Phase transformations in multicomponent melts:
Gespeichert in:
| Weitere Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Weinheim
WILEY-VCH
2008
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| Schlagworte: | |
| Online-Zugang: | Inhaltstext http://d-nb.info/988815834/04 Inhaltsverzeichnis |
| Beschreibung: | XXIX, 438 S. Ill., graph. Darst. |
| ISBN: | 9783527319947 |
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| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 650 | 4 | |a Composite materials | |
| 650 | 4 | |a Melting points | |
| 650 | 4 | |a Phase transformations (Statistical physics) | |
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Datensatz im Suchindex
| _version_ | 1805091213841268736 |
|---|---|
| adam_text |
VII CONTENTS FOREWORD V PREFACE XVII LIST OF CONTRIBUTORS XXI PART ONE
THERMODYNAMICS 1 1 PHASE FORMATION IN MULTICOMPONENT MONOTECTIC AL-BASED
ALLOYS 3 JOACHIM CR'DBNER, DJORDJE MIRKOVIC, AND RAINER SCHMID-FETZER
1.1 INTRODUCTION 3 1.2 EXPERIMENTAL METHODS 4 1.3 SYSTEMATIC
CLASSIFICATION OF TERNARY MONOTECTIC PHASE DIAGRAMS 4 1.4 SELECTED
TERNARY MONOTECTIC ALLOY SYSTEMS 6 1.4.1 AL-BI-ZN: TYPE 2A MONOTECTIC
SYSTEM 6 1.4.2 AL-BI-SN: TYPE LB MONOTECTIC SYSTEM 6 1.4.3 AL-SN-CU:
TYPE 3A MONOTECTIC SYSTEM 8 1.4.4 AL-BI-CU: TYPE 2B MONOTECTIC SYSTEM 9
1.4.5 BI-CU-SN: TYPE 3A MONOTECTIC SYSTEM 11 1.5 QUATERNARY MONOTECTIC
AL-BI-CU-SN SYSTEM 11 1.6 CONCLUSION 15 2 LIQUID-LIQUID INTERFACIAL
TENSION IN MULTICOMPONENT IMMISCIBLE AL-BASED ALLOYS 19 WALTER HOYER AND
IVAN C. KABAN 2.1 INTRODUCTION 19 2.2 MEASUREMENT TECHNIQUE 21 2.3
EXPERIMENTAL DETAILS 24 2.4 RESULTS 25 2.5 DISCUSSION 30 2.5.1
COMPOSITION DEPENDENCES OF THE 1-1 INTERFACIAL TENSION 30
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/988815834 DIGITALISIERT
DURCH VIII CONTENTS 2.5.4 2.6 3 3.1 3.2 3.2.1 3.2.2 3.2.3 3.3 3.3.1
3.3.2 3.3.3 3.4 3.4.1 3.4.2 3.4.3 3.5 WETTING PHENOMENA 34 SUMMARY 36
MONOTECTIC GROWTH MORPHOLOGIES AND THEIR TRANSITIONS 39 LORENZ RATKE,
ANJA M'ULLER, MARTIN SEIFERT, AND CALINA KASPEROVICH INTRODUCTION 39
EXPERIMENTAL PROCEDURES 40 ALLOYS 40 ARTEMIS FACILITY 41 EVALUATION
PROCEDURES 42 EXPERIMENTAL RESULTS 42 MICROSTRUCTURES 42 JACKSON-HUNT
PLOT 45 STABILITY DIAGRAMS 46 DISCUSSION 47 FIBROUS MONOTECTIC GROWTH 47
TRANSITION FROM FIBERS TO STRING OF PEARLS 48 ORIGIN OF IRREGULAR DROPS
50 OUTLOOK 53 4 THERMAL EXPANSION AND SURFACE TENSION OF MULTICOMPONENT
ALLOYS 55 CONTENTS IX 5.3.1 PREPARATION OF THE SAMPLE 75 5.3.2
GEOMETRICAL CORRECTION OF THE GROOVE COORDINATES 76 5.3.3 DETERMINATION
OF THE LOCAL UNDERCOOLING 77 5.3.4 DETERMINING THE INTERFACE ENERGY 78
5.4 RESULTS AND DISCUSSION 79 5.4.1 AL-CU SYSTEM WITH EUTECTIC
COMPOSITION 80 5.4.2 AL-CU-AG SYSTEM WITH INVARIANT EUTECTIC COMPOSITION
81 5.4.3 CONCENTRATION DEPENDENCE OF CTSL 83 5.5 SUMMARY AND CONCLUSIONS
84 6 PHASE EQUILIBRIA OF NANOSCALE METALS AND ALLOYS 87 GERHARD WILDE,
PETER BUNZEL, HARALD ROSNER, ANDJORG WEISSMULLER 6.1 INTRODUCTION 87 6.2
PHASE STABILITY AND PHASE TRANSFORMATIONS IN NANOSCALE SYSTEMS 88 6.2.1
SINGLE-PHASE MATERIAL: EXTERNAL INTERFACES 88 6.2.2 BINARY NANOALLOYS:
INTERNAL HETEROPHASE INTERFACES 97 6.3 SUMMARY 105 PART TWO MICROSCOPIC
AND MACROSCOPIC DYNAMICS 109 7 MELT STRUCTURE AND ATOMIC DIFFUSION IN
MULTICOMPONENT METALLIC MELTS 111 DIRK HOLLAND-MORITZ, OLIVER HEINEN,
SURESH MAVILA CHATHOTH, ANJA INES POMMRICH, SEBASTIAN STUBER, THOMAS
VOIGTMANN, AND ANDREAS MEYER 7. X CONTENTS 8.3.1 SYSTEMS WITH MIXING
TENDENCY: AL-NI 136 8.3.2 SYSTEMS WITH DEMIXING TENDENCY: PD-CU-NI-P 137
9 PHASE BEHAVIOR AND MICROSCOPIC TRANSPORT PROCESSES IN BINARY METALLIC
ALLOYS: COMPUTER SIMULATION STUDIES 141 SUBIR K. DAS, AH KERRACHE,
JURGEN HORBACH, AND KURT BINDER 9.1 INTRODUCTION 141 9.2 TRANSPORT
COEFFICIENTS 143 9.3 A SYMMETRIC LJ MIXTURE WITH A LIQUID-LIQUID
DEMIXING TRANSITION 144 9.4 STRUCTURE, TRANSPORT, AND CRYSTALLIZATION IN
AL-NI ALLOYS 148 9.5 SUMMARY 154 10 MOLECULAR DYNAMICS MODELING OF
ATOMIC PROCESSES DURING CRYSTAL GROWTH IN METALLIC ALLOY MELTS 157
HELMAR TEICHLER AND MOHAMED CUERDANE 10.1 INTRODUCTION 157 10.2 ENTROPY
AND FREE ENTHALPY OF ZR-RICH NI X ZRI_ X MELTS FROM MD SIMULATIONS AND
THEIR APPLICATION TO THE THERMODYNAMICS OF CRYSTALLIZATION 158 10.2.1
SURVEY 158 10.2.2 RESULTS AND THEIR MEANING 158 10.2.2.1 THE METHOD THAT
WORKS 158 10.2.2.2 FREE ENTHALPY RESULTS FOR ZR-RICH NI X ZRX_ X
CONTENTS XI 11.2.1 FORCE BIASED ALGORITHM 172 11.2.2 THE NELDER-MEAD
ALGORITHM 173 11.2.3 VORONOI TESSELLATION 174 11.3 RESULTS AND
DISCUSSION 275 11.3.1 MONOATOMIC LIQUIDS 175 11.3.2 MULTICOMPONENT
LIQUIDS 177 11.4 CONCLUSION 180 12 SOLIDIFICATION EXPERIMENTS IN
SINGLE-COMPONENT AND BINARY COLLOIDAL MELTS 185 THOMAS PALBERG, NINA
LORENZ, HANSJOACHIM SCHOPE, PATRICK WETTE, INA KLASSEN, DIRK
HOLLAND-MORITZ, AND DIETER M. HERLACH 12.1 INTRODUCTION 185 12.2
EXPERIMENTAL PROCEDURE 186 12.2.1 TUNABLE INTERACTIONS IN CHARGED
COLLOIDAL SUSPENSIONS 186 12.2.2 INSTRUMENTATION FOR TIME-RESOLVED
STATIC LIGHT SCATTERING 190 12.3 RESULTS 193 12.3.1 THE FULL PHASE
DIAGRAM OF CHARGE VARIABLE SYSTEMS 193 12.3.2 SHAPES OF PHASE DIAGRAMS
OF CHARGED SPHERE MIXTURES 196 12.3.3 GROWTH OF BINARY COLLOIDAL
CRYSTALS 199 12.3.4 QUANTITATIVE DETERMINATION OF NUCLEATION KINETICS
AND EXTRACTION OF KEY PARAMETERS 203 12.3.5 INVESTIGATIONS ON THE
STRUCTURE OF UNDERCOOLED MELTS 206 XIII CONTENTS 15 EFFECT OF VARYING
MELT CONVECTION ON MICROSTRUCTURE EVOLUTION OF ND-FE-B AND TI-AL
PERITECTIC ALLOYS 245 REGINA HERMANN, CUNTER CERBETH, KAUSHIK BISWAS,
OCTAVIAN FILIP, VICTOR SHATROV, ANDJANIS PRIEDE 15.1 INTRODUCTION 245
15.2 METHODS DEVELOPED 246 15.2.1 FORCED ROTATION TECHNIQUE 246 15.2.1.1
EXPERIMENTAL 246 15.2.1.2 NUMERICAL SIMULATION 247 15.2.2 FLOATING ZONE
FACILITY WITH ADDITIONAL MAGNETIC FIELD 248 15.2.2.1 EXPERIMENTAL 248
15.2.2.2 NUMERICAL SIMULATION 250 15.3 SAMPLE PREPARATION 251 15.4
RESULTS AND DISCUSSION 252 15.4.1 ND-FE-B ALLOYS 252 15.4.2 TI-AL ALLOYS
256 15.5 CONCLUSION 258 16 NANOSIZED MAGNETIZATION DENSITY PROFILES IN
HARD MAGNETIC ND-FE-CO-AL CLASSES 263 OLIVIER PERROUD, ALBRECHT
WIEDENMANN, MIHAI STOICA, ANDJURGEN ECKERT 16.1 INTRODUCTION 263 16.2
SANS WITH POLARIZED NEUTRONS IN UNSATURATED MAGNETIC SYSTEMS 265 16.3
EXPERIMENTAL PROCEDURE 267 16.3.1 SAMPLE PREPARATION 267 16.3.2 SANSPOL
MEASUREMENTS 267 16.4 RESULTS AND DISCUSSION 268 16.4. CONTENTS XIII
17.4.2 TUNING THE METASTABLE HARD MAGNETIC AL ZONES 290 17.5 CONCLUSIONS
292 PART FOUR SOLIDIFICATION UND SIMULATION 297 18 SOLIDIFICATION OF
BINARY ALLOYS WITH COMPOSITIONAL STRESSES* A PHASE-FIELD APPROACH 299 BO
LIU AND KLAUS KASSNER 18.1 INTRODUCTION 299 18.2 EQUATIONS OF MOTION 301
18.3 NEUTRAL CURVES 304 18.4 PHASE-FIELD MODEL 305 18.5 SIMULATION
RESULTS 306 18.6 CONCLUSIONS 308 19 ELASTIC EFFECTS ON PHASE TRANSITIONS
IN MULTI-COMPONENT ALLOYS 321 EFIM A. BRENER, CLEMENS GUGENBERGER,
HEINER MULLER-KRUMBHAAR, DENIS PILIPENKO, ROBERT SPATSCHEK, AND DMITRII
E. TEMKIN 19.1 MELTING OF ALLOYS IN EUTECTIC AND PERITECTIC SYSTEMS 312
19.1.1 ISOTHERMAL MELTING IN EUTECTIC SYSTEM 313 19.1.2 ISOTHERMAL
MELTING IN PERITECTIC SYSTEMS 315 19.2 COMBINED MOTION OF MELTING AND
SOLIDIFICATION FRONTS 326 19.3 CONTINUUM THEORY OF FAST CRACK
PROPAGATION 329 19.4 SUMMARY 323 20 MODELING OF NONISOTHERMAL
MULTI-COMPONENT, MULTI-PHASE SYSTEMS WITH CONVECTION 325 XIV CONTENTS
21A SOLUTE TRAPPING DURING RAPID SOLIDIFICATION 345 21.5 COMPARISON OF
MOLECULAR DYNAMICS AND PHASE-FIELD SIMULATIONS 345 21.6 MODELING OF
EUTECTIC GROWTH 346 22 DENDRITE GROWTH AND GRAIN REFINEMENT IN
UNDERCOOLED MELTS 353 PETER K. GALENKO AND DIETER M. HERLACH 22.1
INTRODUCTION 353 22.2 SOLIDIFICATION OF PURE (ONE-COMPONENT) SYSTEM 354
22.2.1 DIFFUSE INTERFACE MODEL 354 22.2.2 SHARP-INTERFACE MODEL 356
22.2.3 RESULTS OF NOMINALLY PURE NI 357 22.2.4 RESULTS ON CONGRUENTLY
MELTING INTERMETALLIC ALLOY NISOALSO 359 22.3 SOLIDIFICATION OF BINARY
ALLOYS WITH CONSTITUTIONAL EFFECTS 362 22.3.1 DIFFUSE INTERFACE MODEL
362 22.3.2 SHARP-INTERFACE MODEL AND GROWTH VELOCITIES OF BINARY NI-ZR
ALLOYS 362 22.3.3 GRAIN REFINEMENT THROUGH UNDERCOOLING 364 22.4
SOLIDIFICATION OF A TERNARY ALLOY 366 22.4.1 DIFFUSE INTERFACE MODEL 366
22.4.2 SHARP-INTERFACE MODEL AND DENDRITE GROWTH VELOCITIES OF NI-ZR-AL
367 22.5 SUMMARY AND CONCLUSIONS 369 23 DENDRITIC SOLIDIFICATION IN THE
DIFFUSE REGIME AND UNDER THE INFLUENCE OF BUOYANCY-DRIVE CONTENTS XV
24.2.1 THERMODYNAMIC PROPERTIES AND THERMODYNAMIC ASSESSMENT 390 24.2.2
BRIDGMAN EXPERIMENTS 391 24.3 INVESTIGATION ON THE TERNARY ALLOY SYSTEM
IN-BI-SN 395 24.3.1 MEASUREMENT OF THERMODYNAMIC PROPERTIES AND
THERMODYNAMIC ASSESSMENT 395 24.3.2 MICRO-BRIDGMAN ASSEMBLY 397 24.3.3
STATIONARY COUPLED GROWTH 398 24.4 TRANSIENT GROWTH 399 24.4.1
SOLIDIFICATION PATH DURING TRANSIENT SOLIDIFICATION 401 24.4.2
QUANTITATIVE COMPARISON TO SIMULATION: CALIBRATION OF DIFFUSION DATA 403
24.4.3 STATIONARY UNIVARIANT GROWTH: CALIBRATION OF INTERFACIAL ENERGIES
403 24.5 SUMMARY AND CONCLUSION 404 25 DENDRITIC MICROSTRUCTURE,
DECOMPOSITION, AND METASTABLE PHASE FORMATION IN THE BULK METALLIC GLASS
MATRIX COMPOSITE ZR 56 TII4NB5CU7NI6BE 12 407 SUSANNE SCHNEIDER, ALBERTO
BRACCHI, YUE-LIN HUANG, MICHAEL SEIBT, AND PAPPANNAN THIYAGARAJAN 25.1
INTRODUCTION 407 25.2 EXPERIMENTAL PROCEDURES 409 25.3 RESULTS AND
DISCUSSION 409 25.4 SUMMARY 418 INDE |
| adam_txt |
VII CONTENTS FOREWORD V PREFACE XVII LIST OF CONTRIBUTORS XXI PART ONE
THERMODYNAMICS 1 1 PHASE FORMATION IN MULTICOMPONENT MONOTECTIC AL-BASED
ALLOYS 3 JOACHIM CR'DBNER, DJORDJE MIRKOVIC, AND RAINER SCHMID-FETZER
1.1 INTRODUCTION 3 1.2 EXPERIMENTAL METHODS 4 1.3 SYSTEMATIC
CLASSIFICATION OF TERNARY MONOTECTIC PHASE DIAGRAMS 4 1.4 SELECTED
TERNARY MONOTECTIC ALLOY SYSTEMS 6 1.4.1 AL-BI-ZN: TYPE 2A MONOTECTIC
SYSTEM 6 1.4.2 AL-BI-SN: TYPE LB MONOTECTIC SYSTEM 6 1.4.3 AL-SN-CU:
TYPE 3A MONOTECTIC SYSTEM 8 1.4.4 AL-BI-CU: TYPE 2B MONOTECTIC SYSTEM 9
1.4.5 BI-CU-SN: TYPE 3A MONOTECTIC SYSTEM 11 1.5 QUATERNARY MONOTECTIC
AL-BI-CU-SN SYSTEM 11 1.6 CONCLUSION 15 2 LIQUID-LIQUID INTERFACIAL
TENSION IN MULTICOMPONENT IMMISCIBLE AL-BASED ALLOYS 19 WALTER HOYER AND
IVAN C. KABAN 2.1 INTRODUCTION 19 2.2 MEASUREMENT TECHNIQUE 21 2.3
EXPERIMENTAL DETAILS 24 2.4 RESULTS 25 2.5 DISCUSSION 30 2.5.1
COMPOSITION DEPENDENCES OF THE 1-1 INTERFACIAL TENSION 30
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/988815834 DIGITALISIERT
DURCH VIII CONTENTS 2.5.4 2.6 3 3.1 3.2 3.2.1 3.2.2 3.2.3 3.3 3.3.1
3.3.2 3.3.3 3.4 3.4.1 3.4.2 3.4.3 3.5 WETTING PHENOMENA 34 SUMMARY 36
MONOTECTIC GROWTH MORPHOLOGIES AND THEIR TRANSITIONS 39 LORENZ RATKE,
ANJA M'ULLER, MARTIN SEIFERT, AND CALINA KASPEROVICH INTRODUCTION 39
EXPERIMENTAL PROCEDURES 40 ALLOYS 40 ARTEMIS FACILITY 41 EVALUATION
PROCEDURES 42 EXPERIMENTAL RESULTS 42 MICROSTRUCTURES 42 JACKSON-HUNT
PLOT 45 STABILITY DIAGRAMS 46 DISCUSSION 47 FIBROUS MONOTECTIC GROWTH 47
TRANSITION FROM FIBERS TO STRING OF PEARLS 48 ORIGIN OF IRREGULAR DROPS
50 OUTLOOK 53 4 THERMAL EXPANSION AND SURFACE TENSION OF MULTICOMPONENT
ALLOYS 55 CONTENTS IX 5.3.1 PREPARATION OF THE SAMPLE 75 5.3.2
GEOMETRICAL CORRECTION OF THE GROOVE COORDINATES 76 5.3.3 DETERMINATION
OF THE LOCAL UNDERCOOLING 77 5.3.4 DETERMINING THE INTERFACE ENERGY 78
5.4 RESULTS AND DISCUSSION 79 5.4.1 AL-CU SYSTEM WITH EUTECTIC
COMPOSITION 80 5.4.2 AL-CU-AG SYSTEM WITH INVARIANT EUTECTIC COMPOSITION
81 5.4.3 CONCENTRATION DEPENDENCE OF CTSL 83 5.5 SUMMARY AND CONCLUSIONS
84 6 PHASE EQUILIBRIA OF NANOSCALE METALS AND ALLOYS 87 GERHARD WILDE,
PETER BUNZEL, HARALD ROSNER, ANDJORG WEISSMULLER 6.1 INTRODUCTION 87 6.2
PHASE STABILITY AND PHASE TRANSFORMATIONS IN NANOSCALE SYSTEMS 88 6.2.1
SINGLE-PHASE MATERIAL: EXTERNAL INTERFACES 88 6.2.2 BINARY NANOALLOYS:
INTERNAL HETEROPHASE INTERFACES 97 6.3 SUMMARY 105 PART TWO MICROSCOPIC
AND MACROSCOPIC DYNAMICS 109 7 MELT STRUCTURE AND ATOMIC DIFFUSION IN
MULTICOMPONENT METALLIC MELTS 111 DIRK HOLLAND-MORITZ, OLIVER HEINEN,
SURESH MAVILA CHATHOTH, ANJA INES POMMRICH, SEBASTIAN STUBER, THOMAS
VOIGTMANN, AND ANDREAS MEYER 7. X CONTENTS 8.3.1 SYSTEMS WITH MIXING
TENDENCY: AL-NI 136 8.3.2 SYSTEMS WITH DEMIXING TENDENCY: PD-CU-NI-P 137
9 PHASE BEHAVIOR AND MICROSCOPIC TRANSPORT PROCESSES IN BINARY METALLIC
ALLOYS: COMPUTER SIMULATION STUDIES 141 SUBIR K. DAS, AH KERRACHE,
JURGEN HORBACH, AND KURT BINDER 9.1 INTRODUCTION 141 9.2 TRANSPORT
COEFFICIENTS 143 9.3 A SYMMETRIC LJ MIXTURE WITH A LIQUID-LIQUID
DEMIXING TRANSITION 144 9.4 STRUCTURE, TRANSPORT, AND CRYSTALLIZATION IN
AL-NI ALLOYS 148 9.5 SUMMARY 154 10 MOLECULAR DYNAMICS MODELING OF
ATOMIC PROCESSES DURING CRYSTAL GROWTH IN METALLIC ALLOY MELTS 157
HELMAR TEICHLER AND MOHAMED CUERDANE 10.1 INTRODUCTION 157 10.2 ENTROPY
AND FREE ENTHALPY OF ZR-RICH NI X ZRI_ X MELTS FROM MD SIMULATIONS AND
THEIR APPLICATION TO THE THERMODYNAMICS OF CRYSTALLIZATION 158 10.2.1
SURVEY 158 10.2.2 RESULTS AND THEIR MEANING 158 10.2.2.1 THE METHOD THAT
WORKS 158 10.2.2.2 FREE ENTHALPY RESULTS FOR ZR-RICH NI X ZRX_ X
CONTENTS XI 11.2.1 FORCE BIASED ALGORITHM 172 11.2.2 THE NELDER-MEAD
ALGORITHM 173 11.2.3 VORONOI TESSELLATION 174 11.3 RESULTS AND
DISCUSSION 275 11.3.1 MONOATOMIC LIQUIDS 175 11.3.2 MULTICOMPONENT
LIQUIDS 177 11.4 CONCLUSION 180 12 SOLIDIFICATION EXPERIMENTS IN
SINGLE-COMPONENT AND BINARY COLLOIDAL MELTS 185 THOMAS PALBERG, NINA
LORENZ, HANSJOACHIM SCHOPE, PATRICK WETTE, INA KLASSEN, DIRK
HOLLAND-MORITZ, AND DIETER M. HERLACH 12.1 INTRODUCTION 185 12.2
EXPERIMENTAL PROCEDURE 186 12.2.1 TUNABLE INTERACTIONS IN CHARGED
COLLOIDAL SUSPENSIONS 186 12.2.2 INSTRUMENTATION FOR TIME-RESOLVED
STATIC LIGHT SCATTERING 190 12.3 RESULTS 193 12.3.1 THE FULL PHASE
DIAGRAM OF CHARGE VARIABLE SYSTEMS 193 12.3.2 SHAPES OF PHASE DIAGRAMS
OF CHARGED SPHERE MIXTURES 196 12.3.3 GROWTH OF BINARY COLLOIDAL
CRYSTALS 199 12.3.4 QUANTITATIVE DETERMINATION OF NUCLEATION KINETICS
AND EXTRACTION OF KEY PARAMETERS 203 12.3.5 INVESTIGATIONS ON THE
STRUCTURE OF UNDERCOOLED MELTS 206 XIII CONTENTS 15 EFFECT OF VARYING
MELT CONVECTION ON MICROSTRUCTURE EVOLUTION OF ND-FE-B AND TI-AL
PERITECTIC ALLOYS 245 REGINA HERMANN, CUNTER CERBETH, KAUSHIK BISWAS,
OCTAVIAN FILIP, VICTOR SHATROV, ANDJANIS PRIEDE 15.1 INTRODUCTION 245
15.2 METHODS DEVELOPED 246 15.2.1 FORCED ROTATION TECHNIQUE 246 15.2.1.1
EXPERIMENTAL 246 15.2.1.2 NUMERICAL SIMULATION 247 15.2.2 FLOATING ZONE
FACILITY WITH ADDITIONAL MAGNETIC FIELD 248 15.2.2.1 EXPERIMENTAL 248
15.2.2.2 NUMERICAL SIMULATION 250 15.3 SAMPLE PREPARATION 251 15.4
RESULTS AND DISCUSSION 252 15.4.1 ND-FE-B ALLOYS 252 15.4.2 TI-AL ALLOYS
256 15.5 CONCLUSION 258 16 NANOSIZED MAGNETIZATION DENSITY PROFILES IN
HARD MAGNETIC ND-FE-CO-AL CLASSES 263 OLIVIER PERROUD, ALBRECHT
WIEDENMANN, MIHAI STOICA, ANDJURGEN ECKERT 16.1 INTRODUCTION 263 16.2
SANS WITH POLARIZED NEUTRONS IN UNSATURATED MAGNETIC SYSTEMS 265 16.3
EXPERIMENTAL PROCEDURE 267 16.3.1 SAMPLE PREPARATION 267 16.3.2 SANSPOL
MEASUREMENTS 267 16.4 RESULTS AND DISCUSSION 268 16.4. CONTENTS XIII
17.4.2 TUNING THE METASTABLE HARD MAGNETIC AL ZONES 290 17.5 CONCLUSIONS
292 PART FOUR SOLIDIFICATION UND SIMULATION 297 18 SOLIDIFICATION OF
BINARY ALLOYS WITH COMPOSITIONAL STRESSES* A PHASE-FIELD APPROACH 299 BO
LIU AND KLAUS KASSNER 18.1 INTRODUCTION 299 18.2 EQUATIONS OF MOTION 301
18.3 NEUTRAL CURVES 304 18.4 PHASE-FIELD MODEL 305 18.5 SIMULATION
RESULTS 306 18.6 CONCLUSIONS 308 19 ELASTIC EFFECTS ON PHASE TRANSITIONS
IN MULTI-COMPONENT ALLOYS 321 EFIM A. BRENER, CLEMENS GUGENBERGER,
HEINER MULLER-KRUMBHAAR, DENIS PILIPENKO, ROBERT SPATSCHEK, AND DMITRII
E. TEMKIN 19.1 MELTING OF ALLOYS IN EUTECTIC AND PERITECTIC SYSTEMS 312
19.1.1 ISOTHERMAL MELTING IN EUTECTIC SYSTEM 313 19.1.2 ISOTHERMAL
MELTING IN PERITECTIC SYSTEMS 315 19.2 COMBINED MOTION OF MELTING AND
SOLIDIFICATION FRONTS 326 19.3 CONTINUUM THEORY OF FAST CRACK
PROPAGATION 329 19.4 SUMMARY 323 20 MODELING OF NONISOTHERMAL
MULTI-COMPONENT, MULTI-PHASE SYSTEMS WITH CONVECTION 325 XIV CONTENTS
21A SOLUTE TRAPPING DURING RAPID SOLIDIFICATION 345 21.5 COMPARISON OF
MOLECULAR DYNAMICS AND PHASE-FIELD SIMULATIONS 345 21.6 MODELING OF
EUTECTIC GROWTH 346 22 DENDRITE GROWTH AND GRAIN REFINEMENT IN
UNDERCOOLED MELTS 353 PETER K. GALENKO AND DIETER M. HERLACH 22.1
INTRODUCTION 353 22.2 SOLIDIFICATION OF PURE (ONE-COMPONENT) SYSTEM 354
22.2.1 DIFFUSE INTERFACE MODEL 354 22.2.2 SHARP-INTERFACE MODEL 356
22.2.3 RESULTS OF NOMINALLY PURE NI 357 22.2.4 RESULTS ON CONGRUENTLY
MELTING INTERMETALLIC ALLOY NISOALSO 359 22.3 SOLIDIFICATION OF BINARY
ALLOYS WITH CONSTITUTIONAL EFFECTS 362 22.3.1 DIFFUSE INTERFACE MODEL
362 22.3.2 SHARP-INTERFACE MODEL AND GROWTH VELOCITIES OF BINARY NI-ZR
ALLOYS 362 22.3.3 GRAIN REFINEMENT THROUGH UNDERCOOLING 364 22.4
SOLIDIFICATION OF A TERNARY ALLOY 366 22.4.1 DIFFUSE INTERFACE MODEL 366
22.4.2 SHARP-INTERFACE MODEL AND DENDRITE GROWTH VELOCITIES OF NI-ZR-AL
367 22.5 SUMMARY AND CONCLUSIONS 369 23 DENDRITIC SOLIDIFICATION IN THE
DIFFUSE REGIME AND UNDER THE INFLUENCE OF BUOYANCY-DRIVE CONTENTS XV
24.2.1 THERMODYNAMIC PROPERTIES AND THERMODYNAMIC ASSESSMENT 390 24.2.2
BRIDGMAN EXPERIMENTS 391 24.3 INVESTIGATION ON THE TERNARY ALLOY SYSTEM
IN-BI-SN 395 24.3.1 MEASUREMENT OF THERMODYNAMIC PROPERTIES AND
THERMODYNAMIC ASSESSMENT 395 24.3.2 MICRO-BRIDGMAN ASSEMBLY 397 24.3.3
STATIONARY COUPLED GROWTH 398 24.4 TRANSIENT GROWTH 399 24.4.1
SOLIDIFICATION PATH DURING TRANSIENT SOLIDIFICATION 401 24.4.2
QUANTITATIVE COMPARISON TO SIMULATION: CALIBRATION OF DIFFUSION DATA 403
24.4.3 STATIONARY UNIVARIANT GROWTH: CALIBRATION OF INTERFACIAL ENERGIES
403 24.5 SUMMARY AND CONCLUSION 404 25 DENDRITIC MICROSTRUCTURE,
DECOMPOSITION, AND METASTABLE PHASE FORMATION IN THE BULK METALLIC GLASS
MATRIX COMPOSITE ZR 56 TII4NB5CU7NI6BE 12 407 SUSANNE SCHNEIDER, ALBERTO
BRACCHI, YUE-LIN HUANG, MICHAEL SEIBT, AND PAPPANNAN THIYAGARAJAN 25.1
INTRODUCTION 407 25.2 EXPERIMENTAL PROCEDURES 409 25.3 RESULTS AND
DISCUSSION 409 25.4 SUMMARY 418 INDE |
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| index_date | 2024-07-02T22:11:23Z |
| indexdate | 2024-07-20T09:52:07Z |
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| language | English |
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| spelling | Phase transformations in multicomponent melts ed. by Dieter M. Herlach Weinheim WILEY-VCH 2008 XXIX, 438 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Composite materials Melting points Phase transformations (Statistical physics) Phasenumwandlung (DE-588)4132140-6 gnd rswk-swf Mehrstoffsystem (DE-588)4132152-2 gnd rswk-swf Legierung (DE-588)4035035-6 gnd rswk-swf Metallschmelze (DE-588)4169631-1 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Legierung (DE-588)4035035-6 s Metallschmelze (DE-588)4169631-1 s Mehrstoffsystem (DE-588)4132152-2 s Phasenumwandlung (DE-588)4132140-6 s DE-604 Herlach, Dieter M. (DE-588)112087868 edt text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3113004&prov=M&dok_var=1&dok_ext=htm Inhaltstext http://d-nb.info/988815834/04 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016761439&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Phase transformations in multicomponent melts Composite materials Melting points Phase transformations (Statistical physics) Phasenumwandlung (DE-588)4132140-6 gnd Mehrstoffsystem (DE-588)4132152-2 gnd Legierung (DE-588)4035035-6 gnd Metallschmelze (DE-588)4169631-1 gnd |
| subject_GND | (DE-588)4132140-6 (DE-588)4132152-2 (DE-588)4035035-6 (DE-588)4169631-1 (DE-588)4143413-4 |
| title | Phase transformations in multicomponent melts |
| title_auth | Phase transformations in multicomponent melts |
| title_exact_search | Phase transformations in multicomponent melts |
| title_exact_search_txtP | Phase transformations in multicomponent melts |
| title_full | Phase transformations in multicomponent melts ed. by Dieter M. Herlach |
| title_fullStr | Phase transformations in multicomponent melts ed. by Dieter M. Herlach |
| title_full_unstemmed | Phase transformations in multicomponent melts ed. by Dieter M. Herlach |
| title_short | Phase transformations in multicomponent melts |
| title_sort | phase transformations in multicomponent melts |
| topic | Composite materials Melting points Phase transformations (Statistical physics) Phasenumwandlung (DE-588)4132140-6 gnd Mehrstoffsystem (DE-588)4132152-2 gnd Legierung (DE-588)4035035-6 gnd Metallschmelze (DE-588)4169631-1 gnd |
| topic_facet | Composite materials Melting points Phase transformations (Statistical physics) Phasenumwandlung Mehrstoffsystem Legierung Metallschmelze Aufsatzsammlung |
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