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Redistribution of Dislocations During Plastic Deformation
SurfaceSensitive Mechanical Behavior of Nickel Monocrystals
6 other sections not shown
Acta aging alloys annealed applied stress Ashby atoms austenite basal breakaway Burgers vector calculated carbide carbon cell clusters coherent constant copper core creep cross-slip curve decrease defects deformation diameter diffusion dipoles dislocation density dislocation loops dislocation motion dislocation structure dispersion displacements distribution ductility effect elastic electron microscopy energy equation experimental fatigue flow stress fluence formation fracture glide grain boundaries hardening rate Hirsch increase interaction interstitial irradiation lattice material matrix mechanism microscopic microstructure modulus multipole neutron irradiation niobium nitriding nucleation observed obtained occur orientation Orowan parameters particles Phil Phys plastic precipitates prismatic loops radiation radiation hardening range Reactor screw dislocation shear strain shear stress shown in Fig shows single crystals slip plane solution specimens stacking fault stacking fault energy stage strain rate strengthening surface temperature dependence tensile theory thermal tion Trans vacancy values vanadium void volume fraction yield strength yield stress