Inhalt
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.
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.
Titel
Laue Atlas
Untertitel
Plotted Laue Back-Reflection Patterns of the Elements, the Compounds RX and RX2
EAN
9783322831910
Format
E-Book (pdf)
Hersteller
Genre
Veröffentlichung
08.03.2013
Digitaler Kopierschutz
Wasserzeichen
Dateigrösse
27.25 MB
Anzahl Seiten
432
Auflage
1974
Lesemotiv
Unerwartete Verzögerung
Ups, ein Fehler ist aufgetreten. Bitte versuchen Sie es später noch einmal.