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Micro eddy current testing by micro magnetic sensor array

机译:通过微磁传感器阵列进行微涡流测试

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A micro Eddy Current Testing (ECT) system for planar thin specimens made of INCONEL 600 with flaws was proposed and developed. A micro ECT probe used here consists of a conventional pancake-type coil as an exciting coil and a micro magnetic sensor array as a set of pickup coils. Magnetic field perturbation due to a flaw was measured with high spatial resolution and signal-to-noise (S/N) ratio. The measured signals from the array were compared with numerical results obtained by a three-dimensional A-/spl psi/ code. It was confirmed that the micro ECT system has the potential to evaluate the length and depth of a flaw with better accuracy than that of a conventional pancake-type ECT in the steam generator tubings in a pressurized water nuclear reactor.ETX
机译:提出并开发了用于由INCONEL 600制成的具有缺陷的平面薄样品的微型涡流测试(ECT)系统。这里使用的微型ECT探头由传统的煎饼型线圈作为励磁线圈,以及由微型磁传感器阵列作为一组拾波线圈组成。通过高空间分辨率和信噪比(S / N)来测量由于缺陷引起的磁场扰动。将来自阵列的测量信号与通过三维A- / spl psi /代码获得的数值结果进行比较。证实了微型ECT系统具有比常规水压核反应堆蒸汽发生器管道中常规煎饼式ECT更好地评估缺陷长度和深度的潜力。 ETX

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