1) X-ray image intensifier
X射线像增强器
1.
Development of high-resolution X-ray image intensifier for inspection of circuit boards;
用于线路板检测的高分辨率X射线像增强器的研制
2.
The principle,structure and influencing factors on resolution of X-ray image intensifier with double colse focus are studied.
对采用双近贴聚焦成像结构的MCP(Micro Channel Plate)-X射线像增强器的工作原理与结构进行了分析,对影响其空间分辨率的主要因素进行了研究。
3.
Compared with other X-ray imaging devices, the MCP (Micro-ChannelPlate) X-ray image intensifier is smaller, lighter and has higherresolutions.
与其它X射线成像器件相比，MCP(Micro-Channel Plate)-X射线像增强器具有体积小、重量轻、分辨率高等优点，目前已被广泛应用在医疗检查、工业探伤等领域。
2) X-ray imaging intensifier
X-射线影像增强器
3) X ray image intensifier
X射线影像增强器
4) MCP X-ray image intensifier
MCP-X射线像增强器
1.
To the question of demands of the subject, put forward the design of x-ray inspecting system used for electronic industry based on MCP X-ray image intensifier and made a detailed introduction to the system\'s process of developing.
然后针对课题的要求,提出了基于MCP-X射线像增强器的电子工业用X射线检测系统的设计方案并详细介绍了其研制过程。
5) X-ray image intensifier
X射线象增强器
1.
A CsI photoelectronic cathode with high and low density sandwich structure is researchedfor X-ray image intensifier.
我们研制了一种X射线象增强器透射式光电阴极，即高低密度夹芯结构的CsIX射线光电阴极，它的量子效率是高密层CsI的1～10倍。
6) X-ray diffraction enhanced imaging
X射线衍射增强成像
1.
In this paper, imaging investigation of hepatic fibrosis in rats induced by human albumin with hard X-ray diffraction enhanced imaging (DEI) is reported.
本文根据硬X射线衍射增强成像(Diffraction enhanced imaging,DEI)原理,对由人血白蛋白诱导的大鼠肝纤维化模型进行了成像研究。
2.
For discussing the relation between the contrast of X-ray diffraction enhanced imaging (DEI) and the energy of X-rays, the massive samples of breast tissue including normal and cancerous were studied with the DEI method using the hard X-rays from 4W1A beamline at the Beijing Synchrotron Radiation Facility (BSRF).
为了探讨X射线衍射增强成像的衬度与X射线能量的关系,利用北京同步辐射光源4W1A光束线引出的硬X射线对大块正常和癌变的乳腺组织进行成像研究。
补充资料：像增强器
微光探测器的一种,又名像管,由安装在高真空管壳内的光电阴极、电子透镜（有静电聚焦和磁聚焦两种）和荧光屏三部分组成。它的工作原理是将投射在光阴极上的光学图像转变成电子像，电子透镜将电子像聚焦并加速投射到荧光屏上产生增强的像，然后用照相方法记录下来。单级像增强器亮度增益为 50～100倍。几个单级管串接成的多级像增强器，亮度增益可达几千倍至几十万倍。用五级像增强器拍摄昴星团的照片表明，曝光时间为普通照相法的千分之一。单级像管图像分辨率，一般为每毫米80～100线对,多级像管则为每毫米20～50线对。由于普通照相底片在红外光谱区灵敏度极低，采用具有对红外光敏感的光电阴极的像管，可获得巨大增益。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条