Titre : |
Advanced Technical Ceramics |
Type de document : |
texte imprimé |
Auteurs : |
Shigeyuki Shigeyuki, Auteur |
Editeur : |
NewYork:Academic Press,Inc |
Année de publication : |
1988 |
Importance : |
353p |
Format : |
23,5x16 cm |
ISBN/ISSN/EAN : |
978-0-12-654630-9 |
Langues : |
Anglais (eng) Langues originales : Anglais (eng) |
Résumé : |
advanced technical was originally published in japanese to address recent developments in technical ceramic,especially in japan it was written for en gineers,scientists,students,and others interested in new fields in cermics .the book covers all aspects of technical cermics including :definitions,discussion of raw materials, electronic and mechanical materials and processes,biomaterials
the english edition has been brought up to date by the contributors,all experts in their fields and should be considered a valuable reference in promoting the understanding and development of ceramics around the world. |
Note de contenu : |
Table of Contents:
Contributors
Preface
Part I Introduction to Ceramics
1 Ceramics: Definitions
I. Introduction
II. Definitions
References
2 Types of Ceramics
I. Introduction
II. Classification by Chemical Composition
III. Classification by Minerals
IV. Classification by Molding Technique
V. Additional Ways to Classify Ceramics
References
3 Synthetic Raw Materials for Ceramics
I. Introduction
II. General Issues Concerning Powders for Ceramics
III. Major Materials for Ceramics
References
4 Production Processes for Ceramics
I. Introduction
II. Preparing the Body
III. The Molding Process
IV. The Firing Process
V. Issues for the Near Future in Ceramics Production Techniques
References
5 Evaluating Ceramics
I. Introduction
II. Mechanical Properties
III. Thermal Properties
References
Part II Properties and Applications of Ceramics
6 Electrical and Electronic Properties
I. Introduction
II. Insulating Properties
III. Semiconductors
IV. High-Conductivity Ceramics
V. Superconductors
VI. Ionic Conduction
References
7 Magnetic Properties
I. Introduction
II. Ferrite: An Oxide Magnetic Material
III. Summary of Characteristics
IV. Soft Magnetic Ferrite
V. Hard Ferrite
VI. Semihard Magnetic Ferrite
VII. Ferrite for Microwave Use
References
8 Thermal Properties
I. Theory of Thermal Properties
II. Ceramics That Exploit Thermal Properties
References
9-Chemical Properties
I. Introduction
II. Chemical Sensors
III. Chemical Batteries and Electric Double-Layer Capacitors
IV. Chemical Pumps
V. Electrochromism
VI. High-Temperature Steam Electrolysis
VII. Catalysts
References
10 Optical Properties
I. Noncrystalline Substances
II. Crystals
References
11 Biological Applications
I. Metallic Implants
II. Biological Practice in Optimizing Implants
III. Carbon and Ceramic Systems
IV. Medical Applications
V. Conclusion
References
12 Mechanical Properties
I. Strength of Materials
II. Mechanical Properties of Today's Ceramics
III. Ceramic Parts for Automobiles
IV. Engines
References
Part III Machining Methods
13 Precision Machining Methods for Ceramics
I. Introduction
II. Cutting
III. Grinding
IV. Lapping and Polishing
V. Laser Processing
VI. Other Machining Methods
References
Appendix: Chronology of the Development of Advanced Ceramics
Index
|
Advanced Technical Ceramics [texte imprimé] / Shigeyuki Shigeyuki, Auteur . - [S.l.] : NewYork:Academic Press,Inc, 1988 . - 353p ; 23,5x16 cm. ISBN : 978-0-12-654630-9 Langues : Anglais ( eng) Langues originales : Anglais ( eng)
Résumé : |
advanced technical was originally published in japanese to address recent developments in technical ceramic,especially in japan it was written for en gineers,scientists,students,and others interested in new fields in cermics .the book covers all aspects of technical cermics including :definitions,discussion of raw materials, electronic and mechanical materials and processes,biomaterials
the english edition has been brought up to date by the contributors,all experts in their fields and should be considered a valuable reference in promoting the understanding and development of ceramics around the world. |
Note de contenu : |
Table of Contents:
Contributors
Preface
Part I Introduction to Ceramics
1 Ceramics: Definitions
I. Introduction
II. Definitions
References
2 Types of Ceramics
I. Introduction
II. Classification by Chemical Composition
III. Classification by Minerals
IV. Classification by Molding Technique
V. Additional Ways to Classify Ceramics
References
3 Synthetic Raw Materials for Ceramics
I. Introduction
II. General Issues Concerning Powders for Ceramics
III. Major Materials for Ceramics
References
4 Production Processes for Ceramics
I. Introduction
II. Preparing the Body
III. The Molding Process
IV. The Firing Process
V. Issues for the Near Future in Ceramics Production Techniques
References
5 Evaluating Ceramics
I. Introduction
II. Mechanical Properties
III. Thermal Properties
References
Part II Properties and Applications of Ceramics
6 Electrical and Electronic Properties
I. Introduction
II. Insulating Properties
III. Semiconductors
IV. High-Conductivity Ceramics
V. Superconductors
VI. Ionic Conduction
References
7 Magnetic Properties
I. Introduction
II. Ferrite: An Oxide Magnetic Material
III. Summary of Characteristics
IV. Soft Magnetic Ferrite
V. Hard Ferrite
VI. Semihard Magnetic Ferrite
VII. Ferrite for Microwave Use
References
8 Thermal Properties
I. Theory of Thermal Properties
II. Ceramics That Exploit Thermal Properties
References
9-Chemical Properties
I. Introduction
II. Chemical Sensors
III. Chemical Batteries and Electric Double-Layer Capacitors
IV. Chemical Pumps
V. Electrochromism
VI. High-Temperature Steam Electrolysis
VII. Catalysts
References
10 Optical Properties
I. Noncrystalline Substances
II. Crystals
References
11 Biological Applications
I. Metallic Implants
II. Biological Practice in Optimizing Implants
III. Carbon and Ceramic Systems
IV. Medical Applications
V. Conclusion
References
12 Mechanical Properties
I. Strength of Materials
II. Mechanical Properties of Today's Ceramics
III. Ceramic Parts for Automobiles
IV. Engines
References
Part III Machining Methods
13 Precision Machining Methods for Ceramics
I. Introduction
II. Cutting
III. Grinding
IV. Lapping and Polishing
V. Laser Processing
VI. Other Machining Methods
References
Appendix: Chronology of the Development of Advanced Ceramics
Index
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