UID:
almafu_9958127966302883
Umfang:
1 online resource (628 p.)
ISBN:
1-299-45257-4
,
0-323-14428-4
Serie:
Silicate science ; v. 7
Inhalt:
Glass Science
Anmerkung:
Description based upon print version of record.
,
Front Cover; Silicate Science: Glass Science; Copyright Page; Table of Contents; Preface to Volumes VII and VIII; Acknowledgments; Contents of Other Volumes; Chapter I. GENERAL INTRODUCTION; General Character of Elements as Glass-Forming Phases; General Characteristics of Chalcogenide Glasses; Nonsilicate Oxide Glasses; Chapter II. VISCOSITY OF MOLTEN GLASS; Low-Temperature Viscosity of Glass; Internal Friction and Anelasticity Behavior; Principles of the Fulcher-Tammann Equation, Temperature and Viscosity Correlations. Fixed Points on the Viscosity-Temperature Curves
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Rheological Properties of Natural Melts. Differentiation PhenomenaMaterial Transfer and Diffusion Mechanisms in Glass; Surface Energy Phenomena. Introduction; Chapter III. ELECTROLYTIC CONDUCTIVITY OF SILICATES; Problems of Semiconductors in Combination with Silicate Glasses; Retrospects on Electrical Conductivity of Glasses, and Their Tendencies to Unmixing; Dielectric Properties of Silicate Glasses; Galvanic Potentials with Silicate Melt Electrolytes; Chapter IV. SPECIFIC VOLUMINA OF GLASS MELTS. CHANGES UNDER HIGH-PRESSURE EFFECTS
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New Aspects for a Structural Comparison of Glassy and Crystalline PhasesStructural Heterogeneities in Glasses; Special Glass Structures; Nonsilicate and Complex Nonsilicate Glass Structures; Experimental Results of Structure Investigations of Silica and Silicate Glasses; Glasses and Liquids. A Phenomenological and Critical Comparison; Boric Acid and Borate Glasses; Nuclear Magnetic Resonance Analysis as a Tool for Determination of Glass Constitution; Supplementing Considerations of Constitution of Glasses, in Correlation to Coordination
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Nomenclature Problems of Structures and Textures. Metastability of Spinodal UnmixingChapter V. SPECIFIC APPLICATIONS OF INFRARED SPECTROSCOPY FOR STRUCTURE PROBLEMS; Raman Spectroscopy and Its Significance for Coordination Problems in Glasses; Physicochemical Aspects of the Glassy State. Glasses as Inorganic High Polymers; Thermal History and Thermal Treatment Annealing of Glass. Prestressing Effects; Properties of Glass Fibers; Continuous Drawing of Glass Fibers; Defects on Glass Fiber Surfaces; Strengthening of Glass by Chemical Reactions, Preferably Cation Exchange
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General Problems Connected with Cation Exchange Methods in GlassGlass Fibers in Their Application for Reinforcement of Composites; Inorganic Polymer Theories; Interpretation of Glass Structures as a Problem of Molecular Chemistry; Diversified Silico-organic Reactions and Surface Interactions with Adsorbates on Glass; Chapter VI. PHYSICAL PROPERTIES VARIED BY THERMAL ACTIONS IN THE TRANSFORMATION AND ANNEALING RANGES; Color and Fluorescence of Glasses as Indicators for the Constitution; Investigations Using Mossbauer and Advanced Ultraviolet Spectroscopy
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The Role of Rare Earth Elements in Glass Constitution
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English
Weitere Ausg.:
ISBN 0-12-236307-8
Sprache:
Englisch
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