What people are saying - Write a review
We haven't found any reviews in the usual places.
The Activated State in CrystalsA State
Vacancies Interstitial Atoms and Dislocation
Grain Boundaries and Diffusion in Metals
3 other sections not shown
Other editions - View all
a-titanium activated complex activation energy aluminum angles of disorientation applied stress approximately assumed bicrystals Born-Mayer potential calculated by Eq calculated values considered correspond crystal lattice deviation dislocated atoms elastic electrical resistivity electron energy energy for creep energy for migration energy for self-diffusion energy for steady-state energy of activation energy of electrons energy of formation entropy equation equilibrium experimental data experimental values face-centered cubic Fermi energy fluctuations free energy Frenkel function given in Table grain boundaries grain boundary energy ions kcal/g-atom kcal/mole lattice constant Measurement of electrical melting point metals with face-centered migration of single molecules Morse potential obtained point defect polymorphous conversion processes Recovery of electrical recrystallization resistivity after quenching Seeger and Mann shear modulus single vacancies solid metals solid solutions specimens steady-state creep temperature range Tewordt 92 theoretical value thermal e.m.f. thermodynamic potential tion titanium-zirconium alloys vacancy formation energy value of q values of activation zirconium