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Non-destructive Inspection of Copper Corrosion via Coherent Terahertz Light Source

机译:通过连贯的太赫兹光源无损检测铜腐蚀

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In order to investigate the infrared activities of corrosion products of copper in terahertz (THz) frequency band, THz absorption spectra of copper (I) oxide (Cu_2O) and copper (II) oxide (CuO) powders are measured. In view of the practical application for nondestructive inspection of copper wire deterioration, THz reflectance spectra of copper conductive wires with and without oxidization were also measured. THz spectroscopy results have shown some clear specific absorption bands in 1-5THz region, and the THz reflection spectra have revealed clear reflection intensity difference at around 1.7THz band between corroded and not-corroded copper wires. It is also shown that the surrounding polyethylene (PE) of copper electric wire is very transparent for THz wave, thus non-destructive inspection of the corrosion status of copper wire surrounded by the invisible PE insulator can be possible by using THz wave.
机译:为了研究铜(Thz)频带铜腐蚀产物的红外活性,测量铜(I)氧化铜(Cu_2O)和铜(CuO)粉末的Thz吸收光谱。鉴于铜线劣化无损检测的实际应用,还测量了具有和不具有氧化的铜导线的THz反射光谱。 THz光谱结果在1-5 ZHz区域中显示了一些清晰的特定吸收带,并且THz反射光谱在腐蚀和未腐蚀的铜线之间的围绕1.7THz波段呈现明显的反射强度差。还表明,铜电线的周围聚乙烯(PE)对于THz波是非常透明的,因此可以通过使用THz波来实现由隐形PE绝缘体包围的铜线的腐蚀状态。

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