The project aim is the development of innovative instrumentation, technologies and new methodologies for dosimetry and radiobiology in order to realize an hadrontherapy facility based on laser-driven beams. The project will closely follow the activities of the ELIMED project that will realize a hadrontherapy transport beam line using laser-driven beams accelerated at the ELI-Beamlines laser facility in Prague (CZ). One of the project main goals will be the realization of a first prototype of energy selector for laser-driven proton beams and of the necessary diagnostic systems in order to performthe first dosimetric and radiobiological measures at three different laser facilities: the TARANIS laser facility in Belfast (UK), the GIST, Gwangju in Korea and the FLAME laser in Frascati (I). Part of the developed diagnostic will be also tested at the PALS facility in Prague (CZ).
ELIMED/PLASMAMED / Manti, Lorenzo. - (2014). (Intervento presentato al convegno ELIMED: MEDical applications at ELI-Beamlines nel 2014).
ELIMED/PLASMAMED
Lorenzo Manti
2014
Abstract
The project aim is the development of innovative instrumentation, technologies and new methodologies for dosimetry and radiobiology in order to realize an hadrontherapy facility based on laser-driven beams. The project will closely follow the activities of the ELIMED project that will realize a hadrontherapy transport beam line using laser-driven beams accelerated at the ELI-Beamlines laser facility in Prague (CZ). One of the project main goals will be the realization of a first prototype of energy selector for laser-driven proton beams and of the necessary diagnostic systems in order to performthe first dosimetric and radiobiological measures at three different laser facilities: the TARANIS laser facility in Belfast (UK), the GIST, Gwangju in Korea and the FLAME laser in Frascati (I). Part of the developed diagnostic will be also tested at the PALS facility in Prague (CZ).File | Dimensione | Formato | |
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ELIMED_all_1.pdf
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