Properties of Reactor Materials |
Contents
P621 | 2 |
P1993 Recent advances in the metallurgy of zirconium and tita | 3 |
P1993 Adamson Jr et | 6 |
39 other sections not shown
Common terms and phrases
additions alloys alloys containing aluminum annealing atoms autoclave behavior beryllia beryllium binary alloys burn-up carbon CO₂ composition copper corrosion corrosion rate corrosion resistance creep rate creep resistance curves decrease deformation density ductility elastic modulus elongation exposure extruded Figure fission flux fuel elements grain boundaries high temperature increase irradiation kg/mm² lattice layer magnesium Magnox material measurements mechanical properties melting metal Mg 1B Mg-Zr mg/cm² modulus molybdenum monoclinic n/cm² neutron nickel niobium observed obtained oxide film oxygen phase powder pressure quenched reaction reactor reduced rolling samples sheath sheet shown in Fig shows sintered solid solution specimens stainless steel steam stress structure surface Table tantalum temperature thermal conductivity thermal cycling thickness tion titanium transition tube ture ultimate tensile strength unalloyed unirradiated uranium values weight gain weld yield strength Zircaloy-2 zirconium alloys