A PRELIMINARY STUDY OF A POTENTIAL FROND-END FAST REACTOR FUEL CYCLE FED BY A PEBBLE BED REACTOR’S SPENT FUEL (in session "Track 3: Proliferation Resistance Considerations for Nuclear Fuel Cycles")
ALFRED PROLIFERATION RESISTANCE FEATURES (in session "Track 2: Reactor Design Features for Enhancing Proliferation Resistance")
An In-situ Feed Monitoring System for Molten Salt Reactors - With Fast Neutron Energy Spectrum Molten Salt Reactor Applications (in session "Track 4: Safeguardability of Fast Reactors and Associated Fuel Cycles")
Assessing a Proliferation Resistance Methodology: Sodium-Cooled Fast Reactor (SFR) Case Study (in session "Track 1: Evaluation of Proliferation Resistance of Fast Reactors and Associated Fuel Cycles: Methodologies, Definitions, Assessment and Metrics")
Assessing the Safeguardability of TerraPower's Natrium Reactor (in session "Track 4: Safeguardability of Fast Reactors and Associated Fuel Cycles")
EXPERIENCES IN METAL FUEL FABRICATION TECHNOLOGY TOWARDS A REMOTE RE-FABRICATION FACILITY (in session "Track 3: Proliferation Resistance Considerations for Nuclear Fuel Cycles")
IAEA Activities and Event on Fast Reactor Technology (in session "Opening session")
NEUTRONIC EVALUATION OF U-MN ALLOY AS AN ALTERNATIVE FUEL FOR THE DUAL FLUID REACTOR (in session "Track 2: Reactor Design Features for Enhancing Proliferation Resistance")
NEUTRONIC PERFORMANCE OF THE (U-PU)O2 AND (U-PU)N FUELS IN THE GAS-COOLED FAST REACTOR AND THE IMPACT ON THE PROLIFERATION RESISTANCE (in session "Track 3: Proliferation Resistance Considerations for Nuclear Fuel Cycles")
Non-proliferation aspects of advanced recycling for fast reactors fuel cycle. Overview (in session "Track 3: Proliferation Resistance Considerations for Nuclear Fuel Cycles")
Opening Remarks (in session "Opening session")
PROLIFERATION RESISTANCE AND PHYSICAL PROTECTION CROSSCUTTING TOPICS Application to GIF GEN IV Energy Systems and to Siting Study for AMRs and Microreactors (in session "Track 1: Evaluation of Proliferation Resistance of Fast Reactors and Associated Fuel Cycles: Methodologies, Definitions, Assessment and Metrics")
Proliferation Resistance and Physical Protection (PR&PP) Evaluation Methodology in Support of PR&PP by Design for Fast Reactors and Associated Fuel Cycles (in session "Track 1: Evaluation of Proliferation Resistance of Fast Reactors and Associated Fuel Cycles: Methodologies, Definitions, Assessment and Metrics")
PROLIFERATION RESISTANCE ASSESSMENT METHODOLOGY Development of a Methodology for Proliferation Resistance Optimisation of Advanced Reactors and Fuel Cycle Using Intrinsic Attributes (in session "Track 1: Evaluation of Proliferation Resistance of Fast Reactors and Associated Fuel Cycles: Methodologies, Definitions, Assessment and Metrics")
Proliferation Resistance Insights for Fast Reactors: A U.S. and International Perspective (in session "Track 1: Evaluation of Proliferation Resistance of Fast Reactors and Associated Fuel Cycles: Methodologies, Definitions, Assessment and Metrics")
Safeguard Considerations (in session "Opening session")
Status of Fast Neutron Reactor Technolgy Development (in session "Opening session")
Track 2 General Discussion (in session "Track 2: Reactor Design Features for Enhancing Proliferation Resistance")
Track 3 General Discussion (in session "Track 3: Proliferation Resistance Considerations for Nuclear Fuel Cycles")
Track 4 General Discussion (in session "Track 4: Safeguardability of Fast Reactors and Associated Fuel Cycles")
Ultrasonic In-Core Fuel Identification for Safeguarding Larger Core SMRs (in session "Track 4: Safeguardability of Fast Reactors and Associated Fuel Cycles")
Include materials from selected contributions
