When more than two elemental materials are present in a given object, material
quantification may not be robust and accurate when the routine two-material decomposition …

Talbot–Lau grating interferometer (TLGI) has great advantages in x-ray imaging contrasts,
especially for low-Z materials, over conventional absorption contrast. A microstructured array …

Background This article reports the first x‐ray phase sensitive breast tomosynthesis (PBT)
system that is aimed for direct translation to clinical practice for the diagnosis of breast …

Multi-modal and multi-contrast imaging datasets have diverse voxel-wise intensities. For
example, quantitative MRI acquisition protocols are designed specifically to yield multiple …

Background X‐ray multi‐contrast imaging with gratings provides a practical method to detect
differential phase and dark‐field contrast images in addition to the x‐ray absorption image …

In the past decade, grating-based x-ray multi-contrast imaging has demonstrated potential
advantages for breast imaging, including reduced anatomical noise, sharper tumor …

Purpose A major technical obstacle to bringing x‐ray multicontrast (ie, attenuation, phase,
and dark‐field) imaging methodology to clinical use is the prolonged data acquisition time …

The cosine-model analysis (CMA) method and the small angle x-ray scattering (SAXS)
method are two major types of information retrieval algorithms, commonly utilized in x-ray …

Recently, photon counting detectors (PCDs) have attracted a lot of research interest for
applications in x-ray imaging. This type of detector utilizes a detection mechanism which …