NUCL502 — Isotopic Analysis and Nuclear Forensics
NUCL 502 - Isotopic Analysis and Nuclear Forensics NUCL 502 - Isotopic Analysis and Nuclear Forensics 3 credits (Hrs: 3 Lec.) This course provides graduate students with a rigorous introduction to the analytical methods and scientific principles underlying isotopic analysis and their application to nuclear forensics. Students examine the physical and chemical basis of isotopic signatures, including the production and evolution of isotopic ratios in reactor materials, spent fuel, and environmental samples. Core analytical techniques are surveyed in depth, including mass spectrometry, gamma spectrometry, and radiochemical separation methods, with attention to sample preparation, measurement uncertainty, and quality assurance. Building on this foundation, the course explores the emerging field of nuclear forensics, including the attribution of nuclear and radiological materials, the analysis of pre- and post-detonation materials, and the role of forensic analysis in support of nonproliferation safeguards and nuclear security. Case studies drawn from real-world interdiction events and international safeguards investigations are used to illustrate the application of isotopic analysis in policy and security contexts.