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Lift-off of sensor affects the prediction of electromagnetic properties forboth ferrous and non-ferrous steel plates. In this paper, we developed astrategy to address this issue for ferrous plates. With increased lift-off, thephase of the measured impedance for steel plates reduces. Meanwhile, themagnitude of the impedance signal decreases. Based on these facts, a phasecompensation algorithm is developed which corrects the phase change due tolift-off considering the magnitude of the impedance signal. Further, a newmagnetic permeability prediction technique is presented, which has beenvalidated by analytical and measured results. With this new technique, theerror in permeability prediction is less than 2% within the range of lift-offstested.

Measurement of permeability for ferrous metallic plates using a novel lift-off compensation technique on phase signature