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ˇWorkshop - Landmine Detection Equipment

Detection of Underground Objects Using Thermography

Ivanka Boras, Marina Malinovec,Josip Stepanic jr., Srecko Švaic
Faculty of Mechanical Engineering and Naval Architecture,
University of Zagreb, Croatia
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Abstract

1. INTRODUCTION

2. EXPERIMENT

3. NUMERICAL ANALYSIS IN BURIED OBJECT DETECTION USING THERMOGRAPHY

4. DISCUSSION

5. CONCLUSIONS

References

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  2. Bruschini, C; Gros, B.: A Survey of Current Sensor Technology Research for the Detection of Landmines, Int. Workshop SUSDEM '97, Zagreb, Proceedings, 1999., pp. 6.18-6.27,
  3. Krstelj, V.; Stepanic, jr., J.: Non-Destructive Testing in Antipersonnel Landmine Detection, Int. Conf. MATEST '99, Cavtat, Proceedings, 1999., pp. 109-115,
  4. Pregowski, P.; Swiderski, W.: Application of IR Thermography for the Detection of Buried Mines - Prediction and Procedures, Int. Conf. MATEST '99, Cavtat, Proceedings, 1999., pp. 227-232,
  5. Pregowski, P.; Swiderski, W.; Walczak, R.: Surface and volume effects in thermal signatures of buried mines: experiment and modeling, QIRT '98, Lodz, Proceedings, 1998., pp. 233-238,
  6. Georgson, M. et al.: Mine Detection Using Infrared Imaging Technique, Int. Conf. MINE'99, Firenze, Proceedings, 1999., pp. 66-71,
  7. Schachne, M. et. al.: Mine Detection by Means of Dynamic Thermography: Simulation and Experiments, IEE 2nd Int. Conf. on the Detection of Abandoned Landmines '98, Edinburgh, Proceedings, 1998., pp. 124-128,
  8. Andrassy, M; Švaic, S.; Boras, I.: Development of Applied Thermographic Methods, Int. Congress SITHOK 4, Maribor, Proceedings, 2000., pp. 48.1-48.7,
  9. Krstelj, V.; Švaic, S.; Stepanic jr., J.; Malinovec, M.: NDT Methods in Landmines Detection, Int. Conf. Defektoskopie '99, Hradec Kralove, Proceedings, 1999., pp. 251-256.

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