Citation: P. O'Neal, "Development and Verification of a … [Read more...] about Development and Verification of a Nuclear Forensics Methodology for the Attribution of Plutonium Using Data Science Methods
Localization and Quantification of Nuclear Material in Hot Laboratories: A Geometric Solution for NMC&A
Citation: D. Frank, M. Dzur, S. Chirayath, F. Naqvi, R. … [Read more...] about Localization and Quantification of Nuclear Material in Hot Laboratories: A Geometric Solution for NMC&A
Validation of a Machine-learning-based Nuclear Forensics Methodology for the Discrimination of a Chemically Separated Plutonium Sample from Low-enriched Uranium
Citation: P. ONeal, S. Martinson, S.S. Chirayath, … [Read more...] about Validation of a Machine-learning-based Nuclear Forensics Methodology for the Discrimination of a Chemically Separated Plutonium Sample from Low-enriched Uranium
Quantifying the Effect of Measurement Uncertainty on Separated Plutonium Attribution Methodology
Citation:P. O'Neal S.S. Chirayath, "Quantifying the … [Read more...] about Quantifying the Effect of Measurement Uncertainty on Separated Plutonium Attribution Methodology
Experimental Validation Of Nuclear Forensics Methodologies For Reactor-type Attribution, Burnup Determination, And Time Since Irradiation Estimation
Citation: S. Martinson, S. Chirayath, P. O'Neal, … [Read more...] about Experimental Validation Of Nuclear Forensics Methodologies For Reactor-type Attribution, Burnup Determination, And Time Since Irradiation Estimation