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THE STRUCTURAL MODEL FOR THE DEFECT
CHAPTER 1t DARK FIELD IMAGE CALCULATIONS FOR THE LINEAR DEFECT
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00-2 diffuse reflections 00-2 reflections amplitude atomic displacements b.c.c. positions b.c.c. solid solutions b.c.c. structure back focal plane bright field lattice calculated and observed CHAPTER dark field image dashed lines defect image defect structure shown defocus values deg C sec diffuse scattering distribution direction directionality electrical resistivity electron diffraction pattern electron microscopy field image formed field imaging mode field lattice image Figure It.2(a give rise hexagonal image in Figure image peak indicated in Figure inelastic intensity profile linear defect model longitudinal wave microscope Nb alloy formed Nb content neutron diffraction objective lens observed images optic axis peak intensities peak positions phase contrast calculations present reciprocal lattice reciprocal space reflections as indicated rows of atoms rows of white scattered amplitudes shown in Figure similar structural model superimposed defects t o phase temperature to-like linear defect unit cell vacancy wave vector white dots x-ray Zr-Nb b.c.c. solid