Physical Metallurgy, Parte 1

Acta Metall alloys analysis atomic volume BILONI binary bonding Bragg peaks Brillouin zone calculated chemical close-packed coefficient component composition compounds concentration contrast corresponding crystal cubic curve d band defects dendrite density diffraction diffusion dislocation effect elements equation equilibrium eutectic example experimental factor Fermi surface formation free energy function Gibbs energy grain boundaries growth heat HUME-ROTHERY interaction interstitial isothermal kinetics lattice spacings liquid liquidus magnetic MASSALSKI measured mechanism melting Metallurg microstructural neutron noble metals nucleation observed obtained occurs orbitals oxide parameters particles peritectic phase diagrams Phys plane precipitates properties pure radius ratio scattering segregation shown in fig solid solutions solidification solubility solute atoms solvent specimen stability steel structure studies supercooling superlattice techniques temperature ternary theory thermal thermodynamic tion Trans transition metals unit cell vacancy valence values vector X-ray