In ion-beam therapy, high precision measurements are essential for having robust basic data to deliver the prescribed treatment to the patient. In this study, MIMOSA-28 pixel sensors were used as a tracker system for different medical applications. Several hardware and software improvements were implemented leading to a spatial track resolution < 10 μm. The experiments were conducted with success in different medical and research facilities. In this work, beam profiles were measured along the beam axis and the width of the beam along the axis could be calculated with a transportation code based on multiple Coulomb scattering. Moreover, an online beam monitoring was developed in order to have fast information about the beam profile. In anoth...
The characterization of high-intensity charged-particle and photon beams at medical accelerators is ...
The use of ion beams (protons or light ions) makes it possible to obtain, during treatment, a locali...
International audienceThe present work shows the performance of two new large microdosimetry multi-a...
En hadronthérapie, des mesures de haute précision sont essentielles pour avoir une base de données r...
Fiducial markers are nowadays a common tool for patient positioning verification before radiotherapy...
During this thesis, a scanning ion beam monitor has been developed in order to measure on-line fluen...
International audienceFiducial markers are nowadays a common tool for patient positioning verificati...
Hadrontherapy is an innovative radiotherapy modality in which light ions -such as protons or carbon ...
Hadrontherapy is an innovative radiotherapy modality in which light ions -such as protons or carbon ...
The Mimotera, a monolithic active pixel sensor (MAPS) of crystalline silicon has been investigated r...
International audienceCMOS pixel sensors, originally developed for High Energy Physics experiments, ...
Hadrontherapy is a radiation therapy for cancer based on ion beams (mainly protons or carbon ions). ...
National audienceIntroductionIn a context where ion beam therapy faces uncertainties concerning ion ...
The characterization of high-intensity charged-particle and photon beams at medical accelerators is ...
The use of ion beams (protons or light ions) makes it possible to obtain, during treatment, a locali...
International audienceThe present work shows the performance of two new large microdosimetry multi-a...
En hadronthérapie, des mesures de haute précision sont essentielles pour avoir une base de données r...
Fiducial markers are nowadays a common tool for patient positioning verification before radiotherapy...
During this thesis, a scanning ion beam monitor has been developed in order to measure on-line fluen...
International audienceFiducial markers are nowadays a common tool for patient positioning verificati...
Hadrontherapy is an innovative radiotherapy modality in which light ions -such as protons or carbon ...
Hadrontherapy is an innovative radiotherapy modality in which light ions -such as protons or carbon ...
The Mimotera, a monolithic active pixel sensor (MAPS) of crystalline silicon has been investigated r...
International audienceCMOS pixel sensors, originally developed for High Energy Physics experiments, ...
Hadrontherapy is a radiation therapy for cancer based on ion beams (mainly protons or carbon ions). ...
National audienceIntroductionIn a context where ion beam therapy faces uncertainties concerning ion ...
The characterization of high-intensity charged-particle and photon beams at medical accelerators is ...
The use of ion beams (protons or light ions) makes it possible to obtain, during treatment, a locali...
International audienceThe present work shows the performance of two new large microdosimetry multi-a...