An Introduction to Metallurgy |
Contents
Chapter Page | 1 |
The Atomic Nucleus | 9 |
Atomic Structure | 18 |
Copyright | |
22 other sections not shown
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alloys aluminium anode atoms austenite axis become bond brittle Burgers vector carbide carbon casting cathode cementite cent chemical components composition concentration constant cooling copper corrosion covalent bonds crack creep crystal structure developed diffusion dislocation ductile effect elastic electrical elements entropy equilibrium eutectic example ferrite film force fracture free electron free energy free energy curve furnace gives grain boundaries hardening heat high temperatures hydrogen impurities increased interface ions iron lattice layer liquid London magnetic martensite material mechanical melting point metallurgy molecules molten neighbours nucleation nucleus occurs oxide oxygen particles pearlite phase diagram plane plastic deformation precipitates pressure produced properties quenched reaction reduced regions resistance shear shear stress shown in Fig silicon slag slip solid solution solubility steel strain strength superconducting surface tensile tensile stress thermal thermodynamic usually vacancies valency wave functions yield stress zinc zone