Magnetic non-destructive materials characterization of nonferromagnetic materials using magnetic susceptibility.

B. Gupta, B. Ducharne, G. Sebald, T. Uchimoto
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Abstract

All materials interact with an external magnetic field to some extent quantified by the magnetic susceptibility c. There is a correlation between local c value and local anomalies of material composition, deformation and stress, which makes it interesting to explore related sensor principles with a potential for NDT application. This contribution however concerns a modification over the magnetic force based sensor for laterally resolved susceptibility measurement and demonstrates the possible range of NDT applications on different non-ferromagnetic material samples. This sensor however eliminates the use of cantilever to avoid possible vibrations in the industrial environment.
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磁性无损材料用磁化率表征非铁磁性材料。
所有材料都与外部磁场相互作用,在一定程度上由磁化率c量化。局部c值与材料成分、变形和应力的局部异常之间存在相关性,这使得探索具有无损检测应用潜力的相关传感器原理变得有趣。然而,这一贡献涉及对基于磁力的传感器的改进,用于横向分辨磁化率测量,并展示了在不同非铁磁性材料样品上无损检测应用的可能范围。然而,这种传感器消除了悬臂的使用,以避免在工业环境中可能的振动。
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