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surface plasma     
相关语句
  表面等离子体
     Numerical simulation of Otto structure in surface plasma wave light modulator
     Otto结构表面等离子体波光调制器模拟计算
短句来源
     A novel surface plasma resonance (SPR) biochemical analysis system is presented, which has scanning angle from 40 degree to 70 degree, angle scanning resolution 0.001 degree and measurement refractive index range from 1.04 to 1.47.
     研制成一种表面等离子体谐振 (SPR)生化分析系统 ,其入射光扫描角范围从 40°到 70° ,分辨率 0 .1%度 ,可测折射率范围 1.0 4~ 1.47。
短句来源
     SPR is used for surface enhancement technique which dependent on the power coupling and the resonant of the surface plasma and the TM of the incident light.
     表面等离子体共振技术是一种表面增强技术,它是金属表面等离子激元SP(surface plasmon)在一定条件下与与入射光TM(横磁波)极化能量耦合并被共振激发而产生的。
短句来源
     Theoretic and experimental Research on Surface Plasma Wave Modulator
     表面等离子体波光调制器的理论与实验研究
短句来源
     Study on the surface plasma optic fiber sensors using in monitoring of composite curing
     表面等离子体波光纤传感器应用于复合材料固化监测的研究
短句来源
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  表面等离子
     Study on Metal Surface Plasma Spray Coating Ceramic Material to Improve Wear-resistant Property
     金属表面等离子喷涂陶瓷材料提高耐磨性的研究
短句来源
     Theory and simulation of surface plasma resonance hydrogen sensor
     表面等离子共振氢敏传感器理论和模拟
短句来源
     The optical absorption peaks due to the surface plasma resonance appeared at a wavelength of 540—560? nm for [Au- (t-1) SiO- 2(600) ]×5 thin films.
     [Au(t1)SiO_2(600)]×5多层薄膜在540—560nm波长附近有明显的表面等离子共振吸收峰,且吸收峰的强度随Au的沉积时间增加而增强.
短句来源
     The spectral analysis shows that the surface plasma resonance peak of Ag occurs at λ=352~377 nm.
     结果显示,Ag表面等离子共振吸收峰位于λ=352~377 nm范围内,且可通过控制Ag纳米粒子的长径比使其吸收特性发生改变。
短句来源
     SPR is used for surface enhancement technique which dependent on the power coupling and the resonant of the surface plasma and the TM of the incident light.
     表面等离子体共振技术是一种表面增强技术,它是金属表面等离子激元SP(surface plasmon)在一定条件下与与入射光TM(横磁波)极化能量耦合并被共振激发而产生的。
短句来源
更多       
  表面等离子体波
     Numerical simulation of Otto structure in surface plasma wave light modulator
     Otto结构表面等离子体波光调制器模拟计算
短句来源
     Theoretic and experimental Research on Surface Plasma Wave Modulator
     表面等离子体波光调制器的理论与实验研究
短句来源
     Study on the surface plasma optic fiber sensors using in monitoring of composite curing
     表面等离子体波光纤传感器应用于复合材料固化监测的研究
短句来源
     It's a simple and sensitive method to measure refractive index with optical fiber surface plasma wave.
     运用光纤表面等离子体波来测量折射率是一种简便、灵敏的方法 ,可以利用这一特性制作出通过检测折射率对复合材料进行固化检测的光纤表面等离子体波传感器。
短句来源
     According to surface plasma resonance effect, the influence of the metal layer thickness on the optic fiber surface plasma wave sensor is studied.
     利用表面等离子体共振效应 ,研究了金属镀层厚度对光纤表面等离子体波传感器的影响。
短句来源
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  表面等离子体激元
     The Microstructures Based on 2-dimensional Surface Plasma
     基于二维表面等离子体激元的微结构
短句来源
     Surface plasma could be excited at the interface between materials with dielectric constant of opposite sign.
     在介电常数符号相反的两个材料的界面处可激发出表面等离子体激元 (Surface plasmon)。
短句来源

 

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  surface plasma
Surface Plasma Waves at a Rough Interface of a Solid
      
Scattering of an unmagnetized sheet electron beam by surface plasma waves
      
Parametric excitation of electromagnetic and surface plasma waves of a ribbon electron beam in a periodic magnetic field
      
It is shown that the coupling of the TM polarized modes to the lossy surface plasma wave depends upon the buffer layer thickness, the refractive indices of the buffer layer and dielectric cladding and the mode order.
      
Increasing the wear resistance of certain roll steels by surface plasma working
      
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The surface plasma waves (SPW) resonance is a sensitive function of the optical constants of metallic films and their surface conditions. Thus, the optical constants of metallic films and contamination layers on its surface could be determined precisely by using the SPW technique. In this paper, analysis and theoretical calculation of the SPW with traditional thin film optics are discussed. The Kretschmann arrangement is used to measure the SPW resonance reflectance. And with aid of an optimization...

The surface plasma waves (SPW) resonance is a sensitive function of the optical constants of metallic films and their surface conditions. Thus, the optical constants of metallic films and contamination layers on its surface could be determined precisely by using the SPW technique. In this paper, analysis and theoretical calculation of the SPW with traditional thin film optics are discussed. The Kretschmann arrangement is used to measure the SPW resonance reflectance. And with aid of an optimization method the optical constants are calculated. Some experimental results on Ag, Au, Cu, Al and surface layers, such as Ag2S, CuO2 and Al2O3 are given.

表面电磁振荡激元波(SPW)谐振是金属膜参数及其表面状态的十分灵敏的函数。因而利用SPW技术可以精确地确定金属膜及其表面污染层的光学常数。本文利用经典的薄膜光学方法讨论了SPW的激发及其理论计算。并在Kretschmann装置上测量了SPW谐振反射率,借助于最优化技术计算了薄膜和表面层的光学常数。最后给出了Ag、Au、Cu和Al膜及以诸如Ag_2S、CuO_x和Al_2O_3等表面层的实验结果。

Optical properties of superficial layers on metal surfaces are studied by surface plasma waves. The optical coefficients are determined by fitting ATR spectra with results of theoretical calculations. A superficial layer will cause a shift and broadening of the ATR spectrum for the bare metal surface. Under experimental conditions presented in this paper superfical layers as thin as <5A could be measured.

本文介绍用衰减全反射方法,对银膜及银膜衬底上极薄介质层的衰减全反射谱(ATR谱)进行测量和拟合运算,利用衰减峰位移和增宽确定极薄介质层的光学常数,根据本文的实验条件,可测介质层的薄达5A。

The optical properties of a thin silver film between index-matchlng layers are studied by the excitation of long-range surface-plasma wave. The generation condition and the observing method about long range surface-plasma wave are introduced.

本文介绍了产生长程表面等离子体波SPW的条件及在我们的实验条件下获得长程SPW的方法。

 
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