Proceedings of the Yamada Conference XVIII on Superconductivity in Highly Correlated Fermion Systems (eBook)
564 Seiten
Elsevier Science (Verlag)
978-1-4832-7517-8 (ISBN)
Superconductivity in Highly Correlated Fermion Systems documents the proceedings of the Yamada Conference XVIII on Superconductivity in Highly Correlated Fermion Systems held in Sendai, Japan, from August 31 to September 3, 1987. This book compiles selected papers on the experimental and theoretical advances in the study of superconductivity. The topics include the superconductivity and magnetism in heavy-electron materials, magneto-resistance of heavy-fermion compounds, and magnetic fluctuations and order in exotic superconductors. The fabrication and properties of thin superconducting oxide films, bipolaron models of superconductors, superconducting properties of superlattices, and flux quantization on quasi-crystalline networks are also covered. This publication is recommended for physicists and students researching on the superconductivity in highly correlated fermion systems.
Front Cover 1
Superconductivity in Highly Correlated Fermion Systems 4
Copyright Page 5
Table of Contents 12
PREFACE 6
ORGANIZING COMMITTEE 7
INTERNATIONAL ADVISORY COMMITTEE 7
..TIONAL ADVISORY COMMITTEE 7
OPENING ADDRESS 8
WELCOME ADDRESS 10
YAMADA SCIENCE
11
CHAPTER 1. HEAVY FERMIONS 22
SUPERCONDUCTIVITY AND MAGNETISM IN HEAVY-ELECTRON MATERIALS 22
1. Introduction 22
2. Superconductivity 22
3.
24
4. Conclusions 26
References 26
HEAVY FERMIONS AND SUPERCONDUCTIVITY: ''SUPERCONDUCTING SPECTROSCOPY" OF NON-MAGNETIC IMPURITIES IN
27
1. Introduction 27
2. The normal heavy-fermion state with special emphasis on Ce1-xMxCu2.2Si2
28
3. The superconducting phase transition in Ce1-xMxCu2 2SÍ2
30
4. Discussion 31
Acknowledgement 33
References 33
SUPERCONDUCTING PROPERTIES OF ACTINIDE COMPOUNDS AND
35
Acknowledgements 36
References 36
QUASIPARTICLE INTERACTIONS AND NATURE OF
38
1. Introduction 38
2. Phenomenological models for anisotropic
38
3. Microscopic models 39
4. Theory of transport in the superconducting
41
Acknowledgements 42
References 42
SPECIFIC HEAT AND RESISTIVITY OF (U, Th)Pt3 43
1. Introduction 43
2. Sample preparation 43
3. Specific heat 44
4. Resistivity under
44
5. Summary 45
References 46
IMPURITY AND DEFECT
47
Acknowledgement 49
References 49
NORMAL AND SUPERCONDUCTING PROPERTIES OFTHE MAGNETIC SUPERCONDUCTOR
50
References 53
MAGNETO-RESISTANCE OF HEAVY-FERMION
54
References 57
POLARIZED LIGHT SCATTERING STUDIES OF HEAVY FERMION SUPERCONDUCTORS 58
References 61
NORMAL GROUND-STATE PROPERTIES OF HEAVY-FERMION
62
References 65
ATTENUATION OF LONGITUDINAL AND TRANSVERSE ULTRASOUNDIN p- AND d-WAVE SUPERCONDUCTORS 66
Acknowledgements 70
References 70
THE KONDO BOSON THEORY OF THE DYNAMIC SUSCEPTIBILITY OF HEAVY
71
References 73
SPIN DENSITY WAVE AND ANISOTROPIC SUPERCONDUCTIVITYIN HEAVY-FERMION MATERIALS 75
1. Introduction 75
2. Mean field theory 75
3. Discussion and outlook 77
Note added to proof. 78
References 78
SUPERCONDUCTIVITY OF URANIUM BASED METALLIC GLASSES 79
1. Introduction 79
2. Preparation 79
3. Measurements 79
4. Discussion 80
5. Conclusion 81
References 81
EFFECT OF CRYSTAL FIELD ON THE THERMAL EXPANSION COEFFICIENTS
82
References 84
SUPERCONDUCTING AND HEAVYFERMION BEHAVIOR IN THE (La1-xCex)Pd2Ge2
85
1. Introduction 85
2. Sample preparation and experimental 85
3. Results 85
4. Acknowledgments 87
References 87
RESONANT PHOTOEMISSION STUDY OF THE HEAVY-FERMION SUPERCONDUCTOR CeCu2SÍ2
88
Acknowledgements 90
References 90
OBSERVATION
91
1. Introduction 91
2. Results and discussion 91
References 93
ULTRASONIC ATTENUATION EXPERIMENTS IN NORMAL-STATE UPt3 94
References 96
SUPERCONDUCTIVITY AND MAGNETIC INTERACTIONS
97
1. Introduction and experimental 97
2. Results 98
3. Discussion and conclusions 100
Acknowledgement 100
References 100
THEORY OF MOMENTUM-DEPENDENT MAGNETIC
101
Acknowledgement 104
References 104
ATTRACTIVE INTERACTIONS DUE TO RKKY EXCHANGE INTERACTIONS IN HEAVY-ELECTRON
105
References 107
LIQUID 3HE REVISITED FROM A NEW VARIATIONAL DESCRIPTION WITHIN A
108
References 110
STUDY OF THE DEGENERATE ANDERSON MODELS BY USING THE 1/N-EXPANSION
112
1. Introduction 112
2. Perturbation along with the equation of
113
3. Results and discussion 114
References 115
QUANTUM MONTE CARLO SIMULATION OF THE
116
1. Introduction 116
2. Bulk properties 116
3. Magnetic susceptibilities and correlation
118
Acknowledgements 118
References 119
CHAPTER 2. MAGNETIC SUPERCONDUCTORSA NEUTRON SCATTERING STUDY OF THE COEXISTENCE OF MAGNETISM AND SUPERCONDUCTIVITY IN HoMo6S8 SINGLE
120
1. Introduction 120
2. Experimental 121
3. Magnetic measurements 122
4. Zero field results 122
5. Low temperature induced superconductivity 123
6. Magnetic phase diagram 124
7. Discussion 125
References 126
METASTABLE SUPERCONDUCTIVITY BELOW .c2
127
1. Introduction 127
2. Experimental 128
3. Results and Discussion 128
4. Concluding remarks 132
Acknowledgements 132
References 132
MAGNETIC-FIELD-INDUCED SUPERCONDUCTIVITY IN THE FERROMAGNETIC STATE
134
1. Introduction 134
2. Experimental results 134
3. Discussion 136
4. Conclusion 137
Acknowledgements 137
References 137
SUPERCONDUCTIVITY AND MAGNETISM OF THE PSEUDOTERNARY RARE EARTH BORIDE SYSTEMS R(Rh-xCox)4B4 (R = Lu, Er,
138
1. Introduction 138
2. Experimental 138
3. Results and discussion 139
Acknowledgments 141
References 141
SUPERCONDUCTIVITY AND MAGNETISM IN THE bct R(Rh1-xRux)4B4
142
1. Introduction 142
2. Superconducting and magnetic transitions 142
3. x dependence of Tc
143
4. Upper critical fíeld 144
Acknowledgements 145
References 145
STRAIN EFFECTS ON SUPERCONDUCTING
147
1. Introduction 147
2. Experimental 147
3. Results and discussion 148
4. Concluding remarks 149
Acknowledgements 150
References 150
MAGNETIC FIELD INDUCED SUPERCONDUCTORS,
151
1. Introduction 151
2. Results and discussion 151
Acknowledgments 153
References 153
SUPERCONDUCTING
154
1. Introduction 154
2. Experimentáis 154
3. Results and discussion 155
Acknowledgment 157
References 157
SPIN FLUCTUATIONS IN LuRu4B4 AND
158
1. Introduction 158
2. Specific heat of LURU4B4 158
3. The magnetic properties 159
4. The critical field 160
5. Conclusion 160
References 161
THERMAL
162
1. Introduction 162
2. Experimental 162
3. Results and discussion 163
Acknowledjgements 165
References 165
EFFECTS OF THE LOWLYING
166
1. Introduction 166
2. Experiment 166
3. Results and discussion 166
Acknowledgments 169
References 169
CHAPTER 3. HIGH-Tc OXIDE
170
SUPERCONDUCTING
170
Acknowledgement 175
References 175
RBa2Cu3O7-d
176
1. Introduction 176
2. Superconducting critical temperatures 176
3. Normal state magnetic susceptibility 177
4. Low temperature specific heat 179
5. Upper critical field 181
6. Superconducting magnetization curves and
182
Acknowledgments 182
References 182
MAGNETIC FLUCTUATIONS AND ORDER IN EXOTIC SUPERCONDUCTORS 184
1. Introduction 184
2. Heavy fermion systems 184
3.
185
Acknowledgements 185
References 186
HIGH-Tc
187
HIGH TEMPERATURE SUPERCONDUCTIVITY RESEARCH
188
1. Introduction 188
2. Phase diagram and structure determination 188
3. Bulk behavior 190
4. Electronic band structure 191
5. Critical currents 191
6. Conclusion 193
References 193
OXYGEN DEFICIENCY IN Ba2YCu3O7-d:
194
1. Introduction 194
2. Microscopic parameters 194
3. Structure: orthorhombic-tetragonal 195
4. Susceptibility: Curie-Weiss vs. temperature
196
5. Summary 196
Acknowledgements 196
References 197
HIGH TEMPERATURE SUPERCONDUCTIVITY RESEARCH AT HOUSTON 198
FABRICATION AND PROPERTIES OF THIN SUPERCONDUCTING OXIDE FILMS 203
Acknowledgements 205
References 205
EXPERIMENTAL INVESTIGATION OF THE ELECTRONIC STATES IN HIGH Tc
206
1. Introduction 206
2. Electronic states in (La1x-xAx)2Cu04(A = Ba,Sr and
206
3. Electronic states in
209
Acknowledgements 210
References 210
SYNTHESIS AND PROPERTIES OF THIN FILM HIGH-Tc
212
1. Introduction 212
2. Thin film synthesis 212
3. Physical properties 214
Acknowledgements 216
References 216
TREATMENT OF Y-Ba-Cu-O SUPERCONDUCTORS BY PULSED ELECTRIC FIELDS
217
1. Introduction 217
2.
217
3. Mixed compound Y1.2Ba0.8CuO4 218
Acknowledgement 220
References 220
THE RESONATING VALENCE BOND STATE AND HIGH
221
1. Introduction 221
2. A mean field theory of RVB state and
222
3. Spinous and holes - a generalized Fermi liquid
222
4. Gauge theory 223
5. Conclusion 224
Acknowledgements 224
References 224
SUPERCONDUCTIVITY IN ORGANICS AND OXIDES: SIMILARITY AND DISSIMILARITY 225
1. Introduction 225
2. Hail effect 226
3. Hall effect in Hubbard approximation 226
4. Hubbard band in Cu-O planes 227
5. Hubbard model at U .
228
6. Resistivity 229
7. A comment on slave boson treatment 230
8. Resonating valence bond (RVB) 230
9. Summary 231
References 232
ELECTRONIC STRUCTURE, CHARGE TRANSFER EXCITATIONS AND HIGH
233
1. Introduction 233
2. La2-xMxCu04 233
3. Chains vs. planes in YBa2Cu307_ 234
4. YBa2Cu307 vs. YBa2Cu306 235
5. Mechanism of superconductivity 236
Acknowledgements 238
References 238
CRYSTALLOCHEMICAL ASPECT OF HIGH TEMPERATURE
239
1. Introduction 239
2. Structure analysis 239
3. Superconducting properties 240
4. Thermal analysis 241
5. Crystaliochemical considerations 242
6. Concluding remarks 244
Acknowledgements 244
References 244
SUPERCONDUCTIVE PROPERTIES OF SINGLE CRYSTAL
245
References 248
ANISOTROPY IN THE MAGNETIC PROPERTIES OF
249
Acknowledgements 252
References 253
ANTIFERROMAGNETIC CORRELATIONS AND SUPERCONDUCTIVITY IN THE La2CuO4
254
Acknowledgements 257
References 257
HIGH-Tc SUPERCONDUCTIVITY IN Ln2-xBaxCu2O5 (1.0=x=1.6) AND LnBa2Cu3O7 (Ln = Dy, Er, Tm, Yb AND Y)
258
Acknowledgement 259
References 259
CRITICAL CURRENT DENSITY IN HIGH-Tc Y1-xLnxBa2Cu3O7-d
260
1. Introduction 260
2. Experimental 260
3. Results and discussion 260
Acknowledgments 262
References 263
STRONG-COUPLING EFFECTS AND ISOTOPE EXPONENTS
264
References 266
COOPERATION OF SUPEREXCHANGE AND POLARON EFFECTS AS PAIRING
267
References 269
COULOMB INTERACTIONS AND EFFECTIVE STRONG COUPLING HAMILTONIANS
271
References 273
ELECTRONIC STRUCTURE CALCULATIONS FOR HIGH-Tc
274
1. Introduction 274
2. Methodological aspects 274
3. Results and discussions 274
4. Conclusions 276
Acknowledgements 276
References 277
HIGH-Tc
278
References 280
HOW STRONGLY ARE ELECTRONS CORRELATED IN THE
281
1. Introduction 281
2. Tight-binding model for electron correlations
281
3. Results and discussion 283
Acknowledgment 284
References 284
VARIATIONAL MONTE CARLO STUDIES OF HIGHLY
285
1. Introduction 285
2. Strongly correlated Hubbard model 285
3. Variational Monte Carlo results 286
4. Implications on
287
Acknowledgements 288
Note added in proof 288
References 288
BIPOLARON MODELS OF SUPERCONDUCTORS 289
Acknowledgements 291
References 291
ELECTRON-PHONON INTERACTION IN THE NEW OXIDE SUPERCONDUCTORS 292
References 294
FERMI
295
References 298
EXCHANGE ENHANCEMENT OF ELECTRON-PHONON COUPLING AND POSSIBLE
299
References 302
OPTICAL STUDIES OF HIGH-Tc
303
References 305
EFFECTS OF CRYSTAL ANISOTROPY ON MAGNETIZATION AND MAGNETIC ORDER
306
1. Introduction 306
2. Experimental details 306
3. Results and discussion 307
Acknowledgements 309
References 309
PRESSURE EFFECTS ON NEW ....-Tc
310
1. Introduction 310
2. Experimental details 310
3. Results and discussion 310
References 312
Cu NMR IN THE SUPERCONDUCTING
313
References 316
ULTRASONIC
317
References 318
NQR AND NMR OF HIGH-Tc
319
References 321
NEUTRON AND X-RAY DIFFRACTION STUDIES
323
1. Introduction 323
2, Experimental 324
3. Structure change of YBCO with oxygen
324
4. Crystal structure of lanthanoid-substituted
324
References 325
SPECIFIC HEAT, SUSCEPTIBILITY AND RESISTIVITY MEASUREMENTS OF
326
1. Introduction 326
2. Sample preparation and crystal structure
326
3. Results 327
4. Conclusion 329
References 329
SUPERCONDUCTING AND MAGNETIC PROPERTIES OF Fe-DOPED OXIDE
330
References 332
CRITICAL FIELD, SUSCEPTIBILITY AND NQR MEASUREMENTS ON THE ..GH-Tc
333
References 335
EFFECT OF OXYGEN
336
1. Introduction 336
2. Experimental 336
3. Results and discussion 336
References 338
OXYGEN DEFICIENCY AND SUPERCONDUCTING PROPERTIES OF Ba-Y-Cu
339
1. Introduction 339
2. Orthorhombic-tetragonal phase relation in
339
3. Orthorhombic character and
341
References 341
QUASIPARTICLE TUNNELING AND JOSEPHSON TUNNELING
343
Acknowledgement 345
References 345
LOW-FIELD ANISOTROPIC PROPERTIES OF SINGLE CRYSTALS OF
346
References 349
ANISOTROPIC UPPER
350
Acknowledgments 352
References 352
CHARACTERIZATION OF THE HIGH-G, PHASE AND ITS METAMORPHIC
353
Acknowledgements 356
References 356
HIGH-Tc SUPERCONDUCTING PROPERTIES IN
357
1. Introduction 357
2. Experimental details 357
3. Results and discussion 357
References 359
SUPERCONDUCTIVITY
360
References 362
HIGH-Tc
363
1. Introduction 363
2. Experimental 363
3. Results 363
4. Discussion 365
References 365
THERMOELECTRIC POWER IN THE NORMAL STATE OF
367
Acknowledgement 369
References 369
OXYGEN STOICHIOMETRY AND PHYSICAL PROPERTIES OF HIGH-Tc
370
References 372
SUPERCONDUCTIVITY OF La2Cu04 AND YBa2Cu307 374
1. Introduction 374
2. La2CuO4 374
3.
375
References 376
SUPERCONDUCTIVITY
378
References 380
SPECIFIC HEAT OF THE HIGH-Tc SUPERCONDUCTORS (La, M)2Cu04 AND YBa2Cu3O7
381
References 383
STUDIES OF HIGH-Tc
384
1. Introduction 384
2. Magnetic susceptibility of La2Cu04 384
3. Electron tunneling of YBa2Cu30y 385
References 386
SOFT-PLASMON MECHANISM FOR HIGH-Tc
387
Acknowledgements 390
References and footnotes 390
EFFECT OF NEXT-NEAREST-NEIGHBOR TRANSFER ENERGY ON THE
392
1. Introduction 392
2. Formulation 392
3. Results 393
4. Conclusions 394
References 394
VARIATIONAL THEORY OF SUPERCONDUCTIVITY
395
1. Introduction 395
2. Superconductivity in electron gas 395
3. Discussion on oxide superconductors 397
References 398
MANY-POLARON THEORY FOR SUPERCONDUCTIVITY IN QUASI TWO-DIMENSIONAL STRONGLY COUPLED
399
1. Introduction 399
2. Many-polaron system 399
3. Transition temperatures 400
4. Tc of Cu-O type new
401
References 401
ELECTRONIC STRUCTURE, SPIN FLUCTUATION, AND SUPERCONDUCTIVITY
402
Acknowledgement 404
References 405
ELECTRONIC STRUCTURE OF SUPERCONDUCTING OXIDE-EFFECT OF
406
Acknowledgements 408
References 408
GAP STRUCTURE AND SPIN EXCITATION IN HIGH-Tc
409
References 411
EXCITATION SPECTRA AND BOSE CONDENSATION IN SUPERCONDUCTORS WITH
412
1. Introduction 412
2. Hubbard model and operator transformation 412
3. Bose condensation 414
4. Effects of intersite repulsive interaction 415
5. Specific heat at low temperatures and resistivity in normal state 416
6. Summary 416
References 416
INTERLAYER PAIRING MECHANISM OF HIGH-Tc
417
1. Introduction 417
2. Strong coupling theory 417
3. Competition of intra-layer and inter-layer
418
4. Stability against impurities 419
5. Nuclear spin relaxation 419
6. Concluding remarks 419
References 419
SUPERCONDUCTING Tc ENHANCEMENT BY ONE-DIMENSIONAL CHARGE DENSITY
420
1. Introduction 420
2. Formulation 421
3. Numerical calculations 422
4. Summary 424
Acknowledgements 424
References 424
LOW-TEMPERATURE SPECIFIC HEAT OF ORTHORHOMBIC AND TETRAGONAL PHASES OF Ba2(RE)Cu3O7-d
425
Acknowledgement 428
References 428
ANISOTROPIC PROPERTIES OF
429
References 431
RESISTIVITY OF EuBa2(Cu1-yZny)30x AS A FUNCTION OF TEMPERATURE,
432
Acknowledgements 434
References 434
ELECTRONIC PROPERTIES OF
435
References 437
EFFECT OF CHEMICAL SUBSTITUTION ON THE ..gh-Tc
438
Acknowledgement 439
References 439
TRANSPORT PROPERTIES OF HIGH-Tc
440
References 442
INVESTIGATION OF ELECTRONIC AND PHONON STATES OF THE HIGH-Tc
444
References 446
THE CONSEQUENCES OF INTERGRAIN JOSEPHSON COUPLING
447
1. Introduction 447
2. Experimental details 447
3. Critical current results and discussion 447
4. Magnetization results and discussion 448
5. Conclusions 449
Acknowledgments 449
References 449
CHARACTERISTICS OF HIGH-Tc
450
1. Introduction 450
2. Experimental 450
3. Results and discussion 451
4. Conclusion 452
References 452
STRUCTURAL INVESTIGATION OF SUPERCONDUCTORS WITH
453
1. Introduction 453
2. Experimental procedure 453
3. High- and low-temperature X-ray diffraction 454
4. Relation between lattice parameters and
454
References 456
MAGNETIC AND SUPERCONDUCTING PROPERTIES OF Ba2YCu3Oy:
457
1. Introduction 457
2. Experimental 457
3. Results and discussion 457
Acknowledgements 459
References 459
JOSEPHSON EFFECTS
460
1. Introduction 460
2. Experimentais 460
3. Results and discussion 460
4. Conclusions 462
References 462
PHYSICAL PROPERTIES OF SINGLE-PHASE HIGH-Tc SUPERCONDUCTOR
463
1. Introduction 463
2. Sample preparation and characterization 464
3. Electrical resistivity 464
4. Susceptibility 465
5. Specific heat 465
6. Summary 466
Acknowledgements 466
References 466
POSSIBILITY OF NEGATIVE EXCHANGE INTERACTION EFFECT
467
References 469
TRANSITION BEHAVIOR OF MAGNETIC SUSCEPTIBILITY AND ELECTRICAL
470
1. Introduction 470
2. Experimental procedure 470
3. Results and discussion 470
4. Summary 472
References 473
HIGH-Tc SUPERCONDUCTIVITY IN (RE)Ba2Cu30x - STRUCTURE, TRANSPORT AND
474
References 476
MAGNETIC ORDERING IN THE HIGH-G, SUPERCONDUCTOR (RE)Ba2Cu30, 477
References 479
ESR AND MAGNETIC SUSCEPTIBILITY OF HIGH Tc
480
1. Introduction 480
2. ESR measurements 481
3. Magnetic susceptibility 482
4. Conclusion 482
References 482
SUPERCONDUCTIVITY AND NORMAL-STATE PROPERTIES IN (Y, Sc, Ba)-Cu OXIDES 483
1. Introduction 483
2. Experimental 483
3. Results and discussion 484
Acknowledgment 485
References 485
TEMPERATURE DEPENDENCE OF ELECTRICAL RESISTIVITY IN(La1-xYx)1.85Sro,5Cu04
486
1. Introduction 486
2. Experimental 486
3. Results and discussion 486
Acknowledgements 489
References 489
SUPERCONDUCTING PROPERTIES OF THE HIGH-Tc
490
1. Introduction 490
2. Sample preparation and experimental 490
3. Results and discussion 490
Acknowledgement 492
References 492
TRANSPORT PROPERTIES OF
493
1. Introduction 493
2. Experimental details 493
3. Results and discussion 493
4. Conclusions 496
References 496
PHOTOELECTRON SPECTROSCOPY OF
497
1. Introduction 497
2. Experimental 497
3. Results and discussion 497
4. Conclusion 499
Acknowledgments 499
References 499
NQR STUDIES ON MAGNETIC PROPERTIES OF
501
1. Introduction 501
2. Experimentais 501
3. Results 502
4. Discussion 503
References 504
'57Fe MÖSSBAUER EFFECTS IN ..GH Tc
505
Acknowledgement 508
References 508
SUPERCONDUCTING GAP AND EXCITONIC MECHANISM
509
References 510
SUPERCONDUCTIVITY IN HYDROGEN-DOPED
512
References 514
PRESSURE
515
1. Introduction 515
2. Experimental results and discussion 515
References 517
POSITRON ANNIHILATION STUDIES OF SUPERCONDUCTORS
518
1. Introduction 518
2. Experimentais 518
3. Results 519
4. Discussions 519
Acknowledgement 520
References 520
CHAPTER 4. ORGANIC
521
ON THE SUPERCONDUCTIVITY TYPE IN THE BECHGAARD SALTS 521
References 523
MECHANISM OF SUPERCONDUCTIVITY IN ORGANIC SUPERCONDUCTORS 524
References 526
SUPERCONDUCTIVITY OF THE ORGANIC CONDUCTOR, /3 (BEDT-TTF)2I3
527
1. Introduction 527
2. Pauli limit
528
3. Effect of impurity or scatterer. 528
4. Summary 529
Acknowledgements 529
References 529
CHAPTER 5.
530
SUPERCONDUCTING PROPERTIES OF SUPERLATTICES 530
References 533
CHAPTER 6. ALLOYS AND INTERMETALLIC
534
ANOMALOUS ELECTRICAL RESISTIVITY AND STRUCTURAL INSTABILITY IN
534
References 537
HIGH-FIELD SUPERCONDUCTIVITY IN RAPIDLY QUENCHED Ge-M
538
1. Introduction 538
2. Experimental procedure 538
3. Results and discussion 539
References 541
PHONON CONTRIBUTION TO HIGH-G, STATES IN
542
1. Introduction 542
2. Experimental results 542
3. Phonon dispersion curves 543
4. Discussion 544
References 544
STUDIES OF CROSSOVER AND RANDOM WALKS ON THE CHAINS WITH COUPLING
545
References 548
POST DEADLINE PAPERS 549
PAPERS PRESENTED AT THE CONFERENCE, BUT NOT PUBLISHED
553
LIST OF CONTRIBUTORS 554
MATERIALS INDEX 557
ANALYTIC
559
| Erscheint lt. Verlag | 24.9.2013 |
|---|---|
| Sprache | englisch |
| Themenwelt | Naturwissenschaften ► Physik / Astronomie ► Quantenphysik |
| Technik | |
| ISBN-10 | 1-4832-7517-5 / 1483275175 |
| ISBN-13 | 978-1-4832-7517-8 / 9781483275178 |
| Informationen gemäß Produktsicherheitsverordnung (GPSR) | |
| Haben Sie eine Frage zum Produkt? |
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