The Principles of Physical Metallurgy |
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alloys aluminum annealing atomic per cent austenite binary brass brittle called cast iron cementite cent carbon chemical chromium cold completely soluble composition compound condition constitutional diagram containing cooling copper corrosion crystalline cube cubic curve decomposition decrease deformation Deg.C diffusion dissolve elastic limit electrical conductivity elongation equilibrium eutectic face-centered cubic ferrite film fracture gamma grain boundaries grain size graphite Guertler hardening hardness heat treatment increase ingot internal stresses lattice layer liquid metal lower magnesium martensite material McGraw-Hill Book Company melting point metallic object Metallkunde Metallography Metallurgy mold nickel nuclei orientation oxygen pearlite peritectic phase phase rule plastic precipitate pressure properties proportional pure metals quenching rapidly reaction recrystallization resistance result rolling room temperature Sauerwald shown in Fig shows silicon single crystal slip planes solid solution solidified specimen steel Tammann tensile strength ternary tion ture usually vapor welding wire X-rays zinc