铝芯钢加固输电线路导线腐蚀检测

Neal Murray, F. Besnard, Drew B. McGuire, Kuni J. Scissum
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引用次数: 5

摘要

一项可行性研究于2003年完成,以确定是否可以在ACSR导体表面发现氧化铁沉积物。结果是有希望的,并证明了钢芯腐蚀的存在可以通过特定波长的反射光强度的比例来识别。在半受控环境和现场进行的早期“近红外光谱”测试表明,为了收集精确的反射率光谱,必须克服许多环境条件。最新的设计变化是增加了一个单色光源,以克服测试过程中变化的环境光强度。从现场测试中收集的导体使用标准近红外光谱仪组件进行评估,然后与使用激光光源的结果进行比较。本报告提出的调查结果证实了迄今为止的发展阶段以及在未来发展中需要进行的工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Conductor corrosion inspection of aluminum conductor steel reinforced transmission lines
A feasibility study was completed in 2003 to determine if iron oxide deposits can be identified on the surface of ACSR conductors. Results were promising and demonstrated that the presence of steel core corrosion may be identified by a ratio of reflected light intensity at specific wavelengths. Early “Near Infrared Spectroscopy” testing in a semi-controlled environment and in the field revealed many environmental conditions must be overcome in order to gather accurate reflectance light spectra. The latest design change was to add a monochromatic light source to overcome varying ambient light intensity during testing. Conductors that had been gathered from field testing were evaluated using a standard NIR spectrometer assembly and then compared to the results using a laser light source. This report presents the findings confirming the stages of development to date and what is required to proceed in future development.
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