Reconstructive phase transitions: in crystals and quasicrystals
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| Format: | Buch |
| Sprache: | English |
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Singapore [u.a.]
World Scientific
1996
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| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XVII, 397 S. graph. Darst. |
| ISBN: | 9810223641 9810228406 |
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| 245 | 1 | 0 | |a Reconstructive phase transitions |b in crystals and quasicrystals |c Pierre Tolédano ; Vladimir Dmitriev |
| 264 | 1 | |a Singapore [u.a.] |b World Scientific |c 1996 | |
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| 650 | 7 | |a Solidos e fluidos quanticos |2 larpcal | |
| 650 | 4 | |a Transitions de phase | |
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| 650 | 4 | |a Phase transformations (Statistical physics) | |
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Datensatz im Suchindex
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| adam_text | RECONSTRUCTIVE PHASE TRANSITIONS IN CRYSTALS AND QUASICRYSTALS PIERRE
TOLEDANO UNIVERSITY OF AMIENS, FRANCE VLADIMIR DMITRIEV UNIVERSITY OF
ROSTOV ON THE DON, RUSSIA W$ WORLD SCIENTIFIC WB SINGAPORE NEW JERSEY *
L SINGAPORE »NEW JERSEY LONDON HONG KONG CONTENTS XI CHAPTER I.
PHENOMENOLOGICAL THEORY OF FIRST-ORDER PHASE TRANSITIONS 1. INTRODUCTION
1 2. BASIC CONCEPTS OF THE LANDAU THEORY OF PHASE TRANSITIONS 2 2.1. AIM
OF THE LANDAU THEORY 2 2.2. AN INTRODUCTORY EXAMPLE 3 2.2.1.
CRYSTALLOGRAPHIC DESCRIPTION AND ASSUMPTIONS 3 2.2.2. SYMMETRY
CONSTRAINTS: FORM OF THE FREE-ENERGY 4 2.2.3. THE ORDER PARAMETER 5
2.2.4. STABLE STATE BELOW T C AND PHYSICAL ANOMALIES AT T C 6 2.2.5.
SYMMETRY OF THE ORDER-PARAMETER 10 2.2.6. DEGENERACY OF THE LOW SYMMETRY
PHASE 11 2.3. GENERALIZATION OF THE PRECEDING EXAMPLE: FORMULATION OF
THE LANDAU THEORY 12 2.3.1. SUMMARY OF THE RESULTS OBTAINED IN THE
INTRODUCTORY EXAMPLE 12 2.3.2. DESCRIPTION OF A SECOND-ORDER PHASE
TRANSITION 13 233. THE TRANSITION ORDER-PARAMETER 13 2.3.4. STABLE
STATES AND SYMMETRY IN THE VICINITY OF T C 15 2.3.5. SUMMARY OF THE
LANDAU SCHEME FOR THE STUDY OF A PHASE TRANSITION 16 2.4. SECONDARY
ORDER-PARAMETERS 16 2.4.1. PRIMARY AND SECONDARY ORDER-PARAMETERS 16
2.4.2. RETURN TO THE INTRODUCTORY EXAMPLE 17 2.4.3. INFLUENCE OF THE
SECONDARY ORDER-PARAMETER ON THE PROPERTIES OF THE SYSTEM 18 2.4.4.
PHYSICAL ANOMALIES RELATED TO SECONDARY ORDER-PARAMETERS 19 2.4.5.
GENERAL PROPERTIES OF SECONDARY ORDER-PARAMETERS 21 3. THE ANGULAR AND
RADIAL PROBLEMS IN THE LANDAU THEORY OF STRUCTURAL TRANSITIONS 25 3.1.
INTRODUCTION 25 3.2. THE ANGULAR PROBLEM AND ITS SOLUTIONS 27 3.2.1.
IMAGE OF G 0 IN THE ORDER-PARAMETER REPRESENTATION 27 3.2.2. USE OF THE
IMAGE-GROUP IN THE APPLICATION OF THE LANDAU THEORY 28 3.2.3. INTEGRITY
BASES 30 3.2.4. ISOTROPY GROUPS AND OTHER SIMPLIFYING MATHEMATICAL
CONCEPTS 32 3.2.5. ILLUSTRATION OF THE PRECEDING CONCEPTS 33 3.2.6.
MINIMA OF F AND MAXIMAL ISOTROPY-GROUPS 35 3.2.7. MINIMA OF F AND
DECOMPOSITION INTO ORBITS OF THE INTEGRITY BASIS OF L, 37 3.2.8.
DETERMINATION OF THE LOW-SYMMETRY SPACE GROUPS 45 XII 3.3. THE RADIAL
PROBLEM AND ITS SOLUTIONS 50 3.3.1. ARBITRARINESS OF THE
PHENOMENOLOGICAL MODELS: SPECIFIC FORM OF THE LANDAU POTENTIAL 50 3.3.2.
SOLUTIONS OF THE RADIAL PROBLEM FOR ONE-DIMENSIONAL ORDER-PARAMETER
EXPANSIONS 51 3.3.3. PHASE DIAGRAMS FOR TWO-COMPONENT ORDER-PARAMETER
EXPANSIONS 64 3.3.4. PHASE DIAGRAMS FOR THREE-COMPONENT ORDER-PARAMETER
EXPANSIONS 83 3.3.5. PHASE DIAGRAMS FOR IMAGE-GROUPS CORRESPONDING TO AN
IRREDUCIBLE ORDER-PARAMETER OF DIMENSION N 4 91 3.3.6. SUMMARY.
OUTLINE OF A THEORY OF PHASE DIAGRAMS. FIRST-ORDER PHASE TRANSITIONS 95
SYMMETRY PREDICTED FIRST-ORDER PHASE TRANSITIONS 97 4.1. INTRODUCTION 97
4.2. THE LANDAU CONDITION 99 4.3. LOCK-IN TRANSITIONS AND THE LIFSHITZ
CRITERION 101 4.4. PHASE TRANSITIONS ASSOCIATED WITH REDUCIBLE
ORDER-PARAMETERS 104 4.4.1. GENERAL FEATURES OF THE PHASE DIAGRAMS
ASSOCIATED WITH A REDUCIBLE ORDER-PARAMETER 104 4.4.2. BIQUADRATIC
COUPLING BETWEEN TWO ORDER-PARAMETERS 105 4.4.3. IMPROPER COUPLING
BETWEEN TWO ORDER-PARAMETERS 112 4.4.4. PSEUDO-PROPER COUPLING BETWEEN
TWO ORDER-PARAMETERS 115 4.5. ISOSTRUCTURAL AND ANTIISOSTRUCTURAL PHASE
TRANSITIONS 115 4.6. FIRST-ORDER PHASE TRANSITIONS AND STABLE FIXED
POINTS 118 THEORY OF SINGULARITIES AND PHASE TRANSITIONS 121 5.1.
INTRODUCTION 121 5.2. STRUCTURAL STABILITY 121 5.2.1. SOME DEFINITIONS
AND CONCEPTS OF THE THEORY OF SINGULARITIES 121 5.2.2. SPLITTING LEMMA.
DIFFEOMORPHISMS 123 5.3. NORMAL FORM OF A SINGULARITY 125 5.3.1.
ADDITIONAL TERMINOLOGY 125 5.3.2. NORMAL FORMS: IN SEARCH OF THE LANDAU
POTENTIAL 127 5.3.3. LOCAL NATURE OF THE OBSERVABLE SINGULARITIES 129
5.4. RESTRUCTURING OF PHASE DIAGRAMS. TOPOLOGICAL METAMORPHOSIS 130
5.4.1. EXTERNAL VARIABLES AND OBSERVABLE SINGULARITIES 130 5.4.2. THEORY
OF THE RESTRUCTURING OF PHASE DIAGRAMS 130 5.4.3. TOPOLOGICAL
METAMORPHOSIS 132 , REFERENCES 138 CHAPTER *. DENSITY-WAVE THEORY OF
RECONSTRUCTIVE PHASE TRANSITIONS 1. INTRODUCTION 143 2. INTRODUCTORY
EXAMPLES TO THE DENSITY-WAVE APPROACH 144 2.1. A FIRST EXAMPLE OF
DISPLACIVE RECONSTRUCTIVE PHASE TRANSITION 144 2.1.1. CRYSTALLOGRAPHIC
DESCRIPTION OF THE TRANSITION MECHANISM 144 2.1.2. DENSITY-WAVE
DESCRIPTION OF THE PHASE TRANSITION 145 2.1.3. THERMODYNAMIC POTENTIAL
AND PHASE DIAGRAM 148 2.1.4. TEMPERATURE DEPENDENCE OF THE
ORDER-PARAMETER, AND OF THE CRITICAL DISPLACEMENTS 150 2.1.5. OTHER
TOPOLOGIES OF THE PHASE DIAGRAM 152 2.2. A SECOND EXAMPLE OF DISPLACIVE
RECONSTRUCTIVE PHASE TRANSITION 154 2.2.1. THREE POSSIBLE PHASE
TRANSITION MECHANISMS 154 2.2.2. DENSITY-WAVE APPROACH TO THE *4 * -***
PHASE TRANSITION 156 2.3. AN EXAMPLE OF ORDER-DISORDER RECONSTRUCTIVE
PHASE TRANSITION 158 2.3.1. MECHANISM OF THE **-*** ORDERING TRANSITION
158 9 1 2.3.2. DENSITY-WAVE DESCRIPTION OF THE RECONSTRUCTIVE OH-DOEH
TRANSITION 160 2.3.3. SYMMETRY OF THE ORDER-PARAMETER AND PHASE DIAGRAM
161 2.4. AN EXAMPLE OF PERIODIC-APERIODIC RECONSTRUCTIVE PHASE
TRANSITION 162 2.4.1. CRYSTALLOGRAPHIC DESCRIPTION OF THE
TETRAGONAL-OCTAGONAL TRANSFORMATION MECHANISM 162 2.4.2. DENSITY-WAVE
DESCRIPTION OF THE C4 V -CG V MECHANISM 163 3. GENERALIZATION OF THE
PRECEDING EXAMPLES: DENSITY-WAVE THEORY OF RECONSTRUCTIVE PHASE
TRANSITIONS 165 3.1. DIFFERENCES IN THE PHENOMENOLOGICAL DESCRIPTIONS OF
DISPLACIVE AND ORDER-DISORDER RECONSTRUCTIVE PHASE TRANSITIONS 165 3.2.
FORMULATION OF THE DENSITY-WAVE THEORY, AND ITS CONNECTION WITH THE
LANDAU THEORY 167 3.2.1. LATTICE FUNCTION, PROBABILITY DENSITY,
ORDER-PARAMETER 167 3.2.2. ORDER-PARAMETER SPACE FOR RECONSTRUCTIVE
PHASE TRANSITIONS 171 3.2.3. THERMODYNAMIC POTENTIAL, EQUATIONS OF
STATE, STABLE STATES 174 4. SPECIFIC PROPERTIES OF RECONSTRUCTIVE PHASE
TRANSITIONS 177 4.1. ORIENTATIONAL AND ANTIPHASE DOMAINS 177 4.2.
TEMPERATURE DEPENDENCE OF THE ORDER-PARAMETER AND RELATED PHYSICAL
QUANTITIES 181 4.3. SPECIFICITY OF THE PHASE DIAGRAMS INVOLVING
RECONSTRUCTIVE TRANSITIONS 184 4.4. PHONON SPECTRA AND RECONSTRUCTIVE
PHASE TRANSITIONS 186 5. APPLICABILITY OF THE DENSITY-WAVE THEORY OF
RECONSTRUCTIVE PHASE TRANSITIONS 187 5.1. SUMMARY: SPECIFICITY OF
RECONSTRUCTIVE PHASE TRANSITIONS 187 5.2. PARENT PHASE AND INITIAL
STRUCTURE 188 XIV 5.3. LIMIT (NON-LANDAU) STATES AND LIMIT (LANDAU)
STATES 189 5.4. INTERMEDIATE NATURE OF THE MECHANISM IN RECONSTRUCTIVE
TRANSITIONS 190 5.5. DEGREE OF DISCONTINUITY OF FIRST-ORDER PHASE
TRANSITION 192 6. REFERENCES 192 CHAPTER III. DISPLACIVE RECONSTRUCTIVE
PHASE TRANSITIONS 1. INTRODUCTION 193 2. THE SS- * TRANSITION 193 2.1.
THE TRANSITION MECHANISM 193 2.2. DIRECTION OF THE ORDER-PARAMETER IN
THE E-SPACE 196 2.3. PERIODICITY OF THE ORDER-PARAMETER MAGNITUDE 198
2.4. THEORETICAL PHASE DIAGRAM FOR THE SS-CO TRANSITION 200 2.5.
DISCUSSION 202 3. THE BCC-HCP TRANSITION: THE ROLE OF MACROSCOPIC
DEFORMATION 203 3.1. THE BURGERS MECHANISM 203 3.2. BURGERS MECHANISM
REFORMULATED 204 3.3. PERIODIC DEPENDENCE OF THE ORDER-PARAMETER
MAGNITUDE 209 3.4. ALTERNATIVE DESCRIPTION OF THE BCC-HCP TRANSITION:
THE HCP PARENT PHASE 212 3.5. THERMODYNAMICS OF THE BCC-HCP TRANSITION:
IMPROPER SYMMETRY BREAKING STRAINS 215 4. THE BCC-FCC TRANSITION 218
4.1. THE BAIN DEFORMATION 218 4.2. THE BAIN DEFORMATION REVISED 221 4.3.
PHASE DIAGRAM ASSOCIATED WITH THE BCC-FCC TRANSITION 223 4.4. THE
BCC-FCC PHASE DIAGRAM 225 5. LANDAU AND LIMIT PHASES IN THE PHASE
DIAGRAMS OF ACTINIDES 227 5.1. POLYMORPHISM OF THE ACTINIDE GROUP 227
5.2. LIGHTER ACTINIDES: FULL REALIZATION OF THE BAIN DEFORMATION 228
5.3. HEAVIER ACTINIDES: A VARIANT OF BURGERS MECHANISM 229 5.4. THE
TRANSITIONS MECHANISMS IN URANIUM, NEPTUNIUM AND PLUTONIUM 230 5.4.1.
THE FORMATION OF SS-URANIUM 231 5.4.2. THE LANDAU SS-AND A-PHASES OF
NEPTUNIUM 232 5.4.3. THE IDIOSYNCRATIC Y, A AND SS STRUCTURES OF
PLUTONIUM 234 5.5. PACKING OF OVALOID ATOMS IN ACTINIDE STRUCTURES 236
5.6. THE CHARGE DENSITY WAVES IN A-URANIUM 237 6. RECONSTRUCTIVE PHASE
TRANSITIONS IN INORGANIC CRYSTALS 239 6.1. BREAKING OF THE
GROUP-SUBGROUP RELATIONSHIP BETWEEN THE PHASE-SYMMETRIES IN COMPLEX
CRYSTALS 239 6.2. SILVER IODIDE AND COPPER BROMIDE 240 XV 6.3. BERYLLIUM
OXIDE 241 6.4. THE RECONSTRUCTIVE NACL TO CSCL TRANSITION IN ALKALI
HALIDES 243 6.5. THE MONOCLINIC-ORTHORHOMBIC RECONSTRUCTIVE TRANSITION
IN K 2 ZNBR 4 AND K 2 COBR 4 244 7. THE MARTENSITIC TRANSFORMATIONS IN
LITHIUM AND SODIUM 246 7.1. EXPERIMENTAL FEATURES OF THE MARTENSITIC
TRANSFORMATIONS IN NA AND LI 246 7.2. PHASE DIAGRAM OF SODIUM AND
LITHIUM 247 7.3. PHONONS AND MARTENSITIC TRANSFORMATIONS 254 8.
REFERENCES 259 CHAPTER IV. ORDERING TYPE RECONSTRUCTIVE PHASE
TRANSITIONS 1. INTRODUCTION 265 2. THE FCC-HCP RECONSTRUCTIVE TRANSITION
266 2.1. CRYSTALLOGRAPHIC DESCRIPTION AND TRANSITION ORDER-PARAMETER 266
2.2. THERMODYNAMIC DESCRIPTION: THE PHASE DIAGRAMS OF HELIUM AND
PRESEODYMIUM 273 2.3. THE PHONON SPECTRUM OF COBALT 280 2.4. STACKING
FAULTS, ANTIPHASE DOMAINS, AND INCOMPLETE ORDERING 282 3. POLYTYPIC
STRUCTURES IN ZINC SULFIDE AND BARIUM TITANATE 285 3.1. THE
WURTZITE-SPHALERITE TRANSITION IN ZNS 285 3.2. THE CUBIC-HEXAGONAL
TRANSITION IN ***** 287 4. THE GRAPHITE-DIAMOND RECONSTRUCTIVE
TRANSITION 292 4.1. DEGREE OF OCCUPANCY OF THE DISORDERED POLYTYPE CELL,
AND SYMMETRY OF ORDERED CUBIC STRUCTURES 292 4.2. CRYSTALLOGEOMETRICAL
PROPERTIES OF HEXAGONAL GRAPHITE AND CUBIC DIAMOND 293 4.3. THE
GRAPHITE-DIAMOND TRANSITION MECHANISM 294 4.4. CHANGES IN THE CHEMICAL
BONDS AT THE GRAPHITE-DIAMOND TRANSITION: PHYSICAL NATURE OF THE
ORDER-PARAMETER 297 5. THEORY OF ICE STRUCTURES 300 5.1. THE PHASE
DIAGRAM OF ICE: THE PARENT IQ STRUCTURE 300 5.2. ORDERING OF THE OXYGEN
ATOMS: THE TRANSITION MECHANISMS TO THE IJ,, IC, ICE * AND ICE VI PHASES
301 5.3. ORIENTATIONAL AND POSITIONAL ORDERING OF THE HYDROGEN ATOMS:
THE STRUCTURES OF ICE VII, ICE VIII, ICE DC AND ICE XI 305 5.4. COUPLED
ORDERING AND DISPLACIVE MECHANISMS FOR THE FORMATION OF ICE II 307 5.5.
THE PHASE DIAGRAM OF ICE: CONNECTION BETWEEN PRESSURE, DENSITIES, AND
THE FRACTIONAL CONCENTRATIONS OF IO 308 6. RECONSTRUCTIVE TRANSITIONS IN
SI02 310 6.1. THE PHASE DIAGRAM OF SIUE2 310 6.2. THE BCC-STISHOVITE
TRANSFORMATION 313 XVI 6.3. THE BCC-TRIDYMITE TRANSFORMATION 314 6.4.
THE BCC-SS-CRISTOBALITE, AND SS-OC CRISTOBALITE TRANSFORMATIONS 315 6.5.
THE BCC-COESITE TRANSFORMATION 316 7. ORDERING-TYPE AND DISPLACIVE-TYPE
MECHANISMS IN LANTHANIDES 317 7.1. DIFFERENT APPROACHES TO LANTHANIDE
STRUCTURES 317 7.2. CLASSIFICATION OF LANTHANIDE STRUCTURES 319 8.
RECONSTRUCTIVE PHASE TRANSITIONS IN A CRYOGENIC CRYSTAL: NITROGEN 321 9.
REFERENCES 323 CHAPTER V. CRYSTAL-QUASICRYSTAL RECONSTRUCTIVE PHASE
TRANSITIONS 1. INTRODUCTION 327 2. THE CRYSTAL-QUASICRYSTAL TRANSITION
MECHANISM 328 2.1. SYMMETRIZATION PROCESS AND LOCAL ICOSAHEDRAL ORDER
328 2.2. RELATIONSHIP BETWEEN CRYSTAL AND QUASICRYSTAL STRUCTURES IN
ALMNSI ANDALLICU 332 2.3. BREAKING OF THE TRANSLATIONAL CRYSTAL
SYMMETRY: LONG-RANGE QUASICRYSTALLINE ORDER IN ALFESI 335 2.3.1. THE
INCOMMENSURATE WAVE-VECTOR ASSOCIATED WITH THE CRYSTAL-QUASICRYSTAL
TRANSITION 335 2.3.2. DEFORMATION OF THE SYSTEM OF STATIONARY
DENSITY-WAVES. ATOMIC POSITIONS IN THE ICOSAHEDRAL STRUCTURE 337 2.3.3.
SYMMETRY OF THE ORDER-PARAMETER. PHASE DIAGRAM 342 3. DENSITY-WAVE
THEORY OF THE FCC-ICOSAHEDRAL TRANSITIONS IN FETI2 (NITI2) ALLOYS 344
3.1. ORIENTATIONAL RELATIONSHIP BETWEEN THE FCC AND ICOSAHEDRAL
STRUCTURES IN FETI2 344 3.2. BASIC SYSTEM OF DENSITY WAVES ASSOCIATED
WITH THE INHOMOGENEOUS DEFORMATION MECHANISM 345 3.3. THE CRITICAL
TRANSITION WAVE-VECTOR. SYMMETRIZATION PROCESS 346 3.4. ATOMIC POSITIONS
IN THE ICOSAHEDRAL FETI 2 STRUCTURE 349 3.5. THE PHASE DIAGRAM 350 4.
THE RHOMBOHEDRAL-ICOSAHEDRAL TRANSITION IN ALCUFE ALLOYS 352 4.1.
REVERSIBLE TRANSITION BETWEEN MICROCRYSTALLINE-RHOMBOHEDRAL AND IDEAL
ICOSAHEDRAL PHASES 352 4.2. ORIENTATIONAL RELATIONSHIP BETWEEN THE
RHOMBOHEDRAL AND ICOSAHEDRAL STRUCTURES 353 4.3. DENSITY-WAVE
DESCRIPTION OF THE INHOMOGENEOUS DEFORMATION MECHANISM: PRIMARY AND
SECONDARY ORDER-PARAMETERS 355 XVII 4.4. INCOMMENSURATE MODULATION OF
THE RHOMBOHEDRAL AGGREGATES AND LOCK-IN ICOSAHEDRAL PHASE 357 5. LOCAL
STRUCTURAL MECHANISM FOR CRYSTAL-QUASICRYSTAL TRANSITIONS: THE T-LATTICE
357 5.1. CONNECTION BETWEEN THE DENSITY-WAVE AND CUT-AND-PROJECTION
DESCRIPTIONS. ONE-DIMENSIONAL EXAMPLE OF T-LATTICE 358 5.2.
TWO-DIMENSIONAL EXAMPLE OF T-LATTICE: THE TETRAGONAL-TO-OCTAGONAL
TRANSITION IN MNSI ALLOYS 361 5.3. FUSION OF SITES. DIFFUSION. DISORDER
364 5.4. RETURN TO THE DENSITY-WAVE DESCRIPTION 366 6. DOMAIN STRUCTURE
AND MICROCRYSTALLINE STATES IN QUASICRYSTALS 368 6.1. THE T-LATTICE AND
THE DOMAIN STRUCTURE OF QUASICRYSTALS 368 6.2. THE AL 5 CULI 3 -AL 6
CULI 3 TRANSITION 369 6.3. THE AL4MN-AL7GMN22 (DECAGONAL) TRANSITION 372
7. REFERENCES 374 APPENDIX 1. GROUP-THEORETICAL ASPECTS OF THE
PHENOMENOLOGICAL THEORY OF STRUCTURAL PHASE TRANSITIONS 1.
CRYSTALLOGRAPHIC SPACE-GROUPS 378 1.1. GEOMETRICAL ELEMENTS COMPOSING A
SPACE-GROUP 378 1.2. BRAVAIS LATTICE AND POINT-GROUP OF A CRYSTAL 379
1.3. SPACE-GROUP OF A CRYSTAL. UNIT-CELL 381 2. IRREDUCIBLE
REPRESENTATIONS OF THE SPACE-GROUPS 382 2.1. IRREDUCIBLE REPRESENTATIONS
OF A GROUP G 382 2.2. IRREDUCIBLE REPRESENTATION OF THE TRANSLATION
GROUP. BRILLOUIN-ZONE. STAR OF K. SMALL REPRESENTATIONS OF G(K) 385 2.3.
CONSTRUCTION OF THE IRREDUCIBLE REPRESENTATIONS OF A SPACE GROUP 387 3.
GROUP THEORETICAL PROPERTIES USED IN THE FORMULATION OF THE LANDAU
THEORY 389 3.1. DECOMPOSITION OF F(R) INTO A SUM OF IRREDUCIBLE
FUNCTIONS 389 3.2. INVARIANT POLYNOMIALS 390 3.3. REDUCTION OF AN
INVARIANT SPACE INTO IRREDUCIBLE SPACES 390 3.4. N-TH POWER OF A
REPRESENTATION 391 4. REFERENCES 391 SUBJECT INDEX 393
|
| any_adam_object | 1 |
| author | Tolédano, Pierre Dmitriev, Vladimir |
| author_facet | Tolédano, Pierre Dmitriev, Vladimir |
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| building | Verbundindex |
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| ctrlnum | (OCoLC)35043731 (DE-599)BVBBV011170354 |
| dewey-full | 530.4/14 |
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| dewey-raw | 530.4/14 |
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| dewey-sort | 3530.4 214 |
| dewey-tens | 530 - Physics |
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| id | DE-604.BV011170354 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T18:05:09Z |
| institution | BVB |
| isbn | 9810223641 9810228406 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007488892 |
| oclc_num | 35043731 |
| open_access_boolean | |
| owner | DE-355 DE-BY-UBR DE-703 DE-19 DE-BY-UBM DE-188 |
| owner_facet | DE-355 DE-BY-UBR DE-703 DE-19 DE-BY-UBM DE-188 |
| physical | XVII, 397 S. graph. Darst. |
| publishDate | 1996 |
| publishDateSearch | 1996 |
| publishDateSort | 1996 |
| publisher | World Scientific |
| record_format | marc |
| spelling | Tolédano, Pierre Verfasser aut Reconstructive phase transitions in crystals and quasicrystals Pierre Tolédano ; Vladimir Dmitriev Singapore [u.a.] World Scientific 1996 XVII, 397 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Cristaux Fase-overgangen gtt Kristallen gtt Quasicristaux Quasikristallen gtt Solidos e fluidos quanticos larpcal Transitions de phase Crystals Phase transformations (Statistical physics) Quasicrystals Quasikristall (DE-588)4202613-1 gnd rswk-swf Phasenumwandlung (DE-588)4132140-6 gnd rswk-swf Quasikristall (DE-588)4202613-1 s Phasenumwandlung (DE-588)4132140-6 s DE-604 Dmitriev, Vladimir Verfasser aut GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007488892&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Tolédano, Pierre Dmitriev, Vladimir Reconstructive phase transitions in crystals and quasicrystals Cristaux Fase-overgangen gtt Kristallen gtt Quasicristaux Quasikristallen gtt Solidos e fluidos quanticos larpcal Transitions de phase Crystals Phase transformations (Statistical physics) Quasicrystals Quasikristall (DE-588)4202613-1 gnd Phasenumwandlung (DE-588)4132140-6 gnd |
| subject_GND | (DE-588)4202613-1 (DE-588)4132140-6 |
| title | Reconstructive phase transitions in crystals and quasicrystals |
| title_auth | Reconstructive phase transitions in crystals and quasicrystals |
| title_exact_search | Reconstructive phase transitions in crystals and quasicrystals |
| title_full | Reconstructive phase transitions in crystals and quasicrystals Pierre Tolédano ; Vladimir Dmitriev |
| title_fullStr | Reconstructive phase transitions in crystals and quasicrystals Pierre Tolédano ; Vladimir Dmitriev |
| title_full_unstemmed | Reconstructive phase transitions in crystals and quasicrystals Pierre Tolédano ; Vladimir Dmitriev |
| title_short | Reconstructive phase transitions |
| title_sort | reconstructive phase transitions in crystals and quasicrystals |
| title_sub | in crystals and quasicrystals |
| topic | Cristaux Fase-overgangen gtt Kristallen gtt Quasicristaux Quasikristallen gtt Solidos e fluidos quanticos larpcal Transitions de phase Crystals Phase transformations (Statistical physics) Quasicrystals Quasikristall (DE-588)4202613-1 gnd Phasenumwandlung (DE-588)4132140-6 gnd |
| topic_facet | Cristaux Fase-overgangen Kristallen Quasicristaux Quasikristallen Solidos e fluidos quanticos Transitions de phase Crystals Phase transformations (Statistical physics) Quasicrystals Quasikristall Phasenumwandlung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007488892&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT toledanopierre reconstructivephasetransitionsincrystalsandquasicrystals AT dmitrievvladimir reconstructivephasetransitionsincrystalsandquasicrystals |