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Symmetry and Space Groups | |
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Introduction | |
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Point Symmetry Operations | |
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Point Groups | |
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Periodicity | |
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Travel Symmetry Operations | |
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One- and Two-Dimensional Lattices | |
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Three-Dimensional Lattices | |
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Two-Dimensional Plane Groups | |
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Equivalent Positions | |
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Three-Dimensional Space Groups, Part 1 | |
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Three-Dimensional Space Groups, Part 2 | |
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Three-Dimensional Space Groups, Part 3 | |
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X-Rays and Diffraction | |
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Generation of X-rays | |
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Diffractometers and Data Collection | |
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Scattering from a Single Electron | |
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Scattering from Atoms | |
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Diffraction from One-Dimensional Arrays | |
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Diffraction from Two- and Three-Dimensional Arrays | |
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Reciprocal Space and Miller Indices | |
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Bragg's Law, Scattering Planes, and d-Spacings | |
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The Limiting Sphere, Resolution, and Indexing | |
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Reflection Intensities | |
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Structure Factors and Argand Diagrams | |
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Phases, Friedel's Law, and Laue classes | |
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Centrosymmetry and Chirality | |
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Reflection Conditions | |
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Determining the Space Group of a Crystal | |
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Solving and Refining Crystal Structures | |
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Fourier Transforms in Crystallography | |
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Trial and Error Methods | |
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Charge Flipping | |
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The Patterson Method | |
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The Heavy Atom Approximation | |
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Protein Crystal Structures | |
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Direct Methods, Part 1 | |
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Direct Methods, Part 2 | |
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CRefining Crystal Structures | |
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Occupancy, Displacement Parameters, and Disorder | |
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Twinning | |
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Examples of Twinned Crystals | |
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Mistakes and Pitfalls | |
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Powder X-ray Diffraction | |
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Electron and Neutron Diffraction | |
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Vector Tutorial | |
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The Ewald Sphere | |
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Atomic Scattering Factors | |
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The Patterson Function | |
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Introduction to SHELX | |
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In-class Demonstration of Diffraction | |
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Bibliography | |
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Index | |