In x-ray computed tomography (CT), materials having different elemental compositions can
be represented by identical pixel values on a CT image (ie, CT numbers), depending on the …

Dual-energy CT has remained underutilized over the past decade probably due to a
cumbersome workflow issue and current technical limitations. Clinical radiologists should be …

In x‐ray computed tomography (CT), materials with different elemental compositions can
have identical CT number values, depending on the mass density of each material and the …

In this article, the authors discuss the technical background and summarize the current body
of literature regarding virtual monoenergetic (VM) images derived from dual-energy CT data …

Computed tomography (CT) has had a profound effect on the practice of medicine. Both the
spectrum of clinical applications and the role that CT has played in enhancing the depth of …

Dual energy CT (DECT) has evolved into a commonly applied imaging technique in clinical
routine due to its unique post-processing opportunities for improved evaluation of all body …

Recently, spectral computed tomography (CT) technology has received great interest in the
field of radiology. Spectral CT imaging utilizes the distinct, energy-dependent X-ray …

CT is the primary imaging modality used for selecting appropriate treatment in patients with
acute stroke. Awareness of the typical findings, pearls, and pitfalls of CT image interpretation …

Dual-energy computed tomography (DECT) is of great significance for clinical practice due
to its huge potential to provide material-specific information. However, DECT scanners are …

Dual-energy CT (DECT) provides insights into the material properties of tissues and can
differentiate between tissues with similar attenuation on conventional single-energy …