Encyclopedia of Glass Science, Technology, History, and Culture, 2 Volume Set

Herausgegeben:Richet, Pascal

• Gebundenes Buch

Produktbeschreibung

Umfassende und aktuelle Enzyklopädie rund um Herstellung, Besonderheiten, Eigenschaften, Einsatzbereiche und Geschichte von Glas

Die Encyclopedia of Glass Science, Technology, History, and Culture wird den Anforderungen und Interessen einer breiten Leserschaft gerecht, die sich für die vielfältigen Aspekte eines des ältesten, von der Menschheit genutzten Materials interessiert. Über 100 Kapitel und 1100 Abbildungen spiegeln die praktische und über die Zeit gewachsene Bedeutung von Glas wider, seit vor 4000 Jahren Glas zum ersten Mal hergestellt wurde. Uralte Glasgefäße, Fenster und Buntglas gehen eine Koexistenz mit neuen Hightech-Produkten ein, die beispielsweise aus Glasfasern, Dünnfilmen, metallischem, bioaktivem oder Hybridglas mit organischen und anorganischen Anteilen, amorphem Eis oder Feststoffbatterien bestehen.

Produktdetails

• Verlag: Wiley & Sons / Wiley-American Ceramic Society
• Artikelnr. des Verlages: 1W118799420
• 1. Auflage
• Seitenzahl: 1568
• Erscheinungstermin: 16. März 2021
• Englisch
• Abmessung: 284mm x 226mm x 64mm
• Gewicht: 3620g
• ISBN-13: 9781118799420
• ISBN-10: 1118799429
• Artikelnr.: 60016058

Autorenporträt

Pascal Richet is a senior physicist at the Institut de Physique du Globe de Paris and has strong ties with Ludwig-Maximilians-Universität in Munich. He is mainly interested in the physical and chemical properties of Earth's and industrial materials at high temperatures and pressures. He has also published The Physical Basis of Thermodynamics (Plenum, 2001), Silicate Glasses and Melts (Elsevier, 2nd ed. 2018, with B.O. Mysen), as well as books dealing with either popularization or history and philosophy of science, which include A Natural History of Time (The University of Chicago Press, 2007). Among other honors, he has received in 2006 the Morey award of the American Ceramic Society.

Inhaltsangabe

Preface

General introduction, Pascal Richet, Reinhard Conradt and Akira Takada

I. Glassmaking

Introduction

1.1. Glass production: an overview, Reinhard Conradt

1.2. Raw materials for glass making: Properties and constraints, Simonpietro Di Pierro

1.3. Fusion of glass, Reinhard Conradt

1.4. Primary fabrication of flat glass, Toru Kamihori

1.5. Fabrication of glass containers, Christian Roos

1.6. Continuous glass fibers for reinforcement, Hong Li and James C. Watson

1.7. Simulation in glass processes, Patrick J. Prescott and Bruno Purnode

II. Structure of glass

Introduction

2.1. Basic concepts of network glass structure, Alex C. Hannon

2.2. Structural probes of glass, Grant S. Henderson

2.3. Microstructure analysis of glasses and glass ceramics, Christian Patzig and Thomas Höche

2.4. Short-range structure and order in oxide glasses, Jonathan F. Stebbins

2.5. The extended structure of glass, Neville G. Greaves

2.6. Structure of chemically complex silicate systems, Bjorn Mysen

2.7. Topological constraint theory of inorganic glasses, Prabhat K. Gupta

2.8. Atomistic simulations of glass structure and properties, Akira Takada

2.9. First-principles simulations of glass formers, Walter Kob and Simona Ispas

3. Physics of glass

Introduction

3.1. Glass formation, Michael I. Ojovan

3.2. Thermodynamics of glasses, Jean-Luc Garden and Hervé Guillou

3.3. The glass transition and the entropy crisis, Purushottam D. Gujrati

3.4. Atomic vibrations in glasses, Bernard Hehlen and Benoît Rufflé

3.5. Density of amorphous oxides, Michael J. Toplis

3.6. Thermodynamic properties of oxide glasses and melts, Pascal Richet and Dominique de Ligny

3.7. Structural, shear and stress relaxation in glass-forming liquids, Ulrich Fotheringham

3.8. Hyperquenched glasses: relaxation and properties, Yuanzheng Yue

3.9. Polyamorphism and liquid-liquid phase transitions, Paul F. McMillan and Martin C. Wilding

3.10. Pressure-induced amorphization, Paul F. McMillan, Denis Machon and Martin C. Wilding

3.11. Mechanical properties of inorganic glasses, Russel J. Hand

3.12. Strengthening of oxide glasses, K. Stefan R. Karlsson and Lothar Wondraczek

3.13. Radiation effects in glass, Nadège Ollier, Sylvain Girard and Sylvain Peuget

3.14. Amorphous ices, Robert F. Tournier

4. Transport properties

Introduction

4.1. Viscosity of glass-forming melts, Joachim Deubener

4.2. Ionic and electronic transport, Jean-Louis Souquet

4.3. Diffusion in oxide glass-forming systems, Huaiwei Ni and Nico De Koker

4.4. Chemical diffusion in multicomponent glass-forming systems, Mathieu Roskosz and Emmanuelle Gouillart

4.5. Thermal diffusivity and conductivity of glasses and melts, Anne Hofmeister and Alan Whittington

4.6. Atomistic simulations of transport properties, Junko Habasaki

5. Chemistry of glass

Introduction

5.1. Chemical analyses and characterization of glass, Thomas Bach, Reiner Haus and Sebastian Prinz

5.2. Phase equilibria and phase diagrams in oxide systems, Ilya Veksler

5.3. Thermodynamic models of oxide melts, Giulio Ottonello

5.4. Nucleation, growth, and crystallization in inorganic glasses, Edgar D. Zanotto, Jürn W.P. Schmelzer and Vladimir Fokin

5.5. Solubility of volatiles, Bjorn Mysen

5.6. Redox thermodynamics and kinetics in silicate melts and glasses, Reid F. Cooper

5.7. Optical basicity:

Rezensionen

"...a rich compendium of information spanning a vast number of aspects of the use of glass as a material...Many readers will find the content--especially many of the diagrams--quite useful in their work or even as new, additional subject matter for lectures and presentations...The work is indeed encyclopedic in its topical coverage, making the volumes extremely important if not indispensable...the reader should explore the information in this wonderful set of books as needed, looking up unknown material as it arises in relevant chapters."

Dr. Mario Affatigato, Editor in Chief, International Journal of Applied Glass Science. Ceramics Bulletin, June 2021