Segmented ionization chambers represent a good solution to monitor the position, the intensity and the shape of ion beams in hadrontherapy. Pixel and strip chambers have been developed for both passive scattering and active scanning dose delivery systems. In particular, strip chambers are optimal for pencil beam scanning, allowing for spatial and time resolutions below 0.1 mm and 1 ms, respectively. The MATRIX pixel and the Strip Accurate Monitor for Beam Applications (SAMBA) detectors are described in this paper together with the results of several beam tests and industrial developments based on these prototypes
For precise treatment purposes in hadrontherapy, the particle beam has to be monitored in real time ...
In ion-beam therapy, high precision measurements are essential for having robust basic data to deliv...
International audienceFor the feasibility studies of spatially fractionated hadron therapy prototype...
Abstract A fast and precise detector to monitor on-line the dose delivered by an active scanning t...
Remarkable scientific and technological progress during the last years has led to the construction o...
Preliminary results are presented from a test of a parallel plate ionization chamber with the anode ...
Every radiotherapy center has to be equipped with real-time beam monitoring devices. In 2008, the me...
The clinical trials of tumor therapy using heavy ions beam C-12 are now in progress at Institute of ...
Real time monitoring of hadrontherapy beam intensity and profile is a critical issue for the optimis...
Real time monitoring of hadrontherapy beam intensity and profile is a critical issue for the optimis...
In precise hadrontherapy treatments,the particle beam must be monitored in real time without being d...
Purpose: To develop and characterize the required detectors for uniform scanning optimization and ch...
International audienceThe construction and first proton beam tests of a demonstrator dedicated to th...
International audienceOnline control of the range during particle therapy is one of the challenges f...
A system for radiotherapy treatment verification is proposed, using an air-ionization chamber with 1...
For precise treatment purposes in hadrontherapy, the particle beam has to be monitored in real time ...
In ion-beam therapy, high precision measurements are essential for having robust basic data to deliv...
International audienceFor the feasibility studies of spatially fractionated hadron therapy prototype...
Abstract A fast and precise detector to monitor on-line the dose delivered by an active scanning t...
Remarkable scientific and technological progress during the last years has led to the construction o...
Preliminary results are presented from a test of a parallel plate ionization chamber with the anode ...
Every radiotherapy center has to be equipped with real-time beam monitoring devices. In 2008, the me...
The clinical trials of tumor therapy using heavy ions beam C-12 are now in progress at Institute of ...
Real time monitoring of hadrontherapy beam intensity and profile is a critical issue for the optimis...
Real time monitoring of hadrontherapy beam intensity and profile is a critical issue for the optimis...
In precise hadrontherapy treatments,the particle beam must be monitored in real time without being d...
Purpose: To develop and characterize the required detectors for uniform scanning optimization and ch...
International audienceThe construction and first proton beam tests of a demonstrator dedicated to th...
International audienceOnline control of the range during particle therapy is one of the challenges f...
A system for radiotherapy treatment verification is proposed, using an air-ionization chamber with 1...
For precise treatment purposes in hadrontherapy, the particle beam has to be monitored in real time ...
In ion-beam therapy, high precision measurements are essential for having robust basic data to deliv...
International audienceFor the feasibility studies of spatially fractionated hadron therapy prototype...