Atomic Structure and Mechanical Properties of Metals, Volume 61

activation alloys applied approximation atoms boundary Burgers vector calculations compared components concentration configuration considered constant corresponding crack crystal curve defects density dependence determined direction discussion dislocation displacement distance distribution dynamical edge effect elastic electron energy equation equilibrium example experimental experiments expression fault field force formation fracture frequency function given gives grain boundary important increases interaction interstitial Journ lattice leads length loops materials matrix measurements mechanical metals method modes neutron normal observed obstacles obtained occurs parallel parameter particles Phys plane plastic point defects position positron possible potential present problem produced properties sample scattering screw shear shown shows simple slip solid solute specimen strain stress structure studies surface surface tension Table temperature tensor theory unit vacancy values vector volume wave yield