Holdings: Introduction to ceramics

Introduction to ceramics:

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Bibliographic Details
Main Authors:	Kingery, W. David 1926-2000 (Author), Bowen, Harvey Kent (Author), Uhlmann, Donald R. 1935- (Author)
Format:	Book
Language:	English
Published:	New York [u.a.] Wiley 1976
Edition:	2. ed.
Series:	Wiley series on the science and technology of materials
Subjects:	Cerámica industrial Keramik Keramischer Werkstoff Festkörperphysik Keramikherstellung Einführung
Online Access:	Inhaltsverzeichnis
Physical Description:	1032 S.

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Record in the Search Index

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adam_text	INTRODUCTION TO CERAMICS SECOND EDITION W. D. KINGERY PROFESSOR OF CERAMICS MASSACHUSETTS INSTITUTE OF TECHNOLOGY H. K. BOWEN ASSOCIATE PROFESSOR OF CERAMICS XU MASSACHUSETTS INSTITUTE OF TECHNOLOGY TPJJFOJFOJJQTHGK CHCFYL MATERIAIWISSENSCHAFT D. R. UHLMANN PROFESSOR OF CERAMICS AND POLYMERS MASSACHUSETTS INSTITUTE OF TECHNOLOGY A WILEY-INTERSCIENCE PUBLICATION JOHN WILEY & SONS NEW YORK * CHICHESTER * BRISBANE * TORONTO * SINGAPORE CONTENTS INTRODUCTION 1 1 CERAMIC PROCESSES AND PRODUCTS 3 1.1 THE CERAMIC INDUSTRY 3 1.2 CERAMIC PROCESSES 4 1.3 CERAMIC PRODUCTS 16 II CHARACTERISTICS OF CERAMIC SOLIDS 21 2 STRUCTURE OF CRYSTALS 25 2.1 ATOMIC STRUCTURE 25 2.2 INTERATOMIC BONDS 36 2.3 ATOMIC BONDING IN SOLIDS 41 2.4 CRYSTAL STRUCTURES 46 2.5 GROUPING OF IONS AND PAULING S RULES 56 2.6 OXIDE STRUCTURES 61 2.7 SILICATE STRUCTURES 70 2.8 THE CLAY MINERALS 77 2.9 OTHER STRUCTURES 80 2.10 POLYMORPHISM 81 3 STRUCTURE OF GLASS 91 3.1 GLASS FORMATION 92 3.2 MODELS OF GLASS STRUCTURE 95 VII VIII CONTENTS 3.3 THE STRUCTURE OF OXIDE GLASSES 100 3.4 SUBMICROSTRUCTURAL FEATURES OF GLASSES 110 3.5 MISCIBILITY GAPS IN OXIDE SYSTEMS 117 3.6 GENERAL DISCUSSION 122 4 STRUCTURAL IMPERFECTIONS 125 4.1 NOTATION USED FOR ATOMIC DEFECTS 126 4.2 FORMULATION OF REACTION EQUATIONS 129 4.3 SOLID SOLUTIONS 131 4.4 FRENKEL DISORDER 139 4.5 SCHOTTKY DISORDER 143 4.6 ORDER-DISORDER TRANSFORMATIONS 145 4.7 ASSOCIATION OF DEFECTS 148 4.8 ELECTRONIC STRUCTURE 152 4.9 NONSTOICHIOMETRIC SOLIDS 157 4.10 DISLOCATIONS 162 5 SURFACES, INTERFACES, AND GRAIN BOUNDARIES 177 5.1 SURFACE TENSION AND SURFACE ENERGY 177 5.2 CURVED SURFACES 185 5.3 GRAIN BOUNDARIES 188 5.4 GRAIN-BOUNDARY POTENTIAL AND ASSOCIATED SPACE CHARGE 190 5.5 BOUNDARY STRESSES 197 5.6 SOLUTE SEGREGATION AND PHASE SEPARATION AT AND NEAR GRAIN BOUNDARIES 200 5.7 STRUCTURE OF SURFACES AND INTERFACES 204 5.8 WETTING AND PHASE DISTRIBUTION 209 6 ATOM MOBILITY 217 6.1 DIFFUSION AND FICK S LAWS 219 6.2 DIFFUSION AS A THERMALLY ACTIVATED PROCESS 227 6.3 NOMENCLATURE AND CONCEPTS OF ATOMISTIC PROCESSES 232 6.4 TEMPERATURE AND IMPURITY DEPENDENCE OF DIFFUSION 234 6.5 DIFFUSION IN CRYSTALLINE OXIDES 239 6.6 DISLOCATION, BOUNDARY, AND SURFACE DIFFUSION 250 6.7 DIFFUSION IN GLASSES 257 CONTENTS IX III DEVELOPMENT OF MICROSTRUCTURE IN CERAMICS 265 7 CERAMIC PHASE-EQUILIBRIUM DIAGRAMS 269 7.1 GIBB S PHASE RULE 270 7.2 ONE-COMPONENT PHASE DIAGRAMS 271 7.3 TECHNIQUES FOR DETERMINING PHASE-EQUILIBRIUM DIAGRAMS 276 7.4 TWO-COMPONENT SYSTEMS 278 7.5 TWO-COMPONENT PHASE DIAGRAMS 284 7.6 THREE-COMPONENT PHASE DIAGRAMS 295 7.7 PHASE COMPOSITION VERSUS TEMPERATURE 301 7.8 THE SYSTEM AL 2 O 3 -SIO 2 304 7.9 THE SYSTEM MGO-AL 2 O 3 -SIO 2 307 7.10 NONEQUILIBRIUM PHASES 311 8 PHASE TRANSFORMATION, GLASS FORMATION, AND GLASS-CERAMICS 320 8.1 FORMAL THEORY OF TRANSFORMATION KINETICS 321 8.2 SPINODAL DECOMPOSITION 323 8.3 NUCLEATION 328 8.4 CRYSTAL GROWTH 336 8.5 GLASS FORMATION 347 8.6 COMPOSITION AS A VARIABLE, HEAT FLOW, AND PRECIPITATION FROM GLASSES 351 8.7 COLLOIDAL COLORS, PHOTOSENSITIVE GLASSES, AND PHOTOCHROMIC GLASSES 364 8.8 GLASS-CERAMIC MATERIALS 368 8.9 PHASE SEPARATION IN GLASSES 375 9 REACTIONS WITH AND BETWEEN SOLIDS 381 9.1 KINETICS OF HETEROGENEOUS REACTIONS 381 9.2 REACTANT TRANSPORT THROUGH A PLANAR BOUNDARY LAYER 385 9.3 REACTANT TRANSPORT THROUGH A FLUID PHASE 402 9.4 REACTANT TRANSPORT IN PARTICULATE SYSTEMS 413 9.5 PRECIPITATION IN CRYSTALLINE CERAMICS 430 9.6 NONISOTHERMAL PROCESSES 440 X CONTENTS 10 GRAIN GROWTH, SINTERING, AND VITRIFICATION 448 10.1 RECRYSTALLIZATION AND GRAIN GROWTH 449 10.2 SOLID-STATE SINTERING 469 10.3 VITRIFICATION 490 10.4 SINTERING WITH A REACTIVE LIQUID 498 10.5 PRESSURE SINTERING AND HOT PRESSING 501 10.6 SECONDARY PHENOMENA 503 10.7 FIRING SHRINKAGE 507 11 MICROSTRUCTURE OF CERAMICS 516 11.1 CHARACTERISTICS OF MICROSTRUCTURE 516 11.2 QUANTITATIVE ANALYSIS 523 11.3 TRIAXIAL WHITEWARE COMPOSITIONS 532 11.4 REFRACTORIES 540 11.5 STRUCTURAL CLAY PRODUCTS 549 11.6 GLAZES AND ENAMELS 549 11.7 GLASSES 552 11.8 GLASS-CERAMICS 555 11.9 ELECTRICAL AND MAGNETIC CERAMICS 560 11.10 ABRASIVES 566 11.11 CEMENT AND CONCRETE 569 11.12 SOME SPECIAL COMPOSITIONS 573 IV PROPERTIES OF CERAMICS 581 12 THERMAL PROPERTIES 583 12.1 INTRODUCTION 583 12.2 HEAT CAPACITY 586 12.3 DENSITY AND THERMAL EXPANSION OF CRYSTALS 589 12.4 DENSITY AND THERMAL EXPANSION OF GLASSES 595 12.5 THERMAL EXPANSION OF COMPOSITE BODIES 603 12.6 THERMAL CONDUCTION PROCESSES 612 12.7 PHONON CONDUCTIVITY OF SINGLE-PHASE CRYSTALLINE CERAMICS 615 12.8 PHONON CONDUCTIVITY OF SINGLE-PHASE GLASSES 624 12.9 PHOTON CONDUCTIVITY 627 12.10 CONDUCTIVITY OF MULTIPHASE CERAMICS 634 CONTENTS XI 13 OPTICAL PROPERTIES 646 13.1 INTRODUCTION 646 13.2 REFRACTIVE INDEX AND DISPERSION 658 13.3 BOUNDARY REFLECTANCE AND SURFACE GLOSS 664 13.4 OPACITY AND TRANSLUCENCY 666 13.5 ABSORPTION AND COLOR 677 13.6 APPLICATIONS 689 14 PLASTIC DEFORMATION, VISCOUS FLOW, AND CREEP 704 14.1 INTRODUCTION 704 14.2 PLASTIC DEFORMATION OF ROCK SALT STRUCTURE CRYSTALS 710 14.3 PLASTIC DEFORMATION OF FLUORITE STRUCTURE CRYSTALS 727 14.4 PLASTIC DEFORMATION OF A1 2 O 3 CRYSTALS 728 14.5 CREEP OF SINGLE-CRYSTAL AND POLYCRYSTALLINE CERAMICS 734 14.6 CREEP OF REFRACTORIES 747 14.7 VISCOUS FLOW IN LIQUIDS AND GLASSES 755 15 ELASTICITY, ANELASTICITY, AND STRENGTH 768 15.1 INTRODUCTION 768 15.2 ELASTIC MODULI 773 15.3 ANELASTICITY 778 15.4 BRITTLE FRACTURE AND CRACK PROPAGATION 783 15.5 STRENGTH AND FRACTURE SURFACE WORK EXPERIENCE 791 15.6 STATIC FATIGUE 797 15.7 CREEP FRACTURE 807 15.8 EFFECTS OF MICROSTRUCTURE 808 16 THERMAL AND COMPOSITIONAL STRESSES 816 16.1 THERMAL EXPANSION AND THERMAL STRESSES 816 16.2 TEMPERATURE GRADIENTS AND THERMAL STRESSES 817 16.3 RESISTANCE TO THERMAL SHOCK AND THERMAL SPALLING 822 16.4 THERMALLY TEMPERED GLASS 830 16.5 ANNEALING 833 16.6 CHEMICAL STRENGTHENING 841 17 ELECTRICAL CONDUCTIVITY 847 17.1 ELECTRICAL-CONDUCTION PHENOMENA 847 17.2 IONIC CONDUCTION IN CRYSTALS 852 XII CONTENTS 17.3 ELECTRONIC CONDUCTION IN CRYSTALS 866 17.4 IONIC CONDUCTION IN GLASSES 873 17.5 ELECTRONIC CONDUCTION IN GLASSES 884 17.6 NONSTOICHIOMETRIC AND SOLUTE-CONTROLLED ELECTRONIC CONDUCTION 888 17.7 VALENCY-CONTROLLED SEMICONDUCTORS 899 17.8 MIXED CONDUCTION IN POOR CONDUCTORS 902 17.9 POLYCRYSTALLINE CERAMICS 904 18 DIELECTRIC PROPERTIES 913 18.1 ELECTRICAL PHENOMENA 914 18.2 DIELECTRIC CONSTANTS OF CRYSTALS AND GLASSES 931 18.3 DIELECTRIC LOSS FACTOR FOR CRYSTALS AND GLASSES 937 18.4 DIELECTRIC CONDUCTIVITY 945 18.5 POLYCRYSTALLINE AND POLYPHASE CERAMICS 947 18.6 DIELECTRIC STRENGTH 960 18.7 FERROELECTRIC CERAMICS 964 19 MAGNETIC PROPERTIES 975 19.1 MAGNETIC PHENOMENA 975 19.2 THE ORIGIN OF INTERACTIONS IN FERRIMAGNETIC MATERIALS 988 19.3 SPINEL FERRITES 991 19.4 RARE EARTH GARNETS, ORTHOFERRITES, AND ILMENITES 998 19.5 THE HEXAGONAL FERRITES 1001 19.6 POLYCRYSTALLINE FERRITES 1006 INDEX 1017
adam_txt	INTRODUCTION TO CERAMICS SECOND EDITION W. D. KINGERY PROFESSOR OF CERAMICS MASSACHUSETTS INSTITUTE OF TECHNOLOGY H. K. BOWEN ASSOCIATE PROFESSOR OF CERAMICS XU MASSACHUSETTS INSTITUTE OF TECHNOLOGY TPJJFOJFOJJQTHGK CHCFYL MATERIAIWISSENSCHAFT D. R. UHLMANN PROFESSOR OF CERAMICS AND POLYMERS MASSACHUSETTS INSTITUTE OF TECHNOLOGY A WILEY-INTERSCIENCE PUBLICATION JOHN WILEY & SONS NEW YORK * CHICHESTER * BRISBANE * TORONTO * SINGAPORE CONTENTS INTRODUCTION 1 1 CERAMIC PROCESSES AND PRODUCTS 3 1.1 THE CERAMIC INDUSTRY 3 1.2 CERAMIC PROCESSES 4 1.3 CERAMIC PRODUCTS 16 II CHARACTERISTICS OF CERAMIC SOLIDS 21 2 STRUCTURE OF CRYSTALS 25 2.1 ATOMIC STRUCTURE 25 2.2 INTERATOMIC BONDS 36 2.3 ATOMIC BONDING IN SOLIDS 41 2.4 CRYSTAL STRUCTURES 46 2.5 GROUPING OF IONS AND PAULING'S RULES 56 2.6 OXIDE STRUCTURES 61 2.7 SILICATE STRUCTURES 70 2.8 THE CLAY MINERALS 77 2.9 OTHER STRUCTURES 80 2.10 POLYMORPHISM 81 3 STRUCTURE OF GLASS 91 3.1 GLASS FORMATION 92 3.2 MODELS OF GLASS STRUCTURE 95 VII VIII CONTENTS 3.3 THE STRUCTURE OF OXIDE GLASSES 100 3.4 SUBMICROSTRUCTURAL FEATURES OF GLASSES 110 3.5 MISCIBILITY GAPS IN OXIDE SYSTEMS 117 3.6 GENERAL DISCUSSION 122 4 STRUCTURAL IMPERFECTIONS 125 4.1 NOTATION USED FOR ATOMIC DEFECTS 126 4.2 FORMULATION OF REACTION EQUATIONS 129 4.3 SOLID SOLUTIONS 131 4.4 FRENKEL DISORDER 139 4.5 SCHOTTKY DISORDER 143 4.6 ORDER-DISORDER TRANSFORMATIONS 145 4.7 ASSOCIATION OF DEFECTS 148 4.8 ELECTRONIC STRUCTURE 152 4.9 NONSTOICHIOMETRIC SOLIDS 157 4.10 DISLOCATIONS 162 5 SURFACES, INTERFACES, AND GRAIN BOUNDARIES 177 5.1 SURFACE TENSION AND SURFACE ENERGY 177 5.2 CURVED SURFACES 185 5.3 GRAIN BOUNDARIES 188 5.4 GRAIN-BOUNDARY POTENTIAL AND ASSOCIATED SPACE CHARGE 190 5.5 BOUNDARY STRESSES 197 5.6 SOLUTE SEGREGATION AND PHASE SEPARATION AT AND NEAR GRAIN BOUNDARIES 200 5.7 STRUCTURE OF SURFACES AND INTERFACES 204 5.8 WETTING AND PHASE DISTRIBUTION 209 6 ATOM MOBILITY 217 6.1 DIFFUSION AND FICK'S LAWS 219 6.2 DIFFUSION AS A THERMALLY ACTIVATED PROCESS 227 6.3 NOMENCLATURE AND CONCEPTS OF ATOMISTIC PROCESSES 232 6.4 TEMPERATURE AND IMPURITY DEPENDENCE OF DIFFUSION 234 6.5 DIFFUSION IN CRYSTALLINE OXIDES 239 6.6 DISLOCATION, BOUNDARY, AND SURFACE DIFFUSION 250 6.7 DIFFUSION IN GLASSES 257 CONTENTS IX III DEVELOPMENT OF MICROSTRUCTURE IN CERAMICS 265 7 CERAMIC PHASE-EQUILIBRIUM DIAGRAMS 269 7.1 GIBB'S PHASE RULE 270 7.2 ONE-COMPONENT PHASE DIAGRAMS 271 7.3 TECHNIQUES FOR DETERMINING PHASE-EQUILIBRIUM DIAGRAMS 276 7.4 TWO-COMPONENT SYSTEMS 278 7.5 TWO-COMPONENT PHASE DIAGRAMS 284 7.6 THREE-COMPONENT PHASE DIAGRAMS 295 7.7 PHASE COMPOSITION VERSUS TEMPERATURE 301 7.8 THE SYSTEM AL 2 O 3 -SIO 2 304 7.9 THE SYSTEM MGO-AL 2 O 3 -SIO 2 307 7.10 NONEQUILIBRIUM PHASES 311 8 PHASE TRANSFORMATION, GLASS FORMATION, AND GLASS-CERAMICS 320 8.1 FORMAL THEORY OF TRANSFORMATION KINETICS 321 8.2 SPINODAL DECOMPOSITION 323 8.3 NUCLEATION 328 8.4 CRYSTAL GROWTH 336 8.5 GLASS FORMATION 347 8.6 COMPOSITION AS A VARIABLE, HEAT FLOW, AND PRECIPITATION FROM GLASSES 351 8.7 COLLOIDAL COLORS, PHOTOSENSITIVE GLASSES, AND PHOTOCHROMIC GLASSES 364 8.8 GLASS-CERAMIC MATERIALS 368 8.9 PHASE SEPARATION IN GLASSES 375 9 REACTIONS WITH AND BETWEEN SOLIDS 381 9.1 KINETICS OF HETEROGENEOUS REACTIONS 381 9.2 REACTANT TRANSPORT THROUGH A PLANAR BOUNDARY LAYER 385 9.3 REACTANT TRANSPORT THROUGH A FLUID PHASE 402 9.4 REACTANT TRANSPORT IN PARTICULATE SYSTEMS 413 9.5 PRECIPITATION IN CRYSTALLINE CERAMICS 430 9.6 NONISOTHERMAL PROCESSES 440 X CONTENTS 10 GRAIN GROWTH, SINTERING, AND VITRIFICATION 448 10.1 RECRYSTALLIZATION AND GRAIN GROWTH 449 10.2 SOLID-STATE SINTERING 469 10.3 VITRIFICATION 490 10.4 SINTERING WITH A REACTIVE LIQUID 498 10.5 PRESSURE SINTERING AND HOT PRESSING 501 10.6 SECONDARY PHENOMENA 503 10.7 FIRING SHRINKAGE 507 11 MICROSTRUCTURE OF CERAMICS 516 11.1 CHARACTERISTICS OF MICROSTRUCTURE 516 11.2 QUANTITATIVE ANALYSIS 523 11.3 TRIAXIAL WHITEWARE COMPOSITIONS 532 11.4 REFRACTORIES 540 11.5 STRUCTURAL CLAY PRODUCTS 549 11.6 GLAZES AND ENAMELS 549 11.7 GLASSES 552 11.8 GLASS-CERAMICS 555 11.9 ELECTRICAL AND MAGNETIC CERAMICS 560 11.10 ABRASIVES 566 11.11 CEMENT AND CONCRETE 569 11.12 SOME SPECIAL COMPOSITIONS 573 IV PROPERTIES OF CERAMICS 581 12 THERMAL PROPERTIES 583 12.1 INTRODUCTION 583 12.2 HEAT CAPACITY 586 12.3 DENSITY AND THERMAL EXPANSION OF CRYSTALS 589 12.4 DENSITY AND THERMAL EXPANSION OF GLASSES 595 12.5 THERMAL EXPANSION OF COMPOSITE BODIES 603 12.6 THERMAL CONDUCTION PROCESSES 612 12.7 PHONON CONDUCTIVITY OF SINGLE-PHASE CRYSTALLINE CERAMICS 615 12.8 PHONON CONDUCTIVITY OF SINGLE-PHASE GLASSES 624 12.9 PHOTON CONDUCTIVITY 627 12.10 CONDUCTIVITY OF MULTIPHASE CERAMICS 634 CONTENTS XI 13 OPTICAL PROPERTIES 646 13.1 INTRODUCTION 646 13.2 REFRACTIVE INDEX AND DISPERSION 658 13.3 BOUNDARY REFLECTANCE AND SURFACE GLOSS 664 13.4 OPACITY AND TRANSLUCENCY 666 13.5 ABSORPTION AND COLOR 677 13.6 APPLICATIONS 689 14 PLASTIC DEFORMATION, VISCOUS FLOW, AND CREEP 704 14.1 INTRODUCTION 704 14.2 PLASTIC DEFORMATION OF ROCK SALT STRUCTURE CRYSTALS 710 14.3 PLASTIC DEFORMATION OF FLUORITE STRUCTURE CRYSTALS 727 14.4 PLASTIC DEFORMATION OF A1 2 O 3 CRYSTALS 728 14.5 CREEP OF SINGLE-CRYSTAL AND POLYCRYSTALLINE CERAMICS 734 14.6 CREEP OF REFRACTORIES 747 14.7 VISCOUS FLOW IN LIQUIDS AND GLASSES 755 15 ELASTICITY, ANELASTICITY, AND STRENGTH 768 15.1 INTRODUCTION 768 15.2 ELASTIC MODULI 773 15.3 ANELASTICITY 778 15.4 BRITTLE FRACTURE AND CRACK PROPAGATION 783 15.5 STRENGTH AND FRACTURE SURFACE WORK EXPERIENCE 791 15.6 STATIC FATIGUE 797 15.7 CREEP FRACTURE 807 15.8 EFFECTS OF MICROSTRUCTURE 808 16 THERMAL AND COMPOSITIONAL STRESSES 816 16.1 THERMAL EXPANSION AND THERMAL STRESSES 816 16.2 TEMPERATURE GRADIENTS AND THERMAL STRESSES 817 16.3 RESISTANCE TO THERMAL SHOCK AND THERMAL SPALLING 822 16.4 THERMALLY TEMPERED GLASS 830 16.5 ANNEALING 833 16.6 CHEMICAL STRENGTHENING 841 17 ELECTRICAL CONDUCTIVITY 847 17.1 ELECTRICAL-CONDUCTION PHENOMENA 847 17.2 IONIC CONDUCTION IN CRYSTALS 852 XII CONTENTS 17.3 ELECTRONIC CONDUCTION IN CRYSTALS 866 17.4 IONIC CONDUCTION IN GLASSES 873 17.5 ELECTRONIC CONDUCTION IN GLASSES 884 17.6 NONSTOICHIOMETRIC AND SOLUTE-CONTROLLED ELECTRONIC CONDUCTION 888 17.7 VALENCY-CONTROLLED SEMICONDUCTORS 899 17.8 MIXED CONDUCTION IN POOR CONDUCTORS 902 17.9 POLYCRYSTALLINE CERAMICS 904 18 DIELECTRIC PROPERTIES 913 18.1 ELECTRICAL PHENOMENA 914 18.2 DIELECTRIC CONSTANTS OF CRYSTALS AND GLASSES 931 18.3 DIELECTRIC LOSS FACTOR FOR CRYSTALS AND GLASSES 937 18.4 DIELECTRIC CONDUCTIVITY 945 18.5 POLYCRYSTALLINE AND POLYPHASE CERAMICS 947 18.6 DIELECTRIC STRENGTH 960 18.7 FERROELECTRIC CERAMICS 964 19 MAGNETIC PROPERTIES 975 19.1 MAGNETIC PHENOMENA 975 19.2 THE ORIGIN OF INTERACTIONS IN FERRIMAGNETIC MATERIALS 988 19.3 SPINEL FERRITES 991 19.4 RARE EARTH GARNETS, ORTHOFERRITES, AND ILMENITES 998 19.5 THE HEXAGONAL FERRITES 1001 19.6 POLYCRYSTALLINE FERRITES 1006 INDEX 1017
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author	Kingery, W. David 1926-2000 Bowen, Harvey Kent Uhlmann, Donald R. 1935-
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genre	1\p (DE-588)4151278-9 Einführung gnd-content
genre_facet	Einführung
id	DE-604.BV021958243
illustrated	Not Illustrated
index_date	2024-07-02T16:08:16Z
indexdate	2024-07-09T20:48:15Z
institution	BVB
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-015173393
oclc_num	318158940
open_access_boolean
owner	DE-706
owner_facet	DE-706
physical	1032 S.
publishDate	1976
publishDateSearch	1976
publishDateSort	1976
publisher	Wiley
record_format	marc
series2	Wiley series on the science and technology of materials
spelling	Kingery, W. David 1926-2000 Verfasser (DE-588)1089212283 aut Introduction to ceramics W. D. Kingery ; H. K. Bowen ; D. R. Uhlmann 2. ed. New York [u.a.] Wiley 1976 1032 S. txt rdacontent n rdamedia nc rdacarrier Wiley series on the science and technology of materials Cerámica industrial Keramik (DE-588)4030270-2 gnd rswk-swf Keramischer Werkstoff (DE-588)4030282-9 gnd rswk-swf Festkörperphysik (DE-588)4016921-2 gnd rswk-swf Keramikherstellung (DE-588)4163581-4 gnd rswk-swf 1\p (DE-588)4151278-9 Einführung gnd-content Festkörperphysik (DE-588)4016921-2 s DE-604 Keramik (DE-588)4030270-2 s Keramikherstellung (DE-588)4163581-4 s Keramischer Werkstoff (DE-588)4030282-9 s 2\p DE-604 Bowen, Harvey Kent Verfasser (DE-588)142271772 aut Uhlmann, Donald R. 1935- Verfasser (DE-588)1145576494 aut HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015173393&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 2\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk
spellingShingle	Kingery, W. David 1926-2000 Bowen, Harvey Kent Uhlmann, Donald R. 1935- Introduction to ceramics Cerámica industrial Keramik (DE-588)4030270-2 gnd Keramischer Werkstoff (DE-588)4030282-9 gnd Festkörperphysik (DE-588)4016921-2 gnd Keramikherstellung (DE-588)4163581-4 gnd
subject_GND	(DE-588)4030270-2 (DE-588)4030282-9 (DE-588)4016921-2 (DE-588)4163581-4 (DE-588)4151278-9
title	Introduction to ceramics
title_auth	Introduction to ceramics
title_exact_search	Introduction to ceramics
title_exact_search_txtP	Introduction to ceramics
title_full	Introduction to ceramics W. D. Kingery ; H. K. Bowen ; D. R. Uhlmann
title_fullStr	Introduction to ceramics W. D. Kingery ; H. K. Bowen ; D. R. Uhlmann
title_full_unstemmed	Introduction to ceramics W. D. Kingery ; H. K. Bowen ; D. R. Uhlmann
title_short	Introduction to ceramics
title_sort	introduction to ceramics
topic	Cerámica industrial Keramik (DE-588)4030270-2 gnd Keramischer Werkstoff (DE-588)4030282-9 gnd Festkörperphysik (DE-588)4016921-2 gnd Keramikherstellung (DE-588)4163581-4 gnd
topic_facet	Cerámica industrial Keramik Keramischer Werkstoff Festkörperphysik Keramikherstellung Einführung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=015173393&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT kingerywdavid introductiontoceramics AT bowenharveykent introductiontoceramics AT uhlmanndonaldr introductiontoceramics

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