We propose a method for improving the quantification of neutron imaging measurements
with scintillator-camera based detectors by correcting for systematic biases introduced by …

We describe in this paper the experimental procedure, the data treatment and the
quantification of the black body correction: an experimental approach to compensate for …

Distortions caused by scattered neutrons and induced radiation are significant factors in fast
neutron radiography (FNR). A 14 MeV fast neutron radiography system with associated …

A simpler and improved utility approximate point scattered function for thin-film converters
currently used in neutron photographic devices is proposed as a correction method to …

This dissertation presents a novel method for removing scattering effects from Nuclear
Materials Identification System (NMIS) imaging. The NMIS uses fast neutron radiography to …

Detector boom wobble in transmission X-ray vehicle scanners is an unpredictable and
currently uncontrollable problem, which lowers the quality of captured X-ray images. We …

Neutron imaging offers deep penetration through many high-Z materials while also having
high sensitivity to certain low-Z isotopes such as 1H, 6Li, and 10B. This unique combination …

Fast neutron tomography has been established as an inspection and detection tool at the
NECTAR facility at the FRM-II reactor. Scattered neutrons from the object become a major …

This thesis presents the design of a custom neutron radiography camera and extensive
efforts toward promotion of the practice for characterization of nuclear materials. A detailed …

Motivated by industrial applications, neutron radiography has become a powerful tool for
non-destructive investigation techniques. However, resulted from a combined effect of …