众所周知,衍射增强成像(diffraction enhanced imaging,DEI)是一种功能强大的相位衬度成像技术,对于软组织来说,它能获得比基于吸收的传统X射线成像技术 ..
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衍射增强成像方法(Diffraction enhanced imaging,DEI)是X射线相位衬度成像方法之一,利用一块放置在物体和探测器之间的分析晶体提取物体的吸收、折射以及散射信...
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衍射增强(diffraction enhanced imaging，DEI)，是相位衬度成像方法中的一种[2]，利用分析晶体将X射线穿过样品时产生的透射光、折射光和散射光彼此分...
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X-ray diffraction enhanced imaging X射线衍射增强成像
hard X-ray diffraction enhanced imaging 硬X射线衍射增强成像
diffraction-enhanced imaging dei 衍射增强成像
diffraction enhanced imaging dei 衍射增强成像
Diffraction Enhanced x-ray imaging 线衍射增强成像
Diffraction Enhanced X-ray PhaseContrast Imaging 线衍射增强相位衬度成像
The research and development of X-ray coherent scatter imaging, X-ray diffraction enhanced imaging and X-ray coherent scatter CT imaging are mainly summarized.
重点介绍了X射线相干散射成像技术、X射线衍射增强成像技术和X射线相干散射CT成像技术的研究和进展。
With the 4W1A beam at Beijing SR Facility (BSRF), the diffraction enhanced imaging(DEI)was applied to image sample tissues of liver and kidney. Results were compared with pathological findings.
在北京同步辐射装置（BSRF）的4W1A束线上，使用衍射增强技术（DEI）对肝、肾等组织进行成像，部分结果与病理结果进行对照；
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