Purpose Dual‐energy computed tomography (DECT) is highly promising for material
characterization and identification, whereas reconstructed material‐specific images are …

Spectral Computed Tomography (CT) aims at measuring the energy-resolved three-
dimensional (3D) distribution of the x-ray attenuation coefficients of a scanned object. It is …

Purpose Dual‐energy computed tomography (DECT) scans objects using two different X‐
ray spectra to acquire more information, which is also called dual spectral CT (DSCT) in …

Objective: Compared with traditional computed tomography (CT), dual spectral CT (DSCT)
exhibits superior material distinguishability and thus has broad prospects in industrial and …

In x-ray multispectral (or photon-counting) computed tomography (MCT), the object of
interest is scanned under multiple x-ray spectra, and it can acquire more information about …

Considering that high-dose X-ray radiation during CT scans may bring potential risks to
patients, in the medical imaging industry there has been increasing emphasis on low-dose …

Dual-energy computed tomography (DECT) provides more anatomical and functional
information for image diagnosis. Presently, the popular DECT imaging systems need to scan …

Background Multi-energy computed tomography (MECT) based on a photon-counting
detector is an emerging imaging modality that collects projections at several energy bins …

Multi-spectral CT (MSCT) is increasingly used in industrial non-destructive testing and
medical diagnosis because of its outstanding performance like material distinguishability …

Spectral computed tomography (SCT) is an powerful imaging modality with broad
applications and advantages such as contrast enhancement, artifact reduction, and material …