Applied Spectroscopy · 1992 · 11 citations · 7 references
EngineeringNuclear EngineeringPhysicsNuclear Fuel CycleNuclear SafeguardsSpectroscopyActinide MaterialsLaser SpectroscopyNuclear SpectroscopyOptical SpectroscopyRadiation Monitoring SystemsRadiation SpectroscopyActinide Isotope ChemistryActinide SpectroscopyAnalytical Methods DevelopmentLasersNuclear Material AssayNuclear Material MonitoringSafeguards System DesignUranium Measurement
We are interested in developing real-time analytical methods based on optical spectroscopy to monitor actinides as they exist in the nuclear fuel cycle. These methods can form a part of a nuclear safeguards system designed to prevent the diversion of fissile nuclear materials, such as 239Pu and 235U, from peaceful to hostile uses. To achieve wide use, these methods must be sensitive, have isotopic selectivity, be rapid, and be easily implemented in industrial settings.
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Using diode lasers for atomic physics
Carl Wieman, L. Hollberg · Review of Scientific Instruments · 1991 · 798 citations
The diode laser in atomic physics
J. C. Camparo · Contemporary Physics · 1985 · 148 citations
Diode Lasers AND PRACTICAL TRACE ANALYSIS
Totaro Imasaka, Nobuhiko Ishibashi · Analytical Chemistry · 1990 · 72 citations