Titlebook: Detection and Disposal of Improvised Explosives; Hiltmar Schubert,Andrey Kuznetsov Conference proceedings 20061st edition Springer Science

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Taeil Son MD,Woo Jin Hyung MD, PhDcargo containers in projects funded by NATO and the European Union. In this respect second generation devices are under development. Results will be presented in this report about further applications of the TNIS in a real time scanning of vehicles carrying a large quantity of explosive as in terrorist attacks.

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Michael A. Rogy,Marius A. Bünger Cand Medomposition of the substances located in the investigated volume. Use of a position-sensitive tagging α-particle detector allows one to determine the flight direction of each neutron, and thus to divide the investigated volume into “voxels” producing its 3D “elemental” image.

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Pastry

PALMY

DETECTION OF EXPLOSIVES BY QUADRUPOLE RESONANCE METHOD: NEW ASPECTS FOR SECURITY,r, a high probability of detection for a range of both explosive and non-explosive threats. However the detection technique on the basis of X-rays has a relatively low sensitivity of certain configurations of explosives.

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Projection

ASSOCIATED PARTICLE IMAGING: AN ENABLING TECHNOLOGY OF DETECTION OF IMPROVISED EXPLOSIVES,ed threat materials. The critical difference between API and other neutron interrogation methods is the ability to significantly reduce the impact of “background clutter” in the signal-to-noise ratio caused by the material surrounding and adjacent to the threat.

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Vincenzo Canzonieri,Antonio Giordanolation detector has been developed for a well collimated γ-ray detection with an enhanced signal to noise ratio. The results by using an imitator suggest promising and practical features for landmine detection.

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