Proton therapy is a technique used to deliver a highly accurate and effective dose for the treatment of a variety of tumor diseases. The possibility to have an instrument able to give online information could reduce the time necessary to characterize the proton beam. To this aim we propose a detection system for online proton beam characterization based on the Medipix2 chip. Medipix2 is a detection system based on a single event counter read-out chip, bump-bonded to silicon pixel detector. The read-out chip is a matrix of 256 x 256 cells, 55 x 55 mu m(2) each. To demonstrate the capabilities of Medipix2 as a proton detector, we have used a 62 MeV flux proton beam at the CATANA beam line of the LNS-INFN laboratory. The measurements performed...
In this paper we present the first tests of a digital imaging system based on a silicon pixel detect...
In this paper we present the first tests of a digital imaging system based on a silicon pixel detect...
International audienceA precise characterization of therapeutic proton pencil beams is essential for...
Charged particle therapy (CPT) is an advanced modality of radiation therapy which has grown rapidly ...
A prototype of proton counter was developed by the University and the National Institute for Nuclear...
The Medipix2 Collaboration, based at CERN, has developed the TimePix version of the Medipix pixel re...
Spectroscopy-based photon-counting detector systems, Medipix, have many applications in medicine. Me...
Purpose: To develop and characterize the required detectors for uniform scanning optimization and ch...
The University and the National Institute for Nuclear Physics of Torino are developing LGAD-based pr...
Particle therapy, a non-invasive technique for treating cancer using protons and light ions, has bec...
We present the first tests of a digital imaging system based on a silicon pixel detector bump bonded...
AbstractFor many years, silicon micro-strip detectors have been successfully used as tracking detect...
Hybrid pixel detectors, first developed as tracking detectors for the LHC experiments, have found ...
In this paper we present the first tests of a digital imaging system based on a silicon pixel detect...
In this paper we present the first tests of a digital imaging system based on a silicon pixel detect...
International audienceA precise characterization of therapeutic proton pencil beams is essential for...
Charged particle therapy (CPT) is an advanced modality of radiation therapy which has grown rapidly ...
A prototype of proton counter was developed by the University and the National Institute for Nuclear...
The Medipix2 Collaboration, based at CERN, has developed the TimePix version of the Medipix pixel re...
Spectroscopy-based photon-counting detector systems, Medipix, have many applications in medicine. Me...
Purpose: To develop and characterize the required detectors for uniform scanning optimization and ch...
The University and the National Institute for Nuclear Physics of Torino are developing LGAD-based pr...
Particle therapy, a non-invasive technique for treating cancer using protons and light ions, has bec...
We present the first tests of a digital imaging system based on a silicon pixel detector bump bonded...
AbstractFor many years, silicon micro-strip detectors have been successfully used as tracking detect...
Hybrid pixel detectors, first developed as tracking detectors for the LHC experiments, have found ...
In this paper we present the first tests of a digital imaging system based on a silicon pixel detect...
In this paper we present the first tests of a digital imaging system based on a silicon pixel detect...
International audienceA precise characterization of therapeutic proton pencil beams is essential for...