Fig. 1.7 Space lattice and unit cell More

Fig. 1.4 The unit cell of a face-centered cubic structure More

Fig. 1.6 The unit cell of the body-centered cubic structure More

Fig. 4.16 The unit cell of barium titanate. Note the centers of negative and positive charges are separated, creating a permanent dipole. Source: Ref 4.1 . More

Fig. 7.4 The martensite unit cell. Ref 7.4 More

Fig. 2.7 Space lattice and the unit cell More

Fig. 2.4 Face-centered cubic crystal structure (unit cell) More

Fig. 2.5 Body-centered cubic crystal structure (unit cell) More

Fig. 3.1 Schematics for (a) a bcc unit cell, (b) a bcc crystal lattice, and (c) and (d) a polycrystalline solid with grains and grain boundaries More

Fig. 1 Basic unit cell of a body-centered cubic structure, shaded to show (a) the diagonal plane along which shear deformation and eventual fracture can occur and (b) one face of the cell, the site of the cleavage mode of fracture More

Fig. A.7 Space lattice and unit cell. Source: Ref A.1 More

Fig. 9.9 Unit cell for one type of domain found in the ordered FeAl phase representing the B2 superlattice (switch atoms for other domain). Source: Ref 9.3 More

Fig. 9.11 Unit cell for the ordered Fe 3 Al phase demonstrating the D0 3 superlattice. Source: Ref 9.3 More

Fig. A1.3 The 14 Bravais lattices illustrated by a unit cell of each: 1, triclinic, primitive; 2, monoclinic, primitive; 3, monoclinic, base centered; 4, orthorhombic, primitive; 5, orthorhombic, base centered; 6, orthorhombic, body centered; 7, orthorhombic, face centered; 8, tetragonal More

Fig. 1 Space lattice and the unit cell More

Fig. 3.5 Representative interstitial sites in unit cells. Source: Ref 1 More

Fig. 3 Unit cells and atom positions for (a) face-centered cubic, (b) hexagonal close-packed, and (c) body-centered cubic unit cells. The positions of the atoms are shown as dots at the left of each pair of drawings, while the atoms themselves are shown close to their true effective size More

Fig. 9.8 Bain distortion. (a) Two austenite (FCC) unit cells side by side and a BCT cell highlighted from the two FCC cells (some of the atoms in the FCC cell have been removed to enhance visualization of the BCT cell). (b) For the BCT cell to change into BCC, a compression in the “vertical More

Fig. 13.2 Simple body-centered cubic structure sites consisting of eight-unit cells with preferential occupation of atoms in the body center and corner positions. Source: Ref 13.1 More

Fig. 2.9 Representative interstitial sites in unit cells. Source: Ref 2.3 as published in Ref 2.2 More