Searched for: author%3A%22Parodi%2C+K.%22
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Cambraia Lopes, P (author), Bauer, J. (author), Salomon, A. (author), Rinaldi, I (author), Tabacchini, V. (author), Tessonnier, T. (author), Crespo, P (author), Parodi, K (author), Schaart, D.R. (author)
Positron emission tomography (PET) is the imaging modality most extensively tested for treatment monitoring in particle therapy. Optimal use of PET in proton therapy requires in situ acquisition of the relatively strong <sup>15</sup>O signal due to its relatively short half-life (∼2 min) and high oxygen content in biological tissues, enabling...
journal article 2016
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Cambraia Lopes, P. (author), Clementel, E. (author), Crespo, P. (author), Henrotin, S. (author), Huizenga, J. (author), Janssens, G. (author), Parodi, K. (author), Prieels, D. (author), Roellinghoff, F. (author), Smeets, J. (author), Stichelbaut, F. (author), Schaart, D.R. (author)
Proton range monitoring may facilitate online adaptive proton therapy and improve treatment outcomes. Imaging of proton-induced prompt gamma (PG) rays using a knife-edge slit collimator is currently under investigation as a potential tool for real-time proton range monitoring. A major challenge in collimated PG imaging is the suppression of...
journal article 2015
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Thirolf, P.G. (author), Lang, C. (author), Aldawood, S. (author), Van der Kolff, H.G. (author), Maier, L. (author), Schaart, D.R. (author), Parodi, K. (author)
Presently large efforts are conducted in Munich towards the development of proton beams for bio-medical applications, generated via the technique of particle acceleration from high-power, short-pulse lasers. While so far mostly offline diagnostics tools are used in this context, we aim at developing a reliable and accurate online range...
conference paper 2014