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The Atomic Approach to Metallurgy The Nuclear Atom Quantum
H FORCES BETWEEN ATOMS
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alloy Amer atomic sites atomic spacing band bonds Brillouin zone Burgers vector C.P.Hex cell Chapter chemical components composition copper crystal structure cubic density diffusion direction disordered distribution domains effect electron concentration Emax energy levels entropy of mixing equation equilibrium diagram example factor Fermi Fermi energy ferromagnetism force formula free electrons free energy curve freezing given grain boundaries homogeneous increases interatomic interface intermediate phases internal energy Kirkendall effect lattice liquid long-range order low temperatures magnetic magnetisation mechanics Metallurgy molecule motion move nearest neighbours nucleation nucleus number of atoms occurs overlap particles peritectic phase mixture Phys Physics positions precipitate properties quantum radius range region shear shown in Fig shows slip plane solid solution solubility solute atoms specific heat spins stable strain energy sub-lattices surface energy theory thermal thermodynamics tion transition metals ture vacancies valency electrons vibrational volume wave function Zener zero