Real-Time Online Monitoring of the Ion Range by Means of Prompt Secondary Radiations
- Krimmer, J.
- Balleyguier, L.
- Baudot, J.
- Brons, S.
- Caponetto, L.
- Chabot, M.
- Chen, X.
- Dahoumane, M.
- Dauvergne, D.
- De Rydt, M.
- Dedes, G.
- Della Negra, R.
- Deng, S. M.
- Force, P.
- Freud, N.
- Joly, Baptiste
- Hérault, J.
- Insa, C.
- Lambert, D.
- La Tessa, C.
- Lestand, Loïc
- Létang, Jean Michel
- Ley, J.-L.
- Lojacono, X.
- Magne, M.
- Mathez, H.
- Maxim, Voichita
- Montarou, Gerard
- Parodi, K.
- Pinto, M.
- Pleskac, R.
- Prieels, D.
- Prost, R.
- Ray, C.
- Richard, M.-H.
- Reithinger, V.
- Rinaldi, I.
- Roellinghoff, F.
- Smeets, J.
- Testa, E.
- Vanstalle, M.
- Winter, M.
- Zoccarato, Y.
Publication date
June 2013
DOI Publisher
Institute of Electrical and Electronics Engineers (IEEE)Abstract
International audiencePrompt secondary radiations such as gamma rays and protons can be used for ion-range monitoring during ion therapy either on an energy-slice basis or on a pencil-beam basis. We present a review of the ongoing activities in terms of detector developments, imaging, experimental and theoretical physics issues concerning the correlation between the physical dose and hadronic processe
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