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Nuclear Engineering

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Nuclear Engineering

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Research Frontiers in Transmutation of Nuclear Waste

Advanced reactor concepts and accelerator-driven systems designed to convert long-lived radioactive isotopes into shorter-lived or stable nuclei.

Accelerator-Driven Systems for Long-Lived Isotope Conversion
Subcritical Transmutation Networks in Fast Neutron Spectra
Transuranium Burnout via Proton-Induced Spallation Reactions
Molten Salt Reactor Transmutation of Minor Actinides
Deep Borehole Transmutation: Geological Isolation and In-Situ Conversion
Laser-Driven Photonuclear Transmutation of Nuclear Waste
Transmutation Cross-Section Optimization for Waste Isotope Targeting
Coupled Transmutation-Separation Processes for Waste Stream Partitioning
Neutron Capture Chain Engineering in Waste Transmutation Systems
Transmutation Byproduct Management in Next-Generation Reactor Designs

All Nuclear Engineering PhD categories