Handbook of glass properties

• Main Author: Bansal, Narottam P.
• Other Authors: Doremus, R. H.
• Format: Electronic eBook
• Language: English
• Published: Orlando : Academic Press, 1986.
• Series: Academic Press handbook series.
• Subjects: Glass > Handbooks, manuals, etc.; elektronické knihy; electronic books
• ISBN: 9780080523767; 0080523765; 0120781409; 9780120781409
• Physical Description: 1 online resource (ix, 680 pages) : illustrations

This volume is a compilation of data on the properties of glasses. The authors have critically examined and correlated the most reliable data on the properties of multicomponent commercial silicate glasses, vitreous silica, and binary and ternary laboratory glasses. Thermodynamic, thermal, mechanica...

Table of Contents:

• Front Cover; Handbook of Glass Properties; Copyright Page; Table of Contents; Preface; Chapter 1. Introduction; Bibliography; Part I: COMMERCIAL GLASSES; Chapter 2. Vitreous Silica; I. Introduction; II. Types and Impurity Compositions; III. Uses; IV. Methods of Manufacture; V. Structure; VI. Thermodynamic Properties; VII. Mechanical Properties; VIII. Thermal Properties; IX. Electrical Properties; X. Optical Properties; XI. Chemical Durability; XII. Diffusion; Bibliography; Chapter 3. Multicomponent Commercial Glasses; I. Introduction; II. Mechanical Properties.
• III. Temperature Dependence of PropertiesIV. Optical Properties; Bibliography; Part II: THERMODYNAMIC AND THERMAL PROPERTIES; Chapter 4. Density; I. Introduction; II. Tables and Figures; Bibliography; Chapter 5. Surface Tension; I. Introduction; II. Tables and Figures; Bibliography; Chapter 6. Coefficient of Thermal Expansion; I. Introduction; II. Tables and Figures; Bibliography; Chapter 7. Heat Capacity; I. Introduction; II. Tables, Figures, and Equations; Bibliography; Chapter 8. Thermal Conductivity; I. Introduction; II. Tables and Figures; Bibliography; Part III: MECHANICAL PROPERTIES.
• Chapter 9. ViscosityI. Introduction; II. Tables and Figures; Bibliography; Chapter 10. Elastic Properties; I. Introduction; II. Tables, Figures, and Equations; Bibliography; Chapter 11. Microhardness; I. Introduction; II. Tables; Bibliography; Chapter 12. Strength; I. Introduction; II. Testing Methods; III. Strength Distributions; IV. Surface Treatment, Temperature, and Strength; V. Observations of Fracture Surfaces and Surface Damage; VI. Plastic Deformation in Glass; VII. Fatigue; VIII. Life Prediction; Bibliography; Part IV: ELECTRICAL AND TRANSPORT PROPERTIES.
• Chapter 13. Electrical ConductivityI. Introduction; II. Tables and Figures; Bibliography; Chapter 14. Dielectric Properties; I. Introduction; II. Experimental Measurement; III. Effect of Temperature; IV. Tables and Figures; Bibliography; Chapter 15. Ionic Diffusion; I. Measurement of Ionic Diffusion; II. Temperature Dependence; III. Interionic Diffusion; IV. Theories of Ionic Transport; V. Tables and Figures; Bibliography; Part V: OTHER PROPERTIES; Chapter 16. Refractive Index and Dispersion; I. Introduction; II. Tables and Figures; Bibliography.
• Chapter 17. Solubility, Permeability, and Diffusion of Gases in GlassI. Introduction; II. Molecular Solubility; III. Measurement of Molecular Permeation and Diffusion in Glass; IV. Tables and Figures; Bibliography; Chapter 18. Chemical Durability; I. Introduction; II. Reaction with Water; III. Effects of Composition; IV. Weathering; V. pH and Durability; Bibliography; Chapter 19. Estimation of Properties; I. Introduction; Bibliography; APPENDIXES; Appendix A: Glossary of Symbols for Data Tables of Laboratory Glasses; Appendix B: Physical Constants; Appendix C: Units.