Muon Radiography- 3D Imaging
Category: Characterization > Camera & Surveillance > 3D Imaging
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Characterization and imaging of the internal contents of drums, flasks and silos present significant technical challenges. The need to characterize these items has led to the development of a 3D imaging technique using Muon detection and reconstruction. The ultimate goal of this development programme is to establish a range of Muon based imaging technologies capable of the nonintrusive characterization of anything from the contents of a cemented drum to the contents of a whole silo or storage bin. The first step is to develop a technique to image the contents of suspect 500l cemented drums to establish package integrity. This capability has been identified as a key technology gap within product stores. A small (lab) scale prototype unit was successfully demonstrated in the summer of 2011, completing Phase I of the development programme. Phase II, the next stage of development, has now commenced and will progress the Technology Readiness Level (TRL) from 4 to 6. The aim of Phase II is to design, construct and commission a large-scale prototype detector system similar in design to the expected system which will eventually be placed on plant. The detector will be larger than the small-scale prototype system developed in Phase I, but will use many of the same underpinning technologies and approach. This will allow the experience and knowledge developed from Phase I to be imported into Phase II and reduce the overall R&D costs in these areas.
Nonintrusive characterization of anything from the contents of a cemented drum to the contents of a whole silo or storage bin.
This technology is under development. Phase II, the next stage of development, has now commenced and will progress the TRL from 4 to 6.