Through the analysis of dot gain compensating, a new method is presented.
提出一种通过网点扩大补偿的分析进行防伪的方法。
It is used in proofing and printing to check the condition of dot gain, slur and double.
在打稿和印刷中，用来检查网点增大，拖影，重影等情况。
The problem of dot gain and the cause in current process of flexo printing was analyzed.
分析了当前柔性版印刷工艺中存在的网点扩大问题及引起网点扩大的原因。
Quantum dot gain spectra based on harmonic oscillator model are calculated including and excluding excitons.
基于谐振子模型的量子点能级，计算了包括和排除激子影响时多能级的增益谱。
Finally, guides how to utilize image processing software to compensate dot gain for printing stage are also discussed.
最后，还介绍了如何在图像处理软件内去补偿印刷阶段的网点扩大。
The influence of different direction between plate cylinder and doctor blade, and different plate cylinder speed on dot gain in gravure printing was discussed.
主要研究了凹版印刷采用刮墨刀与印版滚筒相同和相反方向以及不同印版滚筒速度对网点增大值的影响。
It was found that different direction between plate cylinder and doctor blade had little effect on dot gain and the speed of plate cylinder had certain effect on dot gain.
实验发现，刮墨刀与印版滚筒相同和相反方向对网点增大值基本没有影响；印版滚筒速度对网点增大值有一定的影响。
In traditional way, a proof is to provide a sample or reference, then press operator try to adjust the ink film thickness and dot gain to match it or as close as possible.
对于传统方式，样张是作为参考的依据。然后机长通过调整墨层厚度以及控制网点扩大来尽量接近样张颜色。
In the research, the author advances a " mathematical model based on undiscrimination the dot gain nature", improves the transformation between the CIEXYZ and MRGB spaces.
在这一研究中，作者提出了一种不区分网点扩大性质的数学模型，改进了CIEXYZ与MRGB空间的变换方法。
The paper present a study about how different dot shapes affect dot gain in flexographic printing, which aims at enhancing the capability that halftone dot are reproduced in the printing process.
为提高柔版印刷的网点再现性，研究了不同形状的网点对柔版印刷网点增大的影响。
The system uses dot matrix liquid crystal display . and the gain Curve is field programmable with a remote controller in the system.
系统显示采用了点阵式液晶显示器，增益曲线现场可编程，并带有遥控功能。
Based on these theories, we can deduce the error diffusion with output-dependent feedback method that can control the dot-gain distortion well.
由此，可以演化出根据设备特性反馈改变簇点中少数点多少的绿噪声半调算法，使得程序的健壮性提高，对点增益现象可以很好的控制。
Based on these theories, we can deduce the error diffusion with output-dependent feedback method that can control the dot-gain distortion well.
由此，可以演化出根据设备特性反馈改变簇点中少数点多少的绿噪声半调算法，使得程序的健壮性提高，对点增益现象可以很好的控制。
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