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彩色光谱的
相关语句
  color spectrum
     Using a Computer to Reconstruct Color Spectrum
     彩色光谱的计算机重现
短句来源
     Seen from the points of theory and technology, the article analyses the possibility of realizing the computer’s reconstructing of color spectrum and some problems which need to be solved.
     本文从理论和技术两个角度分析了实现彩色光谱的计算机重现可能性及需要解决的实际问题。
短句来源
  相似匹配句对
     Using a Computer to Reconstruct Color Spectrum
     彩色光谱的计算机重现
短句来源
     Computation for Color Image Rendering on Visible Spectra
     可见光谱的彩色图像着色计算
短句来源
     Color Liquid Crystal Display
     彩色液晶显示
短句来源
     Offset paper for multi-color printing
     彩色胶版印刷纸
短句来源
     Sonoluminescence Spectrum
     声致发光光谱的摄取
短句来源
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  color spectrum
The nighttime depth distribution broadened during a period of high wind Day to night differences in the color spectrum at the depth of maximum bioluminescence suggest that the luminescent organisms differed from day to night.
      
It has been determined that the use of hue definitions that display a linear trend across the color spectrum yield the most accurate correlation with temperature.
      
The characteristics of these primates in relation to seed predation and seed dispersal are discussed in the context of theTalisia retusa fruit color spectrum.
      
The use of this sand as the main silicon-containing material in the pilot production of heat-absorbing glass of a wide color spectrum is discussed.
      
Adjusting the tint control shifts the picture towards the green or red areas of the color spectrum.
      
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Theory and experiments of a new spectrochemical analysis technique using a white-light image processing system are described. The spectrochemical analysis can be accomplished in three steps: (1) spatial encoding of two spectrograms to be tested, (2) color filtering at the Fourier plane in white-light optical image processor, and (3) colorimetric measurement in the output plane. Compared with existing methods of spectrochemical analysis, the present technique requires only one white-light processor and a single...

Theory and experiments of a new spectrochemical analysis technique using a white-light image processing system are described. The spectrochemical analysis can be accomplished in three steps: (1) spatial encoding of two spectrograms to be tested, (2) color filtering at the Fourier plane in white-light optical image processor, and (3) colorimetric measurement in the output plane. Compared with existing methods of spectrochemical analysis, the present technique requires only one white-light processor and a single film of encoded film, therefore it is much simpler and more economical to use in practical applications.

以光谱图作光学图象处理的对象,利用光栅作空间编码,在白光图象处理系统中作出假彩色光谱图并应用色度学的加法原理完成光谱定性分析和定量分析。这一新方法,在作定性分析时不需要标准谱图,亦不需要比长计和投影仪,它有极高的灵敏度;在作定量分析时,还可以利用现有的用看谱镜作合金定量分析的大量资料而不需要看谱镜和测微光度计就能获得相当可靠的分析结果。实验结果与理论相符得很好。

A new approach for Fraunhofer grating diffraction of color spectra is presented. By using gratings with different grating constant, different series of diffraction configuration of mercury color spectra is obtained. Excellent efficiency is gained obviously.

提出一个彩色光谱新的Fraunhofer光栅衍射方法,通过选用不同常数的光栅进行衍射,可以得到不同级数、不同衍射谱线的水银彩色光谱,直观地达到衍射效果。

Rainbow Range Finder” is a method for rapidly acquiring 3D information based on spectral analysis. It uses a special light with continuous spectrum to project across the objects, and its image will present the regular change of colors. One color forms a line in the color image and responds to a light plane structured by a wave band in the spectrum. When all the light planes are calibrated and the camera model is known, we can calculate 3D coordinates of all image points in the scene. This paper mainly discusses...

Rainbow Range Finder” is a method for rapidly acquiring 3D information based on spectral analysis. It uses a special light with continuous spectrum to project across the objects, and its image will present the regular change of colors. One color forms a line in the color image and responds to a light plane structured by a wave band in the spectrum. When all the light planes are calibrated and the camera model is known, we can calculate 3D coordinates of all image points in the scene. This paper mainly discusses the light plane calibration and color classification techniques for implementation of these methods.

Rainbow 三维摄像机是一种基于光谱分析的快速三维信息获取方法。该方法利用连续变化的彩色光谱照射景物,彩色CCD 摄像机摄取的景物图象将呈现有规律的颜色变化,而且不同的颜色(波长)构成了不同的空间颜色面。通过标定这些颜色面和摄像机成象模型,即可计算出图象中各点的三维坐标。该文重点讨论实现该方法的标定技术和颜色分类技术,最后给出实验结果。

 
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