Continuing developments in glass science and technology have necessitated the revision of this successful work, which provides up-to-date coverage of the chemistry of glasses. A thorough treatment of the molecular structure and chemistry of the glassy state is presented in order that the relationsip between properties and function in glasses may be appreciated.
Continuing developments in glass science and technology have necessitated the revision of this successful work, which provides up-to-date coverage of the chemistry of glasses. A thorough treatment of the molecular structure and chemistry of the glassy state is presented in order that the relationsip between properties and function in glasses may be appreciated.
1 Glass Formation.- 1.1 General Aspects.- 1.2 Glass Formers.- 1.3 Atomistic Hypotheses of Glass Formation.- 1.4 Kinetic Approach to Glass Formation.- 2 Phase Transformations in Glass.- 2.1 Crystallization.- 2.2 Liquid -Liquid Phase Separation.- 2.3 Glass-Ceramics.- 3 Physical Properties.- 3.1 Density of Glasses.- 3.2 Partial Molar Volume of Constituent Oxides in Glasses and Melts.- 3.3 Refractive Index of Glasses.- 3.4 Thermal Expansion of Glasses.- 3.5 Viscosity of Glasses.- 3.6 Surface Tension of Glasses.- 3.7 Electrical Properties of Glasses.- 4 Chemical Durability of Glass.- 4.1 Mechanism of Reactions of Glasses with Aqueous Solution.- 4.2 Factors Affecting Chemical Durability Measurements of a Glass.- 4.3 Effect of Glass Composition.- 4.4 Effect of pH of the Solution on Chemical Durability of SiO2 (quartz).- 4.5 Solubility of Silica in Aqueous Solutions.- 4.6 Glass Electrodes.- 5 Oxidation-Reduction Equilibrium in Glass.- 5.1 General.- 5.2 Activity Corrections.- 5.3 Oxidation -Reduction in Glass.- 5.4 Theory of Redox Reactions in Solutions.- 6 Acid-Base Concepts in Glass.- 6.1 Introduction.- 6.2 Acid-Base Relationships in Glasses.- 6.3 Oxygen Ion Activity.- 6.4 Transition Metal Ions as Acid-Base Indicators in Glass.- 6.5 Oxidation-Reduction Equilibrium in Glass.- 6.6 Filled Shell Ions with ns2 Configuration as an Acid-Base Indicator in Glass.- 6.7 Vanadylion as an Acid-Base Indicator in Glass.- 7 Coloured Glasses.- 7.1 Atomic Structure and the Periodic Classification of Transition Metals.- 7.2 Theories of Chemical Bonding in Transition Metal Complexes.- 7.3 Application of Bonding Theories in Interpreting d-d Absorption Spectra.- 7.4 Absorption Spectra of Transition Metal Ions.- 7.5 Charge-Transfer Bands.- 7.6 Anionic Substitution in Glass.- 7.7 Photosensitive Glasses.- 7.8 Copper Ruby Glasses.- 7.9 Measurement of Colour, Colour Diagram and Tristimulus Values.- 8 Polymetric Nature of Glass Melts.
1 Glass Formation.- 1.1 General Aspects.- 1.2 Glass Formers.- 1.3 Atomistic Hypotheses of Glass Formation.- 1.4 Kinetic Approach to Glass Formation.- 2 Phase Transformations in Glass.- 2.1 Crystallization.- 2.2 Liquid -Liquid Phase Separation.- 2.3 Glass-Ceramics.- 3 Physical Properties.- 3.1 Density of Glasses.- 3.2 Partial Molar Volume of Constituent Oxides in Glasses and Melts.- 3.3 Refractive Index of Glasses.- 3.4 Thermal Expansion of Glasses.- 3.5 Viscosity of Glasses.- 3.6 Surface Tension of Glasses.- 3.7 Electrical Properties of Glasses.- 4 Chemical Durability of Glass.- 4.1 Mechanism of Reactions of Glasses with Aqueous Solution.- 4.2 Factors Affecting Chemical Durability Measurements of a Glass.- 4.3 Effect of Glass Composition.- 4.4 Effect of pH of the Solution on Chemical Durability of SiO2 (quartz).- 4.5 Solubility of Silica in Aqueous Solutions.- 4.6 Glass Electrodes.- 5 Oxidation-Reduction Equilibrium in Glass.- 5.1 General.- 5.2 Activity Corrections.- 5.3 Oxidation -Reduction in Glass.- 5.4 Theory of Redox Reactions in Solutions.- 6 Acid-Base Concepts in Glass.- 6.1 Introduction.- 6.2 Acid-Base Relationships in Glasses.- 6.3 Oxygen Ion Activity.- 6.4 Transition Metal Ions as Acid-Base Indicators in Glass.- 6.5 Oxidation-Reduction Equilibrium in Glass.- 6.6 Filled Shell Ions with ns2 Configuration as an Acid-Base Indicator in Glass.- 6.7 Vanadylion as an Acid-Base Indicator in Glass.- 7 Coloured Glasses.- 7.1 Atomic Structure and the Periodic Classification of Transition Metals.- 7.2 Theories of Chemical Bonding in Transition Metal Complexes.- 7.3 Application of Bonding Theories in Interpreting d-d Absorption Spectra.- 7.4 Absorption Spectra of Transition Metal Ions.- 7.5 Charge-Transfer Bands.- 7.6 Anionic Substitution in Glass.- 7.7 Photosensitive Glasses.- 7.8 Copper Ruby Glasses.- 7.9 Measurement of Colour, Colour Diagram and Tristimulus Values.- 8 Polymetric Nature of Glass Melts.
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'I am delighted to have had the opportunity to review this book; it is a must for scholars in this field, and I would heartily recommend it to those who even have only a passing interest in the subject of chemistry of glasses.' Glass Technology (Review of previous edition); 'A contribution to the field of glass science that will be highly welcome by all members of this field. The book is authoritative, well written, and illustrated in a highly useful manner...This book will be regarded as an important addition to all glass and ceramic libraries throughout the world.' Choice (Review of previous edition); 'expositions are generally clear and succinct' - Journal of Materials Chemistry
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