"A Cost Effective, Integrated and Smart Radioactive Safeguard System,"
M.S. Thesis, Nuclear Engineering, Texas A&M University, College Station, TX (2010).
Nuclear energy is a growing field worldwide due to its wide
range of applications in various walks of life. It, however, deals
with radioactive materials, specifically special nuclear material,
which, if misused, could result in catastrophic consequences. In
order to protect this precious resource and ensure its use for the
good of mankind, safeguard systems are more important than ever.
Current Market solutions are wide ranged but have a large number of
disadvantages, some of which include high cost, constant updates,
and incomplete efforts. The rising need of a cost effective,
efficient, and integrated radioactive safeguard system serves as
motivation for the solution outlined in this thesis. The thesis
outlines a solution structured around the three pillars of the
international safeguards program, namely, visual surveillance and
motion detection, containment analysis, and non-destructive
analysis. The hardware around each of these pillars work together
with a clean and user-friendly application to provide a secure
safeguards system that is both flexible and extensible.