Nuclear Magnetic Resonance Spectroscopy of Cement-Based Materials [Paperback]

NMR spectroscopy has become one of the most powerful methods for the study of the structure and dynamics of solid-state materials. NMR has thus become an important tool, not only in the study of existent cements, but also in the development of new cement-based materials. This volume, based on the proceedings of the second international conference on the NMR Spectroscopy of Cement Based Materials held in Bergamo, Italy, in June 1996, presents the only international overview of the state of the art in the use of NMR in the study of cement-based materials. - This book is of particular interest to all those working in the areas of cement science, material science, solid state chemsitry, analytical chemistry, spectroscopy and those areas of physics engaged in the study of materials.NMR spectroscopy has become one of the most powerful methods for the study of the structure and dynamics of solid-state materials. NMR has thus become an important tool, not only in the study of existent cements, but also in the development of new cement-based materials. This volume, based on the proceedings of the second international conference on the NMR Spectroscopy of Cement Based Materials held in Bergamo, Italy, in June 1996, presents the only international overview of the state of the art in the use of NMR in the study of cement-based materials. - This book is of particular interest to all those working in the areas of cement science, material science, solid state chemsitry, analytical chemistry, spectroscopy and those areas of physics engaged in the study of materials.I Clinkerization Reactions and Anhydrous Phase Characterization.- 1. Charaterization of the Calcium Silicate and Aluminate Phases in Anhydrous and Hydrated Portland Cements by 27AI and 29Si MAS NMR Spectroscopy.- 2. In Situ High Temperature Multinuclear NMR Study of Clinker Formation.- 3. 29Si NMR Study of Chemical Shift Tensor Anisotropy of Tricalcium Silicate.- 4. Relationship Between NMR 29Si Chemical Shifts and FT-IRlÓ+