Progress in nuclear physics acquired during World War II has naturally led many scientists to
devote their research activities to the field of tomographic imaging techniques using ionizing …

Here we present new L 2 injectivity results for 2D and 3D Compton scattering tomography
(CST) problems in translational geometries. The results are proven through the explicit …

This paper reports on new aspects of the so-called V-line Radon transforms (RTs)
complementing those reported in an earlier work. These new properties are nicely …

Reconstruction of a function from data of integrals is the mathematical model for a number of
problems arising in diagnostic techniques. These are x-ray, positron radiography …

Compton scattering tomography is an emerging scanning technique with attractive
applications in several fields such as non-destructive testing and medical imaging. In this …

In this work we introduce a new Radon transform which arises from a new modality of
Compton Scattering Tomography (CST). This new system is made of a single detector …

We examine coding strategies for coded aperture scatter imagers. Scatter imaging enables
tomography of compact regions from snapshot measurements. We present coded aperture …

Generalized Radon Transforms and Imaging by Scattered Particles: Radiative Transport
Equation Page 1 Chapter 1 Radiative Transport Equation The radiative transport (or transfer) …

Scatter coincidences contain hidden information about the activity distribution on the
positron emission tomography (PET) imaging system. However, in conventional …

Compton scattering tomography (CST) is an emerging two-dimensional imaging concept
exploiting the scattered radiation while a specimen is illuminated by a gamma source. In the …