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Accurate measurement of Aluminum layer thickness in a multilayer material using eddy current sensor

机译:使用涡流传感器精确测量多层材料中的铝层厚度

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This paper presents an eddy current sensor based system that allows thickness measurement of an Aluminum layer in multilayer material. An electromagnetic analytical model is used to give the relationship between the response of the eddy current sensor and the Aluminum layer thickness for different frequencies, and then looking for the optimal working frequency according to a given criterion. The measurement system is performed and controlled by a Labview application in which the analytical relationship is integrated. Some experimental samples of multilayer material containing an Aluminum layer with different thicknesses are used to verify the measurement system. A good accuracy and agreement is observed between the measured thicknesses and the exact thickness of the samples.
机译:本文介绍了基于涡流传感器的系统,允许在多层材料中厚度测量铝层。电磁分析模型用于提供涡流传感器的响应与不同频率的铝层厚度之间的关系,然后根据给定标准寻找最佳工作频率。通过LabVIEW应用程序执行测量系统,其中分析关系被整合。使用含有不同厚度的铝层的多层材料的一些实验样品用于验证测量系统。在测量的厚度和样品的精确厚度之间观察到良好的准确性和协议。

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