Intermetallic Compounds: PrinciplesJack Hall Westbrook, Robert Louis Fleischer Wiley, 1995 - Alloys |
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Page 189
... Equilibrium , and Kinetically and Kinematically Imposed Off- Equilibrium Conditions , Including the Effect of Applied Temperature Gradients , on Crystal Habit and Shape 4.1 Idealized Shapes of Experimentally Obtained Equilibrium ...
... Equilibrium , and Kinetically and Kinematically Imposed Off- Equilibrium Conditions , Including the Effect of Applied Temperature Gradients , on Crystal Habit and Shape 4.1 Idealized Shapes of Experimentally Obtained Equilibrium ...
Page 687
... equilibrium phase of matter for which the evolution toward the equilibrium phase is suppressed by a kinetic barrier . This barrier must be overcome by thermodynamic fluctuations , the frequency of which depends on temperature . At ...
... equilibrium phase of matter for which the evolution toward the equilibrium phase is suppressed by a kinetic barrier . This barrier must be overcome by thermodynamic fluctuations , the frequency of which depends on temperature . At ...
Page 703
... equilibrium phase , and the type of metastable phase formed are indicated . References are also given Metastable phase Continuous f.c.c solid solutions H.c.p. phase : A3 type ; 15-26 at . % Ge H.c.p. phase : A3 type ; 25 at . % Ge y ...
... equilibrium phase , and the type of metastable phase formed are indicated . References are also given Metastable phase Continuous f.c.c solid solutions H.c.p. phase : A3 type ; 15-26 at . % Ge H.c.p. phase : A3 type ; 25 at . % Ge y ...
Contents
Historical Sketch | 3 |
Electronic Theories of Alloy Phase Stability 21 | 21 |
Ab Initio Calculations 55 | 55 |
Copyright | |
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Acta Metall adamantane alloys amorphous alloys amorphous phase APB energy approximation atoms binary bonding Burgers vectors calculations Chapter chemical chemical elements close-packed components composition concentration configuration coordination crystal habit crystal structures crystalline Cu,Au cubic defects density diffraction diffusion dislocations disordered dissociation electron elements enthalpy of formation equation equilibrium example experimental Fleischer free energy function grain boundaries hexagonal High Temperature icosahedral IMCs interactions intermetallic compounds interstitial lattice layers Lett liquid magnetic materials mechanism melting metastable method Ni,Al NiAl observed Ordered Intermetallic Alloys parameters Pearson Pettifor phase diagram Phil phonon Phys plane positions potential predicted Proc properties quasibinary quasicrystals ratio relaxation Scripta Metall Section shown in Figure solid solutions stability stoichiometric structure maps structure types sublattice surface symmetry Table ternary tetragonal thermal thermodynamic transformation transition metals unit cell vacancy values vectors Veyssière Villars volume wurtzite