Research on the visual detection technology using eddy current microscope

Yu-hua Cheng, Yong Chen, Chang-hua Zhang
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Abstract

Visual eddy current testing technology is presented in this paper to test the invisible and buried subsurface flaws in metallic specimens. When coil is excited by intermittent impulse signal, the eddy current effect happens among the tested metal specimen which is near the coil, Because of magnetic-optic effect caused by eddy current magnetic field, the magnetic-optic film changes the polarization direction of the passing linear polarization beam. The beam, containing the defectspsila information can be accepted by CCD after being reflected through beamsplitter, and now the imperceptible flaws in subsurface of mental product can be visually tested. The image processing approaches are introduced in detail. Experimental tests have been done and the method presented is proved to be practicable by the experimental results.
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涡流显微镜视觉检测技术的研究
本文提出了一种用于检测金属试样中不可见和埋藏缺陷的视觉涡流检测技术。当线圈受到间歇脉冲信号的激励时,靠近线圈的被测金属试样之间产生涡流效应,由于涡流磁场引起的磁光效应,磁光膜改变了通过的线偏振光束的偏振方向。含有缺陷信息的光束经分束器反射后被CCD接收,可对金属制品表面下不易察觉的缺陷进行视觉检测。详细介绍了图像处理方法。实验结果表明,所提出的方法是可行的。
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