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The Testing Scheme for Steel Corrosion in the Reinforced Concrete via Near Field Effect of Meter-Band Wave

By Ruiqiang Zhao, Hong Zhang, Jianting Zhou, Leng Liao, and Runchuan Xia
Progress In Electromagnetics Research Letters, Vol. 66, 127-134, 2017


This paper presents a testing scheme for the steel corrosion in reinforced concrete based on near-field effect of meter wave. The physical mechanism of the near-field method was introduced, and the structure of the measurement device was presented in detail. The electromagnetic field near the steel bar buried in the concrete structure was simulated by the finite difference time domain method. The simulated data show that the mean radiation power decreases monotonously with the increase of the corroded depth of the steel bar, and the corroded area is promising to be imaged directly due to the localization of near field. The results indicate that the near-field technique can act as a new nondestructive testing technique to detect and even image the corrosion area buried in concrete in engineering structure.


Ruiqiang Zhao, Hong Zhang, Jianting Zhou, Leng Liao, and Runchuan Xia, "The Testing Scheme for Steel Corrosion in the Reinforced Concrete via Near Field Effect of Meter-Band Wave," Progress In Electromagnetics Research Letters, Vol. 66, 127-134, 2017.


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