Anmerkung: Literaturangaben

Anmerkung: Front Cover -- Preferred Orientation in Deformed Metals and Rocks: An Introduction to Modern Texture Analysis -- Copyright Page -- Table of Contents -- Contributors -- Preface -- Frequently Used Symbols and Abbreviations -- Chapter 1. An Introduction -- 1. Introduction -- 2. Rocks and Metals -- 3. Deformation -- 4. Effects of Deformation -- 5. Preferred Orientation in Deformed Materials: Texture -- 6. A Note on Terminology -- Chapter 2. Measurement of Pole Figures -- 1. Fabric Diagrams and Pole Figures -- 2. Optical Methods -- 3. Diffraction Methods -- 4. Comparison of Methods -- Chapter 3. Symmetry of Pole Figures and Textures -- 1. Introduction -- 2. Symmetry: Operations, Groups, Elements -- 3. Three-Dimensional Point Groups -- 4. Homogeneous Polycrystalline Aggregates -- 5. Directions in Crystals -- 6. Symmetry of Pole Figures -- 7. Black-White Symmetry -- 8. Application of Black-White Groups to Pole-Figure Symmetry -- 9. Practical Symmetry of Pole Figures and Textures -- Chapter 4. Representation of Preferred Orientations -- 1. Parameters Characterizing a Polycrystalline Structure -- 2. The Orientation Distribution Function -- 3. Specification of the Crystal Orientation -- 4. Definition of Pole Figures -- 5. The Fundamental Relation of Texture Analysis -- 6. Pole-Figure Inversion Methods -- 7. The General Axis Distribution Function -- 8. Fiber Textures -- 9. Inhomogeneous Textures -- 10. Symmetry Elements of the Second Kind -- 11. Evaluation of the ODF -- Chapter 5. The Harmonic Method -- 1. General Formulation of the Method -- 2. Additional Useful Relations -- 3. The Harmonic Functions -- Chapter 6. Vector Method -- 1. Introduction -- 2. Main Principles -- 3. Practical Considerations -- 4. Examples of Analysis -- 5. Conclusions and Outlook -- Chapter 7. ODF Reproduction with Conditional Ghost Correction -- 1. Introduction -- 2. Theory. , 3. Examples -- 4. Conclusions -- Chapter 8. Dislocations and Microstructures -- 1. Introduction -- 2. Imperfect Crystals -- 3. Plastic Deformation -- 4. The Yield, Plasticity, and Recovery of Crystalline Solids-Cold work -- 5. Recrystallization -- 6. Techniques for Studying Dislocations -- 7. Examples of Microstructures -- Chapter 9. Recrystallization -- 1. Introduction -- 2. Phenomena and Terminology -- 3. The Driving Forces of Recrystallization -- 4. Deformed State and Recovery -- 5. Nucleation -- 6. Grain Boundary Migration -- 7. Kinetics of Primary Recrystallization -- 8. Grain Growth Phenomena -- 9. Dynamic Recrystallization -- Chapter 10. Regimes off Plastic Deformation -- 1. Introduction -- 2. The Mechanisms of Plastic Deformation -- 3. The Constitutive Relations for Plastic Deformation -- 4. Factors Influencing the Flow Process -- 5. The Construction of Deformation Mechanism Maps -- Chapter 11. Development off Textures by Slip and Twinning -- 1. Introduction -- 2. Methods -- 3. Plastic Deformation of Single Crystals -- 4. Polycrystals -- 5. Computer Simulation of Deformation Textures by the Taylor-Bishop-Hill Theory -- 6. Data Required for Taylor Simulations -- 7. General Discussion -- Chapter 12. Reorientation due to Grain Shape -- 1. General -- 2. Homogeneous Strain -- 3. Rigid Suspended Particles -- 4. Deformable Suspended Particles -- 5. Dispersion Flow -- Chapter 13. Textures of Metals -- 1. Introduction -- 2. Fundamental Observations and Basic Rules -- 3. Deformation Textures -- 4. Annealing Textures -- 5. Textures and Mechanical Anisotropy -- Chapter 14. Interpretation of the Copper-Brass Texture Transition by Quantitative ODF Analysis -- 1. Introduction -- 2. Peak Type Textures -- 3. Fiber Type and Mixed Textures -- Chapter 15. Microstructures and Textures in Evaporites -- 1. Introduction -- 2. Halite and Sylvite -- 3. Gypsum. , 4. Anhydrite -- 5. Carnallite -- 6. Bischofite -- Chapter 16. Ore Minerals -- 1. Sulfide Mineral Ores -- 2. Deformation Mechanism of Sulfide Minerals -- 3. Textures in Experimentally Deformed Sulfide Aggregates -- 4. Textures of Naturally Deformed Sulfide Ores -- 5. Oxide Mineral Ores -- 6. Deformation Mechanisms of Oxide Minerals -- 7. Textures in Experimentally Deformed Oxide Aggregates -- 8. Textures of Naturally Deformed Oxide Ores -- Chapter 17. Carbonates -- 1. Deformation Mechanisms -- 2. Texture Development in Experimentally Deformed Carbonate Rocks -- 3. Natural Carbonate Textures -- 4. Twinning in Calcite and Stress Determination -- Chapter 18. Preferred Orientations in Quartzites -- 1. Introduction -- 2. Mechanisms That Produce or Affect Preferred Orientations -- 3. Strain Measurement for Comparison of Fabrics -- 4. Theoretical Simulation of Deformation Fabrics -- 5. Comparison of Observed and Predicted Fabrics-Coaxial Strains -- 6. Preferred Orientations Resulting from Noncoaxial Deformation -- 7. Geological Implications -- Chapter 19. Olivine and Pyroxenes -- 1. Intragranular Flow and Related Microstructures -- 2. Recrystallization Fabrics and Texture -- 3. Textures of Natural Peridotites -- Chapter 20. Phyllosilicate Textures in Slates -- 1. General -- 2. Phyllosilicate Preferred Orientation -- 3. Original Random Orientation of Grains -- 4. Permanence of Phyllosilicate Grains -- 5. Deformation Mechanisms -- 6. Domainal Preferred Orientation -- 7. Unfolding a Fold -- 8. Conclusions -- Chapter 21. Schistosity -- 1. Introduction -- 2. The Problem -- 3. Possible Contributing Processes -- 4. Snowball Muscovite Neoblasts -- 5. A Model for the Origin of Tectonometamorphic Schistosity -- 6. Nontectonic Schistosity -- 7. Discussion -- 8. Summary -- Chapter 22. The Geological Significance of Microfabric Analysis -- 1. Introduction. , 2. Background -- 3. Models Proposed for the Development of Crystallographic Preferred Orientation by Slip -- 4. Factors Influencing Microfabric Development -- 5. Recent Theoretical Developments -- 6. Summary and Discussion -- Chapter 23. Experimental Determination of Mechanical Properties -- 1. Introduction -- 2. Stress-Strain Behavior of Solids -- 3. Laboratory Simulation of Natural Rock Deformation -- 4. Typical Stress-Strain Results for Single Crystals -- 5. Typical Stress-Strain Results for Polycrystalline Aggregates -- Chapter 24. Physical Properties of Polycrystals -- 1. Introduction -- 2. Uniaxial Properties -- 3. The Voigt - Reuss - Hill Mean Values -- 4. Influence of Other Structural Parameters on the Polycrystal Anisotropy -- 5. Triaxial Properties -- 6. Physical Meaning of the Texture Coefficients -- 7. Relations between Different Properties -- Chapter 25. Texture and Magnetic Properties of Metals -- 1. Introduction -- 2. Theoretical Discussion -- 3. Experimental Procedure -- 4. Results and Discussion -- Chapter 26. Anisotropy in Rocks and the Geological Significance -- 1. Introduction -- 2. Elastic Properties -- 3. Thermal Conductivity -- 4. Magnetic Fabric in Rocks Due to Anisotropy of Magnetic Susceptibility -- 5. Electrical Anisotropy -- References -- Index.