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Chapter 3 Some Special Crystal Structures
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0-elements 0-lines 0-points 6-plane 6-subspace angle arbitrary axis b-net bcc structure Bollmann Burgers vector calculated cell walls coincidence site lattice column vectors configuration contains corresponding crystal coordinate system Crystal Defects crystal lattice crystalline interfaces cube deformation determined dislocation line dislocation network dislocation reactions displacement edge dislocation elementary cell energy equation equivalence classes example face-centred cubic Frank's formula geometrical given glide plane grain boundary Hence hexagonal structure Hirth and Lothe internal coordinates intersection interstitial atoms inverse matrix L-fields lattice points layer line sense loop matrix metric tensor moire models movement rule optimum boundary orientation orthogonal coordinates parallel partial dislocations pattern elements perpendicular point defects position possible problems rank(T reduced 0-lattice rhombohedral right-handed screw rotation screw dislocation secondary dislocations Section shear stress space stacking fault stacking fault energy stress field subgrain boundaries surface theory transformation translation vectors twist boundary unit cell unit length unit vectors vacancies