射线数字成像检测是工业无损检测的新技术。
X-ray digital imaging testing technology is a new method of nondestructive testing.
射线数字成像技术的研究与应用，梁丽红，中国特种设备检测研究院。
Research and Application of Digital X-ray Imaging Technology, by Ms. Liang Lihong, China Special Equipment Inspection Institute.
射线数字成像检测是质量检测的一种重要方法，获取的射线图像往往会发生偏移或旋转。
Digital radiography is important means for inspecting the quality of subject, original X-ray image is however often rotary or offset.
射线数字成像中存在着各种类型的噪声，它们来源于不同的成像环节，严重影响成像质量。
In X-ray digital radiographic system, there are many kinds of noise which originate from different imaging elements. These kinds of noises have serious influence on imaging quality.
射线数字成像检测技术介绍多种射线数字成像（DR）系统的组成及成像机理，分析其性能指标、优缺点及应用领域。
The structure and imaging principle of digital radiographic (DR) systems are introduced. And thecharacteristics, performances, advantages, disadvantages and applications of thesystems are analyzed.
我们开发出基于EMCCD的图像采集和处理软件，并把它应用到X射线数字成像系统，能够提高成像的速度并获得高清晰图像。
It can enhance imaging speed and obtain high clear image. We finish the software of collecting image and image processing basing on EMCCD, and EMCCD can been used in X-Ray digital imaging system.
EMCCD探测器能够在微光条件下，获得高质量的图像，把它应用到X射线数字成像系统能够提高成像的速度并获得高清晰图像。
It can enhance imaging speed and obtain high clear image that EMCCD detector can been used in X-Ray digital imaging system.
便携式脉冲X射线成像系统主要由脉冲X射线源、数字化记录系统和笔记本电脑组成。
Portablepulsed Xray imaging system is made of pulse Xray source, digital record and portable computer.
标准数字X射线图像（76）用于导引成像系统（20）取得关注区的图像；
The standard digital X-ray image (76) is used to guide the imaging system (20) to obtain an image of a region of interest.
针对多层靶丸X射线数字图像的成像原理和轮廓边缘进行了理论分析；
Theoretical analysis of ICF shell X-ray radiography mechanism and the derived digital image's profile edge forming is carried out.
针对多层靶丸X射线数字图像的成像原理和轮廓边缘进行了理论分析；
Theoretical analysis of ICF shell X-ray radiography mechanism and the derived digital image's profile edge forming is carried out.
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