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General review of the experimental methods for the determination
Kinematical theory of electron diffraction
Techniques and interpretation in Xray topography 623
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absorption alloys amplitude approximation atoms black-white contrast Bloch waves boundary Bragg angle Bragg reflections bright field Burgers vector C.M.Wayman calculations centre clusters computed contrast figures corresponding crystallographic CuAu dark field image defect defect geometry depth determined diffracted beam diffraction conditions diffraction pattern diffuse intensity direction dislocation loops displacement displacement vector dynamical elastic electron diffraction electron microscopy equations example extinction distance foil thickness G.Thomas habit plane image peak interface invariant plane Kikuchi lines Kikuchi pattern kinematical kinematical theory martensitic transformation matrix observed obtained orientation oscillations parallel parameter particles phase Phil Phys plane strain reciprocal lattice reflection result S.Amelinckx scattering selected area diffraction shear shown in fig shows simple shear specimen spots stacking faults Stat strain contrast strain field structure images symmetry technique theoretical micrographs tilting tion transmission electron transmission electron microscopy twin two-beam values wave vector weak-beam images X-ray