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A N Goland Eecent studies of point defects in metals
Determination of defect parameters and configurations
Point defects and elasticproperty changes
49 other sections not shown
alloys amplitude annealing annihilation approximation atoms boundary Burgers vector calculations components computed concentration configuration corresponding crack extension crack tip curve deformation dependence determined diffusion dipole dislocation density dislocation line displacement edge dislocation edited effect elastic electron equation equilibrium eutectic experimental formation energy fraction fracture fracture mechanics frequency glide Green's function helium impurity interaction interplanar force constants interstitial Ispra Journ linear linear elastic loop materials matrix measurements mechanical properties metals method modes modulus neutron nucleation obtained parameters particles peak phonon Phys plane strain plastic point defects positron potential pseudopotential reciprocal lattice relaxation sample scattering screw dislocation shear shear stress shown in Fig single crystals slip plane solid solidification solution specimen stacking fault steel strain stress field structure studies symmetry technique temperature tension tensor theory thermal vacancy values vibrational void volume wave vector yield Young's modulus