Purpose: Compton camera has been proposed as a potential imaging tool in astronomy,
industry, homeland security, and medical diagnostics. Due to the inherent geometrical …

This study experimentally evaluates a novel approach for dual radioisotope PET imaging.
The method relies on one radioisotope being a pure positron emitter and the other …

Purpose: Compton cameras (CCs) use electronic collimation to reconstruct the images of
activity distribution. Although this approach can greatly improve imaging efficiency, due to …

3D X-ray tomography plays a critical role in electronic device failure analysis, but it can take
several hours to overnight to get sufficient resolution in fault regions to detect and identify …

We study the performance of an iterative reconstruction algorithm for single pinhole SPECT,
in which the correction for pinhole blurring is realized by averaging multiple projection rays …

We study the multiple coincidences Compton imager (MCCI) which is based on a
simultaneous acquisition of several photons emitted in cascade from a single nuclear decay. …

Purpose Low sensitivity can become a major problem when very small pinholes are used in
SPECT imaging. Although a larger pinhole aperture will improve the sensitivity, this will be …

In high-resolution X-ray computed tomography (CT), also known as 3D X-ray microscopy (XRM),
low photon counts can lead to extremely long data acquisition times (in the order of …

Compton camera has been proposed as an imaging tool in astronomy, industry, homeland
security and medical imaging where source location can be identified based on detection of …

Applications of 3D X-ray imaging techniques have expanded from their initial and most
popular field of application, medical diagnostics, to industrial measurements [1]. Recent …