8个超声换能器阵列在声学层析成像中的应用

Rika Rokhana, S. Anggraini
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引用次数: 4

摘要

断层扫描是一种基于测量数据重建非侵入性物体内部图像的方法。在声学断层扫描中,测量数据是从传递到物体的超声波换能器的输出中获得的。对穿过物体的波速进行处理,得到脉冲响应和采样投影。一旦经过FFT处理,这两个量都被反向投影滤波器滤波,以获得图像重建。这种方法适用于空气、水、泥土、铝以及这些材料的组合,将以网格、轮廓、彩色和表面的形式在图像中显示颜色的渐变。这表示超声波被被测物体的材料反射或传播时的速度差,可以表示为被测物体中材料的物质差。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using of array of 8 ultrasonic transducers On accoustic tomography for image reconstruction
Tomography is a method that can reconstruct the internal image of a non-invasively object, based on the measurements. On acoustic tomography, measured data is obtained from the output of ultrasonic transducer that is passed to the object. Velocity of waves that pass through the object is processed to obtain the impulse response and sampling projection. Once processed by the FFT, both these quantities is filtered by the back projection filter to obtain image reconstruction. This method that conducted to the air, water, mud, aluminum, and the combination of those materials, will showed gradations of color in the image in the form of a mesh, contour, pcolor, and surface. This shows the velocity difference when the ultrasonic wave reflected or transmitted by the material of measured object that can be indicated as the difference in the substance of the material in the measured object.
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