… Hence, the derivative is not computed analytically, but … is another example of iterative
reconstruction algorithms, and only … ous algebraic reconstruction technique (SART) is traded as a …

… X-ray computed tomography (CT) reconstruction from a … applications for high quality image
reconstruction algorithms that can … In particular, state-of-the-art statistical image reconstruction …

… ) is a multimodal imaging technique, which can measure the first derivative of the phase in
… applications from computed tomography to nuclear medicine, radiotherapy, and dosimetry. …

… , we are interested in tomographic reconstructions. In classical X-ray computerized tomography,
the light is … Li, and BEA Saleh, An iterative reconstruction algorithm for optical diffraction …

… iterative reconstruction algorithms make use of gradient-based optimisation to reconstruct
the … To do so, we wrote a small complex-algebra library [13], which can operate on a duplet …

… virtually noise-free fused absorption-phase contrast tomograms … We will first briefly explain
the fused iterative reconstruction … in x-ray differential phase-contrast computed tomography,” …

… wherein the image reconstruction for the complex geometry and high energy X-ray imaging.
… algebraic reconstruction technique (SART). Various inpainting-based artifact reduction …

… us to adapt the Algebraic Reconstruction Technique to our … of 10 nanometers using phase
contrast imaging. We see that … the corresponding terms and applying the derivatives, we get …

… computed tomography. Differentiation of energy levels of x-ray photons allows for the …
potential of IR algorithms to enhance the image quality in phase-contrast as well as dark-field CT […

… Absorption and phase-contrast reconstructions, which are the base imaging modalities
on the same X-ray microscope, can be combined with the LabDCT reconstruction, enabling …