Publication | Open Access
EURITRACK tagged neutron inspection system design
20
Citations
6
References
2006
Year
EngineeringNuclear PhysicsInspection System DesignNuclear DataNeutron ScatteringEuritrack ProjectSystems EngineeringNuclear MaterialsInstrumentationRadiation DetectionPhysicsNuclear SecurityScintillatorNeutron SourceExperimental Nuclear PhysicsNatural SciencesDetector PhysicNuclear ExperimentsTechnologyAlpha ParticlesTube Neutron Generator
The EURITRACK project aims at developing a non-destructive measurement system, using an associated particle sealed tube neutron generator, to detect explosives or other threat materials concealed in cargo containers. Chemical composition of the suspect item is determined by coincidence measurements between alpha particles and photons resulting from neutron interactions in the inspected voxel of the container. We present the design and the performances of the measurement system obtained by Monte Carlo calculations. Selected gamma detectors are clusters of 5''×5''×10'' and 5''×5'' sodium iodide scintillators, and a block of 100 kg of TNT located in a container filled with a metallic matrix having a density of 0.2 g/cm3 is shown to be detectable in 10 minutes.
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