The structure of the grain boundary in ceramics (1968)
Dewys, E. C., Leipold, M. H · leaf 13
this photograph and in Fig. 5 one of the dislocations has the predicted composite jogs. A dislocation at the top bent sharply away from the grain boundary. The grain grain boundary is also visible. Figure 4 clearly reveals boundary region in this photograph is producing a diffrac- dislocation loops… … Fig. 4. X-ray micrograph showing (at upper right of grain) a diagonal edge dislocation that reflects away from grain boundary region S ^W^. ' ."'"f Fig. 5. Enlarged image of the region of Fig. 4 showing bent edge dislocation (in the upper right) JPL TECHNICAL REPORT 32-J211
Atomic structure · X ray diffraction · Ceramics · Crystal structure · Microstructure · Electron microscopes · Grain boundaries · Magnesium oxides · Optical properties · X ray analysis
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