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Atomic Arrangements in Metals 1 THE ATOM
THE INTERACTION BETWEEN X RAYS AND ATOMS
THE OBSERVED CRYSTAL STRUCTURES
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alloying elements alloys aluminum amount amplitude annealed atoms austenite axis bainite band body-centered body-centered cubic brass carbide carbon cementite cold-work composition compression constant copper corresponding creep critical shearing stress decrease deformation determined diagram diffusion discussed dislocations displacement distortion effect elongation equilibrium example face-centered cubic fact ferrite ferromagnetic Figure free energy G. I. Taylor given grain boundaries hardening hardness hexagonal homogeneous Hooke's law increases internal friction interstitial iron larger lattice levels magnetic martensite material measured mechanism Mehl metals nickel nuclei observed obtained occurs orientation oscillation oxide pearlite percent phase Phys Physik plastic flow polycrystalline polycrystals possess precipitation produced properties range recrystallization region relative result room temperature rupture shown in Fig shows single crystals slip planes solid solubility specific heat specimen stable steel strain stress-strain curve structure sufficiently surface theory thermal tion transition twinning valence electrons wave whereas work-hardening zero zinc