Laue Atlas

1: Periodic arrangements of atoms.- 1.1 Ideal crystal.- 1.2 Symmetry operations.- 1.3 Bravais lattices and crystal systems.- 1.4 Miller indices.- References for Chapter 1.- 2: Crystal diffraction.- 2.1 Bragg'slaw.- 2.2 Laue method.- 2.3 Intensity of diffracted Waves.- 2.4 Intensity calculations used in the programme.- References for Chapter 2.- 3: Crystal structures of the elements.- 3.1 Cu-type structure.- 3.2 W-type structure.- 3.3 Mg-type structure.- 3.4 Diamond-type structure.- 3.5 ?-Sn-type structure.- 3.6 In-type structure.- 3.7 Pa-type structure.- 3.8 As-type structure.- 3.9 Se-type structure.- 3.10 Graphite-type structure.- 3.11 ?-Hg-type structure.- 3.12 Ga-type structure.- 3.13 ?-La-type structure.- 3.14 I2-type structure.- 3.15 P-type structure.- 3.16 ?-Po-type structure.- 3.17 ?-Sm-type structure.- 3.18 ?-U-type structure.- 3.19 ?-Np-type structure.- 3.20 ?-Pu-type structure.- References for Chapter 3.- 4: Crystal structures of the compounds RX.- 4.1 NaCl-type structure.- 4.2 CsCl-type structure.- 4.3 Cubic ZnS-type structure.- 4.4 Hexagonal ZnS-type structure.- References for Chapter 4.- 5: Crystal structures of the compounds RX2.- 5.1 CaF2-type (fluorite) structure..- 5.2 FeS2-type (pyrite) structure.- 5.3 SnO2-type (cassiterite) structure.- 5.4 SiO2-type (quartz) structure.- 5.4.1 ?-quartz-type structure.- 5.4.2 ?-quartz-type structure.- References for Chapter 5.- 6: Plot programme for Laue diagrams and stereographic projections.- 6.1 Description of a crystal plane in the Cartesian co-ordinate system ???.- 6.2 Description of a plane normal in polar coordinates.- 6.3 Plot coordinates of a Laue spot in back-reflection.- 6.4 Plot coordinates of the stereographic projection of a plane normal.- 6.5 Description of the computer programme.- 6.6Characteristics of the plotted diagrams.- References for Chapter 6.- 7: Orientation of single crystals.- 7.1 Experimental setup for back-reflection.- 7.2 Conventional Laue back-reflection method.- 7.3 Simplified procedure for the interpretation of back-reflection patterns.- 7.4 Methods of mounting, transferring and preparing crystals.- References for Chapter 7.- 8: Plots of Laue back-reflection patterns of the elements.- 8.1 Diagrams of the Cu-type structure.- 8.2 Diagrams of the W-type structure.- 8.3 Diagrams of the Mg-type structure.- 8.4 Diagrams of the Diamond-type structure.- 8.5 Diagrams of the ?-Sn-type structure.- 8.6 Diagrams of the In-type structure.- 8.7 Diagrams of the Pa-type structure.- 8.8 Diagrams of the As-type structure.- 8.9 Diagrams of the Se-type structure.- 8.10 Diagrams of the Graphite-type structure.- 8.11 Diagrams of the ?-Hg-type structure.- 8.12 Diagrams of the Ga-type structure.- 8.13 Diagrams of the ?-La-type structure.- 8.14 Diagrams of the I2-type structure.- 8.15 Diagrams of the P-type structure.- 8.16 Diagrams of the ?-Po-type structure.- 8.17 Diagrams of the ?-Sm-type structure.- 8.18 Diagrams of the ?-U-type structure.- 8.19 Diagrams of the ?-Np-type structure.- 8.20 Diagrams of the ?-Pu-type structure.- 9: Plots of Laue back-reflection patterns of the compounds RX.- 9.1 Diagrams of the NaCl-type structure.- 9.2 Diagrams of the CsCl-type structure.- 9.3 Diagrams of the cubic ZnS-type structure.- 9.4 Diagrams of the hexagonal ZnS-type structure.- 10: Plots of Laue back-reflection patterns of the compounds RX 2.- 10.1 Diagrams of the CaF 2-type (fluorite) structure.- 10.2 Diagrams of the FeS2-type (pyrite) structure.- 10.3 Diagrams of the SnO2-type (cassiterite) structure.- 10.4 Diagrams of the SiO2-type (quartz) structure.