶体
4)metallodielectric photonic crystal金属-介质光子晶体
1.The spectral structure of the one-dimensionalmetallodielectric photonic crystal is studied.采用干涉矩阵方法对一维金属-介质光子晶体的光谱结构进行了研究。
5)one-dimensioal metallodielectric photonic crystal一维金属-介电光子晶体
6)metallic photonic crystal金属光子晶体
1.In order to study 2Dmetallic photonic crystal, a new plane-wave expansion method was proposed.采用一种新的平面波展开法研究金属光子晶体的带结构,即在传统平面波展开法的基础上,将“原问题”拓展,引入一个“新问题”,通过求解“新问题”得到“原问题”的带结构,并论证了它们之间的关系。
2.Waveguidedmetallic photonic crystals are studied in this thesis, which show strong coupling between the waveguide mode and the plasmon resonance and can be characterized by optical extinction spectroscopy.金属光子晶体是周期排列的金属纳米孔、纳米柱以及纳米线的结构,其基于的物理机理是粒子等离子共振效应。
延伸阅读
金属分子式：CAS号：性质：具有特有的金属光泽以及良好导电导热性的固态或液态单质。在固态时还具有延展性。大多数元素是金属元素，其特性由元素原子结构和晶体内部结构决定：原子电负性小，吸引电子能力不大，聚集状态时电子流动性大；价层s、p电子少，常形成密堆集晶体结构，如立方面心密堆集、六方密堆集及体心立方堆砌结构。
