An Introduction to the Study of Metallurgy

acid allotropic alloys alumina aluminium amount annealing antimony arsenic bismuth blast blast-furnace calorific power carbonic anhydride carbonic oxide carburised cementite cent charcoal CHARLES GRIFFIN chemical Chemistry chemists chromium coal coke colour combustion compound Comptes Rendus constituents contains cooling copper crucible curve diffusion effect electrical employed Engineers eutectic EXETER STREET experiments Ferrous oxide flues fluid fuel furnace fusible gases gold hardening heat high temperatures hydrogen importance inch Iron and Steel Journ lead lime Magnesia manganese martensite mass material mechanical melting melting-point mercury metallurgical metals method mixture molecular change molecules molten nickel obtained ordinary Osmond oven oxidised oxygen pearlite pig-iron plate platinum present pressure Proc produced properties proportion pyrometer regulus reverberatory furnace roasting shown shows silica silicon silver slag small quantity smelting solid solidifying solution Steel Inst sulphate sulphide sulphur tensile strength thermal thermo-junction tion tons varies weight whilst zinc