Matched DiMES exposures of 44 PFMs show engineered W, W-Re/K-doped W, VTaHfMo, Nb-carbides and CVD SiC as strongest class performers, while neutron-damaged W retains 2.8× more D and several alternatives degrade.
Philipps, Tungsten as material for plasma-facing com- ponents in fusion devices, Journal of Nuclear Materials 415 (1) (2011) S2–S9
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Comparative qualification of advanced plasma-facing materials for fusion pilot plants through public- and private-sector experiments in DIII-D
Matched DiMES exposures of 44 PFMs show engineered W, W-Re/K-doped W, VTaHfMo, Nb-carbides and CVD SiC as strongest class performers, while neutron-damaged W retains 2.8× more D and several alternatives degrade.