Construction of 3-dimensional Image by Using A Characteristics of Secondary Electron Intensity with SEM and It's Application

M. Murata, Y. Mukai, Y. Taguchi, M. Hotta
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Abstract

Intensity of secondary electron induced by incident electron beam depends on a degree of inclina-tion of surface. In the present work, 3-dimensional image for fracture surface was tried to constitute by applying this secondary elecron property with improved type SEM equipment which had four secondary electron detectors to remove a image distortion caused by observating direction. As the results, we could obtain 3-dimensional image and measured direction depth of fracture surfaces by real time treatment with 32 bit personal computer. In the case, the calculation time for one fractograph analysis was about only 5 minutes.
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利用扫描电镜二次电子强度特征构建三维图像及其应用
入射电子束诱导的二次电子强度与表面倾斜度有关。本文尝试利用这一二次电子性质,利用改进型四次电子探测器的扫描电镜设备,构建断口表面的三维图像,以消除观测方向引起的图像畸变。结果表明,利用32位个人计算机对裂缝表面进行实时处理,可以获得裂缝表面的三维图像和测量方向深度。在这种情况下,一次断口分析的计算时间仅为5分钟左右。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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