Seminarium Fizyki Wielkich Energii

The dose-3D project aims to provide a next-generation active phantom for rapid measurement of the deposited dose in photon therapy. During the initial development period, a dedicated, modular, and flexible DAQ system was designed and constructed along with a number of prototypes.The design of the detector configurable matrix was especially challenging. An extensive search for the best scintillating active material and suitable mechanical part provided the required robust support and sufficiently small material budget. We decided to use 3D printing technology for the final prototypes to produce both the scintillating voxels and mechanical parts. Also, considerable effort was dedicated to designing and implementing an interface between the optical fibre and the scintillating voxel. In this talk, I will give the current status of the project and prospects for future developments and commercialisation prospects.