Fusion materials research topics will include both structural and functional materials required for nuclear systems. This area covers such things as compilations of government reports and literature surveys. It also includes neutron irradiations, material characterization, development of engineered materials, advanced manufacturing applied to fusion systems, documentation of physical properties, safety analysis involving materials compatibility for both solids and liquids, corrosion and wear, liquid metal embrittlement, tritium permeation, joining processes, plasma surface interactions involving erosion, redeposition, wall conditioning, dust formation, waste handling and decommissioning.
It also includes development of new magnet materials including HTSC materials, their testing and documentation. The area also covers any challenges involving new breeder and neutron multiplier materials for both solid and liquid breeders and new shield materials.
Related Awards
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Evaluating Lithium Compatibility for Electrode Materials Used in an Electrolysis-Based Tritium Extraction Process
INFUSE - July 25, 2023 | Kyoto Fusioneering America Ltd.
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Developing a renewable first wall with boron pebbles.
INFUSE - July 25, 2023 | Princeton Stellarators, Inc. | University of California San Diego
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Integrated kinetic modeling of a biased expander using Aleph code
INFUSE - July 25, 2023 | TAE Technologies
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In-situ measurements of hydrogen-titanium plasma-material interactions for model validation
INFUSE - July 25, 2023 | TAE Technologies | University of Illinois Urbana-Champaign
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Post irradiation examination of nickel doped fusion steels irradiated in the High Flux Isotope Reactor (HFIR)
INFUSE - July 25, 2023 | Tokamak Energy Inc
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Informing ARC Divertor Design and Plasma Facing Material Selection through Integrated Modeling
INFUSE - July 25, 2023 | Commonwealth Fusion Systems | University of California - Los Angeles