The Muon Portal Project has built a prototype of a real size detector (6mà 3mà 7 m) for the inspection of containers by muon tomography. This technique may provide 2D and 3D images of the interior of a container, to identify the presence of high-Z materials. In the present Project, 4800 extruded scintillator strips were arranged such as to cover four X-Y detection planes (6mà 3 m), two placed above and two below the container to be inspected. Silicon photomultipliers were used as photosensors, to collect the light transported by Wave Length Shifter (WLS) fibres embedded in the scintillator strips. First tomographic images are here presented.
The Muon Portal Project: Commissioning of the full detector and first results
Riggi, F.
;ANTONUCCIO, VINCENZO;BANDIERAMONTE, MARILENA;Becciani, U.;Bonanno, D. L.;Gallo, G.;La Rocca, P.;Leonora, E.;Longhitano, F.;Lo Presti, D.;Randazzo, N.;PARASOLE, Orazio;Petta, C.;Riggi, S.;Santagati, G.;Valvo, G.;LA ROCCA, PAOLA
2017-01-01
Abstract
The Muon Portal Project has built a prototype of a real size detector (6mà 3mà 7 m) for the inspection of containers by muon tomography. This technique may provide 2D and 3D images of the interior of a container, to identify the presence of high-Z materials. In the present Project, 4800 extruded scintillator strips were arranged such as to cover four X-Y detection planes (6mà 3 m), two placed above and two below the container to be inspected. Silicon photomultipliers were used as photosensors, to collect the light transported by Wave Length Shifter (WLS) fibres embedded in the scintillator strips. First tomographic images are here presented.| File | Dimensione | Formato | |
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