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The Calculated Performance of Various Structural Materials in Fusion-Reactor Blankets

M. L. Williams, R. T. Santoro, T. A. Gabriel

Nuclear Technology / Volume 29 / Number 3 / Pages 384-391

June 1976

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The calculated nuclear performances of niobium, Type 304 stainless steel, and nimonic-105 as structural materials in a conceptual D-T fusion-reactor blanket model are compared. For each structural material, the tritium breeding ratio, the energy-deposition rate, the operating dose, the time dependence of the neutron-induced activity, the time dependence of the dose from the activation products, the time dependence of the nuclear afterheat, and the atomic displacement rate are calculated. Emphasis is placed on the nuclear response in the first structural wall to the selected structural material for an assumed neutron wall loading of 1 MW/m2. Taking into account all the nuclear responses, Type 304 stainless steel appears to be a reasonable choice as the structural material for fusion-reactor application.

 
 
 
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