无损检测技术及其在轨道交通中的应用 EC) 5.6.2 脉冲涡流检测技术(Pulsed Eddy Current，PEC) 5.6.3 远场涡流检测技术(Remote Field Eddy Current，RFEC) 涡流检测常用术语 复习思考题第6章 渗透检测 6.1 概述 6.2 渗透检测的物理基础 6.3 渗
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The combination of an RFEC probe and data acquisition is used to simulate the RFEC detection "Pig" for inspecting defects of a tube.
用探头与数据采集系统的组合体，模拟远场涡流检测“猪”，对管道缺损进行检测。
This indicates that the probe velocity is an important factor for inspection and must be considered in the design of RFEC probes and the processing of signals.
结果表明，检测探头的运动速度是探头设计及检测信号分析中应考虑的重要因素。
The remote filed eddy current (RFEC) techniques will become more and more important as a tool of the pipes' daily check and maintenance in power and chemical industry.
远场涡流(RFEC)技术作为电力和化工部门管道日常检测和维护手段，将发挥越来越重要的作用。
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