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Overview
Each of the many different varieties of silica is characterised by its crystalline or amorphous structure and its specific physico-chemical surface properties. It is these surface characteristics which determine the applications of the silica, be it for chromatography, dehydration, polymer reinforcement or other processes. All the recent advances in the use of established and more modern methods for the determination of the surface and morphological characteristics of silicas, are found in this book written by a team of European experts. Analytical methods discussed include: solid state nuclear magnetic resonance, infra-red spectroscopy and adsorption methods. Emphasis is given to the nature and distribution of hydroxyl groups on silica surfaces; the final chapter gives a general survey of the health and safety aspects of silica.
Synopsis
Each of the many different varieties of silica is characterised by its crystalline or amorphous structure and its specific physico-chemical surface properties. It is these surface characteristics which determine the applications of the silica, be it for chromatography, dehydration, polymer reinforcement or other processes. All the recent advances in the use of established and more modern methods for the determination of the surface and morphological characteristics of silicas, are found in this book written by a team of European experts. Analytical methods discussed include: solid state nuclear magnetic resonance, infra-red spectroscopy and adsorption methods. Emphasis is given to the nature and distribution of hydroxyl groups on silica surfaces; the final chapter gives a general survey of the health and safety aspects of silica.
Booknews
Shows how different methods of analysis, both new and traditional, permit a general representation of the behavior of silica materials. Methods discussed include solid state nuclear magnetic resonance, infra-red spectroscopy, and adsorption methods. Emphasis is given to the nature and distribution of hydroxyl groups on silica surfaces. Specific subjects include origin of silicas, main crystalline structures, texture and morphology of silicas, fractal characteristics of silica surfaces and aggregates, vibrational and NMR spectroscopies, chemical reactivity, surface characteristics, and health and safety. Annotation c. by Book News, Inc., Portland, Or.