TRU separation processes, fuel and target design for transmutation, partitioning and transmutation (P&T) deployment, waste minimization, advanced reprocessing processes and technologies, nuclear material recycling technologies, modeling of processes, back-end fuel cycle options, uranium and plutonium management issues, waste conditioning storage and disposal, thorium cycles, Accelerator Driven Systems (ADS), fuel supply chains, non-proliferation concerns.

Papers

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Structural Thickness Optimization of KBS-3V Copper Shells for Deep Geological Disposal

1:00–1:20PM MST

Hyeon-Guen Song (Hanbat National University), Jongmin Lim (Korea Atomic Energy Research Institute), Gil-Eon Jeong (Hanbat National University)

Paper

Energy Recovery from Storage and Disposal Facilities for High-Level Nuclear Waste

1:20–1:40PM MST

Dauren Sarsenbayev (Massachusetts Institute of Technology), Haruko M. Wainwright (Massachusetts Institute of Technology)

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Case Study for Comparison between Numerical Model and Experiment for Copper Canister Corrosion in Deep Geological Repository: HADESNU

1:40–2:00PM MST

Pilhyeon Ju (Seoul National University), Kwanil Chae (Seoul National University), Nakkyu Chae (Korea Atomic Energy Research Institute), Samuel Park (Korea Atomic Energy Research Institute), Richard I. Foster (Nuclear Research Institute for Future Technology and Policy), Sungyeol Choi (Seoul National University)

Paper

A Global Carbon-14 Budget for the Nuclear Fuel Cycle: Implications for Graphite Waste Management

2:00–2:20PM MST

Yoel Goodman (Massachusetts Institute of Technology), Haruko M. Wainwright (Massachusetts Institute of Technology)

Paper