In this paper we investigated the performance of some methods for a material decomposition using Monte Carlo simulations. The results of the simulations showed that the accuracy of a singular value decomposition method strongly depended on the amount of eigenvalues. And so we proposed a new material decomposition method for the materials having small eigenvalues such as calcium and iopamidol
Abstract In this work, the accuracy of material decomposition (MD) using an energy discriminating p...
Quantitative volumetric mapping of multiple materials with spectral computed tomography (CT) has app...
International audienceX-ray spectral CT appears as a new promising imaging modality for the quantita...
In this paper we investigated the performance of some methods for a material decomposition using Mon...
The purpose of this research is to validate the availability of a material decomposition with a phot...
International audienceSpectral photon-counting X-ray CT (sCT) opens up new possibilities for the qua...
Material decomposition in computed tomography is a method for differentiation and quantification of ...
International audienceEnergy sensitive photon counting X-ray detectors provide energy dependent info...
International audienceSpectral photon-counting CT offers novel potentialities to achieve quantitativ...
International audienceRecent advances in the domain of energy-resolved semiconductor detectors stimu...
Current advances in the development of hybrid pixel detectors allow analyzing an energy spectrum of ...
International audienceThanks to photon-counting detectors, spectral computerized tomography records ...
Abstract In this work, the accuracy of material decomposition (MD) using an energy discriminating p...
Quantitative volumetric mapping of multiple materials with spectral computed tomography (CT) has app...
International audienceX-ray spectral CT appears as a new promising imaging modality for the quantita...
In this paper we investigated the performance of some methods for a material decomposition using Mon...
The purpose of this research is to validate the availability of a material decomposition with a phot...
International audienceSpectral photon-counting X-ray CT (sCT) opens up new possibilities for the qua...
Material decomposition in computed tomography is a method for differentiation and quantification of ...
International audienceEnergy sensitive photon counting X-ray detectors provide energy dependent info...
International audienceSpectral photon-counting CT offers novel potentialities to achieve quantitativ...
International audienceRecent advances in the domain of energy-resolved semiconductor detectors stimu...
Current advances in the development of hybrid pixel detectors allow analyzing an energy spectrum of ...
International audienceThanks to photon-counting detectors, spectral computerized tomography records ...
Abstract In this work, the accuracy of material decomposition (MD) using an energy discriminating p...
Quantitative volumetric mapping of multiple materials with spectral computed tomography (CT) has app...
International audienceX-ray spectral CT appears as a new promising imaging modality for the quantita...