Materials science and technology: a comprehensive treatment, Volume 10

alloys annealing ASTM atoms austenitic austenitic steels behavior beryllium Boltax breeder burnup ceramics cladding components Conf coolant core creep cycle damage defects density diffusion displacement dissolution ductility EBR-II effects embrittlement energy etal fatigue ferritic ferritic steels Figure fission gas fission products fluence flux fracture fuel pins fusion glass grain boundaries graphite growth heat helium high temperature higher hydrogen increase interstitials ions irradiation layer Li2O mechanical ments microstructure mixed oxide fuel neutron irradiation niobium NPPs Nucl nuclear operating parameters particles pellet perature phase plasma precipitates Proc properties radiation reaction recoil release samples sodium solubility solution spent fuel spike stainless steel strain stress corrosion cracking structural materials surface swelling Table tensile tests thermal conductivity tion tritium tubes ture vacancies waste water chemistry water reactor welding yield strength Zircaloy