在彩色再现系统中，彩色校正技术直接影响设备的色彩再现能力。
The technology of color calibration has a direct effect on the capacity of color reproduction in the color system.
本课题的目的是寻找二次纤维新闻纸的最佳印刷实地密度的实验方法，实现对彩色报纸印刷品图像再现质量的控制。
The purpose was to study the best printing solid density on secondary fibers newspaper, to realize the control of the image reappearance quality and improve secondary fibers newspaper's performance.
分离普遍的色域与彩色滤光片，面板奇妙的颜色再现的颜色，并以优异的延续性，色彩坡道，显现图像，丰厚和天然。
Incorporating a color filter with broad color gamut, the panel delicately reproduces the shades of color, and with excellent continuity in color ramps, displays images that are rich and natural.
为了真实地再现视频图像信息，RGB信号在送给彩色LED显示屏之前必须进行基色变换处理。
In order to reproduce the original video image objectively, the RGB signals must be processed with color switching method before sending to the LED display screen.
吸收性好、高不透明度和白度的无光泽彩色喷墨打印纸，印刷图像清晰度高，色彩再现性好。
The high image sharpness and color reproduction could be obtained by the matte coated paper with quick absorbency, high opacity and brightness.
如何给一幅彩色图像优选一个调色板，以此调色板再现该图像，从而方便地对彩色图像进行各种处理是图像处理技术中的重要问题。
It is important in color image processing to select a palette optimally for a given color picture and reproduce the picture by this palette so that we can process the image conveniently.
提出了一种基于色彩合成以及菲涅尔衍射原理，用计算机产生全息图并用数字方法再现彩色全息图的方法。
A method, which is based on the theories of color synthesizing and Fresnel diffraction, is proposed for computer generating hologram and numerical reconstructing color object.
用单色激光同时再现出记录的三种颜色信息的光强分布，并将它们记录在同一张全息片上作成彩色全息图。
He-Ne laser is used to reconstruct the light intensity distribution of the three colour informations and record a colour hologram on a holographic plate.
基于色彩合成的数字彩色全息方法，研究了不同波长的再现光对数字彩色全息图再现像质量的影响。
The effect of reconstructed light on the quality of reconstructed images of digital color hologram was analyzed by introducing offset factor.
实验光路简单，灵敏度高，可用白光再现获得彩色条纹。
The experiment device is simple, the sensitivity is very high and color fringe patterns is obtained by white light reconstruction.
实验光路简单，灵敏度高，可用白光再现获得彩色条纹。
The experiment device is simple, the sensitivity is very high and color fringe patterns is obtained by white light reconstruction.
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