We demonstrate a tomographic imaging modality that uses pulsed terahertz (THz) radiation
to probe the optical properties of three-dimensional (3D) structures in the far-infrared. This …

… (T-ray), … T-ray imaging has several advantages when compared to other sensing and imaging
techniques. While microwave and X-ray imaging modalities produce density pictures, T-ray …

… (3D) T-ray imaging has been an important recent focus. Reflection mode THz tomographic
… Recently T-ray computed tomography based on the assumption of straight-line propagation …

… 3-D T-ray tomography techniques. T-ray computed tomography or diffraction tomography
yields cross-sectional images of dielectric targets based on transmission mode T-ray functional …

… We review the recent development of T-ray computed tomography, a terahertz imaging
technique that allows the reconstruction of the three-dimensional refractive index profile of …

… by the development of ultrafast laser-based T-ray systems and their demonstration of
diffraction-… This chapter reviews the development, the state of the art and the applications of T-ray …

… The measured reflections correspond to parallel projections through the cross-section,
and therefore, such computed tomography reconstruction algorithms as the filtered …

… T-ray computed tomography (T-ray CT) is an important new tomographic imaging modality
… an analogous manner to conventional computed tomography techniques such as X-ray CT. …

… The methods are applied to a T-ray CT image dataset taken from a plastic vial containing a …
using T-ray CT imaging to achieve T-ray pulsed signal classification of heterogeneous layers. …

T-ray computed tomography imaging has significant potential in a number of applications. It
is capable of reconstructing the 3D structure and frequency dependent far-infrared optical …