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Images of Crystal Structures and Crystal Defects
High Resolution Imaging of Mo5014 and Mo17047
High Resolution Electron Microscope Study of Superstructures in Mullite
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alloys amorphous analysis angle annealing atoms austenite axis Bloch waves bright field Burgers vectors calculated carbide cathodoluminescence chemical clinoptilolite contrast corresponding crystal structure crystallites dark field image defocus deformation density deposited diffusion direction dislocation loops displacement dissociated domain dose effect electron beam electron diffraction electron micrographs electron microscopy energy epitaxial experimental Fig.l Figure film formation formed fringes grain boundaries growth HREM in-situ intensity interaction interface interstitial investigated irradiation Japan lattice image layer magnetic martensite Materials Science matrix metal microstructure nucleation observed obtained optical orientation oxide parallel particles phase Phys plane point defects precipitates radiation damage reflections region sample scanning semiconductor shown in Fig shows silicon simulated single crystal specimen spots stacking fault strain substrate superlattice surface technique tetragonal thickness tilt tion transformation transmission electron transmission electron microscopy twin twin boundary unit cell vacancies voltage X-ray X-ray diffraction zone