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首页> 外文期刊>International journal of applied electromagnetics and mechanics >Characterization and implementation of a GMR based probe for eddy current testing
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Characterization and implementation of a GMR based probe for eddy current testing

机译:基于GMR的涡流测试探头的特性和实现

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The aim of this work is to describe an eddy current non-destructive testing system employing Giant Magnetoresistive (GMR) sensors. GMR sensors are solid state devices capable of measuring the magnetic flux density. The use of GMR sensors in the framework of eddy current testing is motivated by their intrinsically high sensitivity, large bandwidth and low cost. This paper is specifically focused on the development of a GMR based probe integrated into an eddy current testing system for detecting the presence of millimeters size cracks in highly conductive materials such as Aluminum.
机译:这项工作的目的是描述采用巨磁阻(GMR)传感器的涡流无损检测系统。 GMR传感器是能够测量磁通密度的固态设备。在涡流测试框架中使用GMR传感器是由于其固有的高灵敏度,大带宽和低成本。本文专门针对基于GMR的探头的开发进行了研究,该探头已集成到涡流测试系统中,用于检测铝等高导电材料中毫米级裂纹的存在。

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