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Three dimensional imaging based on ultrasonic linear phased array probe

机译:基于超声线性相控阵探头的三维成像

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3D ultrasound has got considerable development in medicine, but in the field of non-destructive testing of industry still lags behind. Three-dimensional ultrasound images can visually display spatial distribution of defects, make the test results easier to be understood and evaluated. This paper presented a 3D imaging method, which using linear phased array probe detection system to collect scan data, and then 3D reconstruction it on Matlab platform, realized three-dimensional visualization of artificial defects. Testing personnel can observe the spatial distribution of defects directly without analysis such two-dimensional images as sector scan, B-scan and C-scan frame by frame.
机译:3D超声在医学上已经取得了长足的发展,但是在工业的无损检测领域仍然落后。三维超声图像可以直观显示缺陷的空间分布,使测试结果更易于理解和评估。本文提出了一种3D成像方法,利用线性相控阵探针检测系​​统采集扫描数据,然后在Matlab平台上进行3D重建,实现了人工缺陷的三维可视化。测试人员可以直接观察缺陷的空间分布,而无需分析诸如帧扫描,B扫描和C扫描的二维图像。

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