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Computer Modeling of Eddy Current Transmit-Receive Probes for Tube Inspection

机译:管道检查用涡流收发探头的计算机建模

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摘要

Conventional eddy current bobbin probes are known to be ineffectual in detecting circumferential cracks in tubing. Rotating pancake and/or multi-pancake probes are required to detect circumferential cracks. However, it has been demonstrated in CANDU® (CANada Deuterium Uranium nuclear reactor) steam generator tubes with deformation and ferromagnetic deposits that probes with surface transmit-receive (T/R) coils are superior to those using surface impedance coils. No subsurface cracks in this tubing were detected with rotating impedance pancake coil probes and multiplexed impedance probes. In the same tubing, circumferential cracks as shallow as 50% through-wall were detected with a single-pass C3 multiplexed T/R probe.
机译:已知传统的涡流绕线管探头在检测管道中的圆周裂纹方面无效。需要旋转煎饼和/或多层煎饼探针来检测圆周裂缝。但是,已在具有变形和铁磁沉积物的CANDU®(加拿大氘铀核反应堆)蒸汽发生器管中得到证明,使用表面发射-接收(T / R)线圈的探头优于使用表面阻抗线圈的探头。用旋转阻抗煎饼线圈探针和多路阻抗探针未检测到该管道中的地下裂缝。在同一管中,使用单通道C3多路T / R探头检测到浅至50%通孔的周向裂纹。

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