UWFDM.Fusion Technology Institute, University of Wisconsin, 1971 - Controlled fusion |
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14 MeV neutrons 316 Stainless Steel afterheat alloy aluminum annealing atoms blistering boron carbide breeding ratio bubbles calculated coils conductor coolant cooling copper decay decreases density deuterium dewar diffusion discs displacement cross section divertor ductility EBR-II effect elastic scattering energy range epoxy equation fluence flux fusion reactor group structure heat exchanger heat removal cells hydrogen increase inventory ions irradiation isotopes Kaminsky liquid helium lithium magnetic field materials maximum metal mole fraction NbTi neutron irradiation neutron kerma factors neutron temperature niobium nuclear data operation pancake particles plasma pressure radiation damage radiative capture radioactivity radius reactions region release rate resistivity Ritts shutdown stability stainless steel steam stress Superconducting surface swelling Table Tokamak toroidal toroidal field magnets tritium tritium extraction uniform elongation UWMAK-I wall erosion rate wall loading weighting spectrum yield strength yttrium