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Non-destructive Testing of Aluminum Alloys by Using Miniature Eddy-Current Flaw Transducers

机译:使用微型涡流漏洞换能器的铝合金的非破坏性测试

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The paper puts forward a modified eddy current testing method based on the use of miniature eddy current transducers within a localized controlled area of the material surface of up to 50 μm~2. Measurement results are provided for a model composite material made up of alternating conducting and dielectric layers of system Al-HDPE-Al. Structural flaws are specified as changes in the number and position of layers in the sequence. Prospects of the proposed method and a measuring device operating on its basis for flaw detection in composite aluminum alloy materials are shown.
机译:本文提出了一种基于在局部控制区域内使用的微型涡流换能器的改进的涡流测试方法,其材料表面高达50μm〜2的局部控制区域。提供了由系统Al-HDPE-Al的交流和介电层组成的模型复合材料的测量结果。结构缺陷被指定为序列中的图层的数量和位置的变化。示出了在复合铝合金材料中的探伤检测的基础上提出的方法和测量装置的前景。

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