Abstract: The aim of this work is the characterization of the Pixirad-1 detector system with monochromatic synchrotron radiation at different energies. The linearity of the system has been investigated varying the impinging photon flux up to paralyzation. The ratio between detector counts and number of impinging photons, as a function of energy and discriminator thresholds, has been measured. The pixel noise has been evaluated and the result compared with the theoretical Poisson model. Eventually, the spatial resolution has been evaluated by measuring the line-spread function at different energies and discriminator thresholds
X-ray detectors with photon-counting capabilities promise to revolutionise medical imaging. For an e...
Hybrid semiconductor pixel detector technology is presented in this thesis as an alternative to curr...
The Large Area Detector is a photon counting detector based on pixel readout ASICs with 64×64 arrays...
Abstract: The aim of this work is the characterization of the Pixirad-1 detector system with monochr...
This work is focused on the characterization of the Pixirad-1 detector system from the spectroscopic...
8X-ray Photon Counting Detectors (XPCDs) with thick semiconductor sensors and small pixel sizes suff...
Thanks to their high detection efficiency and low intrinsic noise, direct conversion X-ray Photon Co...
This licentiate thesis concerns the development and characterisation of X-ray imaging detector syste...
Der Medipix-Detektor ist ein hybrider photonenzählender Röntgendetektor, der aus einem ASIC und eine...
International audienceThere is growing interest in energy-sensitive photon-counting detectors based ...
The development of pixelated photon counting semiconductor detectors enables to resolve the spectral...
This thesis is concerned with exploring the way in which the physics of the detection process affect...
This thesis concerns the development and characterisation of X-ray imaging systems based on single p...
Thanks to recent developments in photon counting detectors, X-Ray spectral imaging has received incr...
X-ray detectors with photon-counting capabilities promise to revolutionise medical imaging. For an e...
Hybrid semiconductor pixel detector technology is presented in this thesis as an alternative to curr...
The Large Area Detector is a photon counting detector based on pixel readout ASICs with 64×64 arrays...
Abstract: The aim of this work is the characterization of the Pixirad-1 detector system with monochr...
This work is focused on the characterization of the Pixirad-1 detector system from the spectroscopic...
8X-ray Photon Counting Detectors (XPCDs) with thick semiconductor sensors and small pixel sizes suff...
Thanks to their high detection efficiency and low intrinsic noise, direct conversion X-ray Photon Co...
This licentiate thesis concerns the development and characterisation of X-ray imaging detector syste...
Der Medipix-Detektor ist ein hybrider photonenzählender Röntgendetektor, der aus einem ASIC und eine...
International audienceThere is growing interest in energy-sensitive photon-counting detectors based ...
The development of pixelated photon counting semiconductor detectors enables to resolve the spectral...
This thesis is concerned with exploring the way in which the physics of the detection process affect...
This thesis concerns the development and characterisation of X-ray imaging systems based on single p...
Thanks to recent developments in photon counting detectors, X-Ray spectral imaging has received incr...
X-ray detectors with photon-counting capabilities promise to revolutionise medical imaging. For an e...
Hybrid semiconductor pixel detector technology is presented in this thesis as an alternative to curr...
The Large Area Detector is a photon counting detector based on pixel readout ASICs with 64×64 arrays...