In this paper, we present the results of a preliminary study of secondary'prompt'gamma-ray
emission produced by proton–nuclear interactions within tissue during proton radiotherapy …

Neutron stimulated emission computed tomography (NSECT) is being developed as a non-
invasive spectroscopic imaging technique to determine element concentrations in the …

Iron overload disorders have been the focus of several quantification studies involving non-
invasive imaging modalities. Neutron spectroscopic techniques have demonstrated great …

This paper describes the implementation of neutron-stimulated emission computed
tomography (NSECT) for non-invasive imaging and reconstruction of a multi-element …

Neutron stimulated emission computed tomography (NSECT) is being proposed as an
experimental technique to diagnose iron overload in patients. Proof-of-concept experiments …

Certain trace elements are vital to the body and elemental imbalances can be indicators of
certain diseases including cancer and liver diseases. Neutron Stimulated Emission …

Background: Trace and essential elements both play a crucial role in maintaining normal
cellular and organ functions in human, while abnormal exposure to some of them is also …

Purpose: Understanding the radiation dose to a patient is essential when considering the
use of an ionizing diagnostic imaging test for clinical diagnosis and screening. Using Monte …

We present a quantitative analysis of the image quality obtained using filtered back-
projection (FBP) with Ram-Lak filtering and maximum likelihood-expectation maximization …

Neutron imaging of biological specimens began soon after the discovery of the neutron by
Chadwick in 1932. The first samples included tumors in tissues, internal organs in rats, and …