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Evaluation of the performance of novel eddy current testing probes

机译:评价新型涡流检测探头的性能

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The recent introduction of the FLUXSET sensor as magnetic field detector can lead to an improvement of the sensitivity of the measurement systems for non destructive testing now available. Indeed their high, magnetic field frequency independent sensitivity and their reduced spatial dimensions can increase the possibility of detection of deep and small defects in the materials of interest. Furthermore, the possibility to operate in a wide temperature range (up to 150°C) and the relative simple electronic signal processing are other advantages of the probes based on the FLUXSET sensor. Here we report the experimental work on the set up of a NDT system based on this new kind of sensor carried out in the NDT laboratory of the University of Reggio Calabria.
机译:最近引入磁通传感器作为磁场检测器可以提高现在可用的非破坏性测试的测量系统的灵敏度。实际上,它们的高磁场频率独立灵敏度及其降低的空间尺寸可以增加观察感兴趣材料中深度和小缺陷的可能性。此外,在宽温度范围内(最多150°C)和相对简单的电子信号处理的可能性是基于磁通传感器的探针的其他优点。在这里,我们向Reggio Calabria大学NDT实验室进行了基于这种新型传感器的NDT系统建立的实验工作。

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