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动态反射
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  dynamical reflexion
     Analysis of Bragg Reflection of Cholesteric Liquid Crystals Using Dynamical Reflexion Theory
     利用动态反射法对手性液晶Bragg反射的分析
短句来源
     Using the dynamical reflexion theory,the selective reflection characters of cholesteric liquid crystals are analyzed.
     利用动态反射法对手性液晶材料的选择性反射特性进行了分析。
短句来源
  dynamic reflection
     DYNAMIC REFLECTION PROPERTY OF ION-IMPLANTED Si BY CW CO_2 LASER ANNEALING
     离子注入Si在连续CO_2激光退火时的动态反射特性
短句来源
  “动态反射”译为未确定词的双语例句
     Investigation on synthetic technique for making 3D double-viewpoint sensorimotor reflective holograms
     双视三维动态反射全息图合成技术研究
短句来源
  相似匹配句对
     Dynamic news
     动态
短句来源
     Trends
     动态:
短句来源
     Design and implement method for dynamic user interface based on .Net reflection technology
     基于.Net反射技术的动态界面的实现
短句来源
     Panoramic viewing plane reflection hologram with moving image
     动态平板周视反射式全息图
短句来源
     Reflection Hologram
     反射全息图
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  dynamic reflection
Dynamic reflection holograms in CdF2 crystals with bistable centers
      
The diffraction efficiency and the recording and relaxation times of dynamic reflection holograms, recorded in CdF2 crystals with bistable centers are studied experimentally in the temperature range 20-100°C.
      
Dynamic reflection and refraction of neutrons at the boundaries of matter characterized by a variable magnetic induction
      
Adaptive Correlation Filter Based on Dynamic Reflection Hologram Formed in Photorefractive Bi12TiO20 Crystal
      
An experimental and theoretical study of adaptive processing of non-stationary speckled waves by a dynamic reflection holographic grating formed in photorefractive (100) cut BTO crystal without applying external electrical field is presented.
      
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A synthetic technique is proposed, in which the reflective holography, imaging holography, stereoscopic rainbow holography and synthetic holography are comprehensively applied for making the three dimensions double viewpoint sensorimotor reflective holograms(3D DVSRH). A novel method for designing relative parameters of 3D DVSRH is described. The samples of the 3D DVSRH which adapts to observe closely are successfully fabricated. The mixing of the reconstructive images from the hologram is effectively...

A synthetic technique is proposed, in which the reflective holography, imaging holography, stereoscopic rainbow holography and synthetic holography are comprehensively applied for making the three dimensions double viewpoint sensorimotor reflective holograms(3D DVSRH). A novel method for designing relative parameters of 3D DVSRH is described. The samples of the 3D DVSRH which adapts to observe closely are successfully fabricated. The mixing of the reconstructive images from the hologram is effectively removed, which takes place when the ordinary holograms is looked at by two eyes (left one and right one) at the same time. The samples displaying clear 3D stereoscopic and the vivid moving images have high worthiness for enjoy and antifake.

在综合了白光反射全息、像全息、体视对全息和合成全息等多种技术的基础上 ,提出了一种制作双视三维动态反射全息图的合成技术 ,给出了制作该类全息图有关参数的设计方法 ,成功地制作了一种适于近距离观察的双视三维动态反射全息图样品 ,有效消除了用双眼观察普通动态全息图时常出现的像混淆现象 ,其清晰的三维立体图像、生动而逼真的动态艺术效果 ,具有较高的艺术欣赏和防伪价值 ,为该类全息产品的开发探索了一条可行途径

Using the dynamical reflexion theory,the selective reflection characters of cholesteric liquid crystals are analyzed. The reflection spectra are calculated using theory analysis results and MATLAB program. The relation of reflection spectrum with the pitch and refractive index of the cholesteric liquid crystals is derived. The Bragg reflection character of the cholesteric liquid crystals can be easily calculated by using the finite element method. The results of this theory and calculation can be used for liquid...

Using the dynamical reflexion theory,the selective reflection characters of cholesteric liquid crystals are analyzed. The reflection spectra are calculated using theory analysis results and MATLAB program. The relation of reflection spectrum with the pitch and refractive index of the cholesteric liquid crystals is derived. The Bragg reflection character of the cholesteric liquid crystals can be easily calculated by using the finite element method. The results of this theory and calculation can be used for liquid crystals display. In the process of numerical calculation, the simple condition is induced. The calculation method can be only used when Δ n is small.

利用动态反射法对手性液晶材料的选择性反射特性进行了分析。根据理论分析结果,利用MATLAB程序计算了手性液晶膜层的反射光谱,得到了反射光谱随手性液晶的螺距和折射率变化的关系;利用动态反射法可以较为方便、快速地对手性液晶膜的Bragg反射特性进行数值求解分析,分析和计算结果可以为反射式液晶显示的设计和计算提供理论参考。由于在数值求解中引入了简化条件,因此该计算方法只能应用于Δn值较小的情况,当Δn值较大时,应该用其他求解方法来完成计算分析工作。

Spectroscopic ellipsometry is widely used in studying thin films and surface physics for its unique advantages. In this paper,the principles of dynamic reflecting spectroscopic ellipsometry are introduced firstly. Then the optical constants of p-type Si(111) and Cu thin films prepared by DC sputtering deposition are obtained using the automatic variable angle spectroscopic ellipsometer. It is found that the optical constants of Si from the experiment and the Palik's data are very similar except some difference...

Spectroscopic ellipsometry is widely used in studying thin films and surface physics for its unique advantages. In this paper,the principles of dynamic reflecting spectroscopic ellipsometry are introduced firstly. Then the optical constants of p-type Si(111) and Cu thin films prepared by DC sputtering deposition are obtained using the automatic variable angle spectroscopic ellipsometer. It is found that the optical constants of Si from the experiment and the Palik's data are very similar except some difference in the numerical value. Explanations are given for the optical constant's changes between Cu films with different thickness. Through analysis and comparison,it is known that the calculated optical constants of samples have very high precision.

文章介绍了动态反射式椭圆偏振光谱技术的原理,采用椭圆偏振光谱技术测量得到P型Si(111)晶片,利用直流溅射制备的不同厚度Cu膜样品的椭偏光谱;利用特定的解谱程序并结合实验参数,对椭偏光谱进行解谱得到了样品的光学常数谱及其厚度;对于P型Si(111)晶片的光学常数谱,通过与Palik数据比较可以发现两者极为相似,只是在数值上存在差异;对于不同厚度的Cu膜样品,从晶粒尺寸、致密度和缺陷等方面分析了光学常数随厚度变化的原因;通过分析比较得知,经过拟合计算得到的P型Si(111)晶片和Cu膜样品的光学常数具有很高的准确性。

 
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