Interfaces - Structure and Properties

<ul><li>Preface</li><li>I. Atomic Configuration</li><li>Atomic Structure of Grain Boundaries in Ordered and Disordered Binary Alloys</li><li>Coincidence Site Lattices Revisited</li><li>Density Wave Theory of Freezing and of Interfaces</li><li>II: Interfaces in Materials</li><li>Interfaces in Electronic Materials</li><li>Growth of Niobium Bicrystals with Specified Misorientations and Critical Current Resulting form Flux Pinning at Such Grain Boundaries</li><li>Progress Towards a Structure Property Relationship for Interfaces</li><li>Crystalline Aggregates with Invariant Motif of Non-Crystallographic Symmetry, and its Implication for the Crystallography of Twinning and Grain Boundaries</li><li>III: Phase Transformations</li><li>Studies of Faceting by High Voltage/High Resolution Microscopy</li><li>Problems of Enclosed Crystal Interfaces</li><li>Why Does the Phenomenological Theory of Martensite Crystallography sometimes Quantitatively Describe the Surface Relief Effect and the Transformation Crystallography of Precipitate Plates?</li><li>The Physical Properties of Entropic Quasicrystals</li><li>On the Diffraction Approach for the Characterization of Stacking Faults</li><li>IV: Mechanical Behaviour</li><li>Role of Interfaces in Superplastic Flow</li><li>The Role of Grain Boundary Processes in High Temperature Fatigue</li><li>Interfacial Segregation and Fracture</li><li>Interfaces and the Nucleation of Solidification</li><li>V: Migration and Transport</li><li>Zener Pinning in Concentrated Alloys</li><li>Nucleation and Growth of Interfaces during Recrystallisation</li><li>A Stochastic Theory of Grain Growth</li><li>Energy and Migration of Grain Boundaries in Polycrystals</li><li>Texture and Grain Growth in Iron-Silicon</li><li>Role of Interfaces in Precipitation and Recrystallisation in Zirconium-Niobium Alloys</li></ul>