Conventional K-edge subtraction imaging is based around the acquisition of two separate images at energies respectively below and above the K-edge of a contrast agent. This implies increased patient dose with respect to a conventional procedure and potentially incorrect image registration due to patient motion. © 2012 IEEE
First, unfiltered and iodine-filtered images are recorded and dark current, flatfield and flux corre...
We investigated the performance of monochromatic computed tomography for the quantification of contr...
We developed a novel method for element detection utilizing an x-ray source based on parametric x-ra...
Conventional K-edge subtraction imaging is based around the acquisition of two separate images at en...
In K-Edge Subtraction (KES) imaging the K-edge of a high-Z contrast medium is used to generate a dif...
The aim of the work is to quantitatively compare the effect of the energy separation in the k-edge d...
Photon Counting Detectors (PCDs) open new opportunities in X-ray imaging. Pixie III is a PCD using s...
This work proposes a compact dichromatic imaging system for the application of the K-edge digital su...
International audienceHighlights• Synchrotron radiation allows high contrast imaging with low patien...
This work proposes a compact dichromatic imaging system for the application of the K-edge digital su...
International audienceHybrid pixel detectors represent a new generation of digital X-ray detectors f...
World Health Organization (WHO) reported that breast cancer is the top cancer in women both in the d...
The aim of the present work is to analytically evaluate the signal to noise ratio (SNR) and the deli...
International audienceHybrid pixel cameras are new X-ray detectors working in a photon counting mode...
X-ray K-Edge Subtraction Computed Tomography (KES-CT) is based on the acquisition of two images at d...
First, unfiltered and iodine-filtered images are recorded and dark current, flatfield and flux corre...
We investigated the performance of monochromatic computed tomography for the quantification of contr...
We developed a novel method for element detection utilizing an x-ray source based on parametric x-ra...
Conventional K-edge subtraction imaging is based around the acquisition of two separate images at en...
In K-Edge Subtraction (KES) imaging the K-edge of a high-Z contrast medium is used to generate a dif...
The aim of the work is to quantitatively compare the effect of the energy separation in the k-edge d...
Photon Counting Detectors (PCDs) open new opportunities in X-ray imaging. Pixie III is a PCD using s...
This work proposes a compact dichromatic imaging system for the application of the K-edge digital su...
International audienceHighlights• Synchrotron radiation allows high contrast imaging with low patien...
This work proposes a compact dichromatic imaging system for the application of the K-edge digital su...
International audienceHybrid pixel detectors represent a new generation of digital X-ray detectors f...
World Health Organization (WHO) reported that breast cancer is the top cancer in women both in the d...
The aim of the present work is to analytically evaluate the signal to noise ratio (SNR) and the deli...
International audienceHybrid pixel cameras are new X-ray detectors working in a photon counting mode...
X-ray K-Edge Subtraction Computed Tomography (KES-CT) is based on the acquisition of two images at d...
First, unfiltered and iodine-filtered images are recorded and dark current, flatfield and flux corre...
We investigated the performance of monochromatic computed tomography for the quantification of contr...
We developed a novel method for element detection utilizing an x-ray source based on parametric x-ra...