Title :
Timed-neutron detection for land mines
Author :
Bamberger, J.A. ; Craig, R.A. ; Colgan, T.Y. ; Peurrung, A.J. ; Schmitt, B.E. ; Stromswold, D.C.
Abstract :
We describe a new and novel means for detecting nonmetallic land mines. Timed neutron detection (TND) utilizes the unique neutron-moderating properties common to most explosives and all polymers and incorporates timing aspects to improve the measurement process. TND offers the possibility of a low-cost detector for non-metallic land mines with small radiation exposure. Experimental results with actual land mines and simulants are described. Computer simulations provide an understanding of how the performance of detectors based on this approach will be affected by environmental and operator parameter variations.
Keywords :
landmine detection; neutron detection; explosives; neutron-moderating properties; nonmetallic land mines; polymers; small radiation exposure; timed-neutron detection; Explosives; Ground penetrating radar; Helium; Hydrogen; Infrared detectors; Landmine detection; Neutron spin echo; Plastics; Polymers; Radar detection;
Conference_Titel :
Nuclear Science Symposium Conference Record, 2003 IEEE
Print_ISBN :
0-7803-8257-9
DOI :
10.1109/NSSMIC.2003.1351941