1Millard S, Bungey J, Gowers K. Rapid assessment of concrete of in-situ reinforced concrete by analysis of transient response to galvanostatic pulse. International Symposium Non-destructive Testing in Civil Engineering ISNDT-CE (Vol. I ), Berlin, Germany: 1995. 121-134
2Krause M etc. Comparison of pulse-echo-methods for testing concrete. ISNDT-CE (Vol. I ), Berlin, Germany: 1995. 281-296
3Sack D , Olson L. High speed testing technologies for NDT of structures. ISNDT-CE(Vol. I ), Berlin, Germany: 1995.43-50
4Li Z, Xi Y. Application of acoustic emission technique to detection of concrete cracking and rebar corrosion. International Symposium Non-Destructive Testing in Civil Engineering(Vol. I ), Berlin, Germany :1995.
5Chengsheng Ouyang, Eric Landis, Shah Surendra P. Damage assessment in concrete using quantitative acoustic emission. J Erg Mech, 1991,117 (11): 2681-2698
6Surgeon M, Oho K. An evaluation of the performance of acoustic emission systems. Proceedings of 14th WCNDT, New Delhi, India: 1996.
7Attoh-Okine N. Use of artificial neural networks in ground penetrating radar applications in pavement evaluation and assessment. ISNDT-CE (Vol. I ), Berlin, Germany: 1995.93-100
8Jones R, Wykes C. Holographic and speckle interferometry. 2nd ed, Cambridge: Cambridge University Press, 1989.
9Favro LD et al. Infrared thermal-wave studies of coatings and composites. SPIE Thermosense Ⅷ, 1991. 290-294
10Gros XE. NDT Data Fusion. New York: John Wiley &Sons Inc, 1997.
