Theory of Crystal Dislocations

A. H. Cottrell Acta metall activation energy alloys aluminium Amelinckx angle annealing appl applied stress axis Bloch wall Burgers vector calculated climb components concentration configuration consider copper corresponding decrease diffusion direction dislocation density dislocation line dislocation loops displacement distance edge dislocation effect elastic electron equation equilibrium Eshelby etch experimental F. C. Frank F. R. N. Nabarro face-centred cubic germanium given glide plane grain boundaries ibid increase interaction interstitial ions J. J. Gilman jogs kinks lattice lithium fluoride Lond magnetic Mechanical Properties motion nucleation observed occurs parallel partial dislocations perfect crystal Phil phonons Phys plastic deformation point defects position Proc produced region result rotation scattering screw dislocation Seeger shear stress showed single crystals slip plane sodium chloride Solids solute atoms stacking fault strain structure surface temperature theory thermal tion Trans unit length vacancies wave whisker yield stress