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Determining conductivity and thickness of continuously varying layers on metals using eddy currents

机译:使用涡流确定金属上连续变化的层的电导率和厚度

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摘要

Modifications to metal surfaces are important for many products; they can improve the interaction of the product with its environment, while retaining the structural properties of the bulk metal. Surface modifications provide properties such as good electrical contact as well as resistance to wear, corrosion and high temperatures. Consequently, it is desirable to develop nondestructive methods for characterizing near-surface properties, such as the electrical conductivity and magnetic permeability. In this paper we present an eddy current method to determine the structure of continuously changing surface layers.
机译:对于许多产品而言,对金属表面进行改性很重要。它们可以改善产品与其环境的相互作用,同时保留散装金属的结构特性。表面改性可提供诸如良好的电接触以及耐磨损,耐腐蚀和耐高温的性能。因此,期望开发用于表征诸如电导率和磁导率的近表面特性的非破坏性方法。在本文中,我们提出了一种涡流法来确定连续变化的表面层的结构。

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