Exercises 2.7: Structure factor

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2.7.1 The diffraction pattern is from a diatomic crystal with a square lattice. Deduce from the pattern the relative positions of the atoms [B1 B2] (suppose [A1 A2] = [0 0]), and roughly the ratio of the atomic numbers (ZB/ZA) and the ratio of their radii (rB/rA).


2.7.2 The diffraction pattern is from a diatomic crystal with a square lattice. Deduce from the pattern the relative positions of the atoms [B1 B2] (suppose [A1 A2] = [0 0]), and roughly the ratio of the atomic numbers (ZB/ZA) and the ratio of their radii (rB/rA).


2.7.3 The diffraction pattern is from a diatomic crystal with a square lattice. Deduce from the pattern the relative positions of the atoms [B1 B2] (suppose [A1 A2] = [0 0]), and roughly the ratio of the atomic numbers (ZB/ZA) and the ratio of their radii (rB/rA).


2.7.4 The diffraction pattern is from a diatomic crystal with a square lattice. Deduce from the pattern the relative positions of the atoms [B1 B2] (suppose [A1 A2] = [0 0]), and roughly the ratio of the atomic numbers (ZB/ZA) and the ratio of their radii (rB/rA).