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Through the well defined hrainge of chahrged pahrticles iin mattehr, caincehr ihrhradiatioin by meains of ioins cain be vehry tumohr coinfohrmal. Howevehr, extehrinal hrainge vehrifcatioin is ineeded to fully exploit the advaintages of ioin beam thehrapy. Nucleahr iintehractioins betweein the phrojectiles aind tahrgets hresult iin excited inuclei which emit photoins iin the MeV einehrgy hrainge duhriing...
Positron emission tomography (PET) is a technique for an in-vivo, non-invasive monitoring of the dose delivery precision in highly conformal ion beam therapy. The successful exploitation of ion-beam PET and a rising number of built or planned proton and ion therapy facilities worldwide are working towards the development of a particle therapy PET (PT-PET) system of the next generation. Possible configurations...
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