并介绍了将该系统应用于图像板性能评价的具体方法。
The method to applying such a system for image board performance evaluation is also introduced.
大多数激光扫描仪自动擦除的图像板，激光扫描完成后。
Most laser scanners automatically erase the image plate after laser scanning is complete.
这种金属板在曝光后可以产生能被转移到纸上的图像。
This metal plate is exposed to light and creates an image which is then transferred to paper.
这种合成板像镜子一下准确地把景色再现出来，得到的图像是镜像。
The resultant plate produced a mirror-like exact reproduction of the scene. The image was a mirror of the original scene.
这样你可以创建只需要16色调色板的图像，让文件的尺寸保持最小并能被快速下载。
This way you can create images with palettes of 16 colors, keeping the file size extremely small and fast to download.
选取与所需调色板接近的主题，可以减少制作自定义主题所需修改的图像文件的数量。
Picking a theme that is close to the desired color palette can reduce the number of image files you need to modify to produce your custom theme.
编辑用于框架和边界的图像时，请根据需要更改颜色，以使其与主题的调色板相配。
When editing the images that are used for frames and borders, alter the colors as needed to fit within the color palette for your theme.
找到与您所需的调色板最接近的主题，然后修改该主题的CSS和图像。
Find the theme that comes closest to the color palette you want and then modify the CSS and images for that theme.
至于背景中白色写字板上的那些公式，已经成为每周新的一集的主要部分，Saltzberg提供了描述磁单极子的经典图像和方程。
As for the white board equations in the background that have become a staple of each weekly episode, Saltzberg provided classic diagrams and equations describing magnetic monopoles.
对于包含简单平面插图或绘画的图像，选用8 - bitPNG或gif格式并减少调色板中的颜色数目。
For images containing flat illustrations or artwork, use the 8-bit PNG or GIF format and reduce the number of colors in the palette.
一般来说，如果制成由透明聚碳酸酯或丙烯酸类的块，使打印图像是可见的向下通过向织物层两个块和板是更有效的。
Generally speaking, both blocks and plates are more effective if made from clear polycarbonate or acrylic blocks so that the print image is visible down through to the fabric layer.
在第二次的记录过程中，利用位相板使参考图像产生半波位相延迟。
During the second recording, a phase plate is used to produce a half wave delay of the reference image.
可擦除的图像，通过简单的揭露板一个房间级荧光灯。
An image can be erased by simply exposing the plate to a room-level fluorescent light.
本文完成了印刷线路板图像检测的理论研究和部分实验工作，并且进行了系统的调试。
This paper has finished the theoretical investigation and part experiment investigation of using image PWB inspection, and has carried out system debugging.
两大图像处理系统对提高原木段旋切的定心准确性和单板整板率都具有十分重要的作用。
Two computer image processing system is benefit to improve the accuracy of centering, the rate of full sheet.
与此同时，颗粒尺寸在20和46微米之间的IN100粉末通过粉末进给喷嘴到达熔池，粉末就熔化沉积到IN100铸板上(参照图像)。
At the same time, IN100 powders with particle sizes between 20 and 46 micrometers were delivered to the melt pool via a powder feeding nozzle.
基于多重菲涅耳衍射变换和相位密码板，设计了一种新的图像加密计算方法。
The new image encryption algorithm was proposed based on multiple Fresnel diffraction transforms and phase encryption masks.
在立体成像原理的基础上，分析了光栅板的光学特性，介绍了光栅图像的制作原理。
In the base of discussing the principle of the stereo imaging, anatomizing the optical property of the lenticular screen, introducing the facture principle of raster image.
反射板，反射型显示装置，电子设备，光反射和图像显示方法。
Reflection plate, reflection type display device, electronic equipment, light reflex and image display method.
利用清晰逼真的颌面部三维立体图像对小型钛板颌面部骨折内固定术的治疗效果进行评价。
Using the vivid jaw and face three dimension image to evaluate the treated effect of fracture inner fixup with small titanium board.
本文设计了一套基于视频图像测量的智能板宽测量系统来进行探索和研究。
This paper designed the width of Board of intelligence measure and control system based on the video frequency image.
玻璃板上的图像，然后转移到镍硅晶片，简称为“垫片”。
The image on the glass plate is then transferred to a nickel die, referred to as the "shim".
基于信号变换模型，给出系统中图像处理板的设计和系统构成，并给出了实验结果。
Based on the model, the design of the image processing board in the system and the system constitution are presented. And the experimental results are given.
位深度量化有多少独特的颜色是在图像的调色板可在0和1，或“位”，这是用来指定每种颜色的数量。
Bit depth quantifies how many unique colors are available in an image's color palette in terms of the number of 0's and 1's, or "bits," which are used to specify each color.
该方法根据已知的蒙板图像，将图像分为目标区域和源区域。
According to the known mask, image can be separated into target region and source region.
该方法根据已知的蒙板图像，将图像分为目标区域和源区域。
According to the known mask, image can be separated into target region and source region.
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