Anomalous effects in simple metals:
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| Format: | Buch |
| Sprache: | English |
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2011
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| Beschreibung: | XVII, 687 S. Ill., graph. Darst. 25 cm |
| ISBN: | 9783527408597 |
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IMAGE 1
VII
CONTENTS
FOREWORD V
PART I INTRODUCTION AND OVERVIEW ?
1 THE SIMPLEST METAL: POTASSIUM 3
2 SDW AND CDW INSTABILITIES 5
3 THE CDW WAVEVECTOR Q AND Q-DOMAINS 7
4 OPTICAL ANOMALIES 8
5 PHASE EXCITATIONS OF AN INCOMMENSURATE CDW 10
6 NEUTRON DIFFRACTION SATELLITES 12
7 PHASON PHENOMENA 14
8 FERMI-SURFACE DISTORTION AND THE SPIN-RESONANCE SPLITTING 16
9 MAGNETORESISTIVITY AND THE INDUCED TORQUE TECHNIQUE 18
10 INDUCED TORQUE ANISOTROPY 20
11 MICROWAVE TRANSMISSION THROUGH K SLABS IN A PERPENDICULAR FIELD H 22
12 ANGLE-RESOLVED PHOTOEMISSION 24
13 CONCLUDING REMARKS 26
PART II REPRINTS OF SDW OR CDW PHENOMENA IN SIMPLE METALS 29
R 1 GIANT SPIN DENSITY WAVES 33
R 2 MECHANISM OF ANTIFERROMAGNETISM IN DILUTE ALLOYS 38 2.1 INTRODUCTION
38
2.2 DYNAMICS OF A SPIN-DENSITY WAVE 4I 2.3 THERMODYNAMICS OF THE
ANTIFERROMAGNETIC PHASE 45 2.4 CONCLUDING REMARKS 47
A APPENDIX 48
A.1 OBJECTION 1 48
A.2 REPLY TO OBJECTION 1 48
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/1000249948
DIGITALISIERT DURCH
IMAGE 2
VILI I CONTENTS
A.3 OBJECTION 2 49
A.4 REPLY TO OBJECTION 2 49 A.5 OBJECTION 3 49
A.6 REPLY TO OBJECTION 3 49 A.7 OBJECTION 4 50
A.8 REPLY TO OBJECTION 4 50
R 3 SPIN DENSITY WAVES IN AN ELECTRON GAS 51 3.1 INTRODUCTION 57
3.2 NATURE OF A SPIN DENSITY WAVE 53 3.3 GENERAL PROOF OF THE SDW
INSTABILITY 56 3.4 LINEAR SPIN DENSITY WAVES 60 3.5 SPIN SUSCEPTIBILITY
OF THE PARAMAGNETIC STATE 62 3.6 DETECTION OF SDW'S BY NEUTRON
DIFFRACTION 65
3.7 TEMPERATURE DEPENDENCE OF SDW PARAMETERS 67 3.8 ANTIFERROMAGNETISM
OF CHROMIUM 69 3.9 ACCIDENTAL FERRIMAGNETISM 73
R 4 SPIN-DENSITY-WAVE ANTIFERROMAGNETISM IN POTASSIUM 76
R5 HELICON PROPAGATION IN METALS NEAR THE CYCLOTRON EDGE SO 5.1
INTRODUCTION 80
5.2 THE SURFACE IMPEDANCE 82 5.3 HELICON PROPAGATION IN A SPIN-DENSITY
WAVE METAL 87
R 6 EXCHANGE AND CORRELATION INSTABILITIES OF SIMPLE METALS 91
6.1 INTRODUCTION 91
6.2 MATRIX-ELEMENT CONTRIBUTIONS TO THE CORRELATION ENERGY 95 6.3
PARALLEL-SPIN CORRELATION AND UMKLAPP CORRELATION 98 6.4
CHARGE-DENSITY-WAVE INSTABILITIES WO A APPENDIX 102
R 7 SPLITTING OF CONDUCTION-ELECTRON SPIN RESONANCE IN POTASSIUM 105
7.1 INTRODUCTION 105
7.2 ANISOTROPY OF G 107
7.3 STRESS-INDUCED Q DOMAINS 110
R8 MAGNETORESISTANCE OF POTASSIUM 113
8.1 INTRODUCTION 223
8.2 SINGLE-CRYSTAL MAGNETORESISTIVITY OF POTASSIUM II5 8.3 MODEL
CALCULATIONS OF MAGNETORESISTANCE IN METALS WITH MAGNETIC BREAKDOWN 125
8.4 FERMI SURFACE OF POTASSIUM 126 8.5 CONCLUSIONS 119
R 9 EXCHANGE POTENTIALS IN A NONUNIFORM ELECTRON GAS 122
R 10 OBSERVABILITY OF CHARGE-DENSITY WAVES BY NEUTRON DIFFRACTION 125
10.1 INTRODUCTION 225 10.2 CDW SATELLITES 226
IMAGE 3
CONTENTS I IX
10.3 STRUCTURE FACTORS OF CUBIC REFLECTIONS 127 10.4 MAGNETIC FIELD
MODULATION OF F(K) 128 10.5 PHASE MODULATION OF CDW 129 10.6
DEBYE-WALLER FACTORS FOR PHASONS 132 10.7 SURVEY OF ELECTRONIC ANOMALIES
134 10.7.1 OPTICAL ANOMALIES 134 10.7.2 CONDUCTION-ELECTRON SPIN
RESONANCES 234 10.7.3 DOPPLER-SHIFTED CYCLOTRON RESONANCE 235 10.7.4
MAGNETORESISTANCE 235 10.7.5 HALL EFFECT 236 10.7.6 DE HAAS-VAN ALPHEN
EFFECT 236 10.7.7 ELECTRON-PHONON INTERACTION 137 10.7.8 POSITRON
ANNIHILATION 137 10.7.9 OTHER PROPERTIES 137 10.8 CONCLUSION 238
RII QUESTIONS ABOUT THE MAYER-EL NABY OPTICAL ANOMALY IN POTASSIUM 141
11.1 INTRODUCTION 141
11.2 EXTRINSIC MECHANISMS 142 11.2.1 ABSORPTION IN KOH 142 11.2.2
INTERFERENCE 142 11.2.3 SURFACE ROUGHNESS 243
11.2.4 PLASMON ABSORPTION 243 11.2.5 SCATTERING BY KOH AGGREGATES 243
11.2.6 COLOR CENTERS IN KOH 243 11.2.7 SURFACE STATES 244
11.2.8 ABSORPTION BY K PARTICLES IN KOH 244 11.2.9 IMPURITY ABSORPTION
IN POTASSIUM 144 11.2.10 UNKNOWN MECHANISM 244 11.3 INTRINSIC MECHANISMS
145 11.4 TWO CRITICAL EXPERIMENTS 147
R 12 THEORY OF THE RESIDUAL RESISTIVITY ANOMALY IN POTASSIUM 149
R 13 ELECTROMAGNETIC GENERATION OF ULTRASOUND IN METALS 154 13.1
INTRODUCTION 154
13.2 FORCE ON LATTICE IONS 157 13.3 GENERATED SOUND-WAVE AMPLITUDE 158
13.3.1 LOCAL LIMIT 260 13.3.2 NONLOCAL LIMIT 262
13.4 ULTRASONIC ATTENUATION AND THE HELICON-PHONON INTERACTION 263
13.4.1 ULTRASONIC ATTENUATION 263 13.4.2 HELICON-PHONON INTERACTION 265
13.5 SUMMARY AND CONCLUDING REMARKS 166 A APPENDIX 166
IMAGE 4
X I CONTENTS
R 14 DYNAMICS OF AN INCOMMENSURATE CHARGE-DENSITY WAVE 169
14.1 INTRODUCTION 269 14.2 EQUATIONS OF MOTION 170 14.3 JELLIUM MODEL
FOR A CDW 171 14.4 CURRENT 172
14.5 EFFECTS OF AN APPLIED ELECTRIC FIELD 173 14.6 CDW ACCELERATION AND
EFFECTIVE MASS 175 14.7 CONCLUSION 177 A APPENDIX 777
R15 MAGNETODYNAMICS OF INCOMMENSURATE CHARGE-DENSITY WAVES 179 15.1
INTRODUCTION 179 15.2 EQUATIONS OF MOTION 179 15.3 EFFECTS OF AN APPLIED
MAGNETIC FIELD 180 15.4 MAGNETORESISTANCE AND HALL COEFFICIENT 185 15.5
THEORY OF THE INDUCED TORQUE 286 15.6 CONCLUSIONS 187 A APPENDIX 188
R16 PHASE EXCITATIONS OF CHARGE DENSITY WAVES 190 16.1 FERMI-SURFACE
INSTABILITIES 190 16.2 HYPERFINE EFFECTS OF CDW'S 192 16.3 PHASONS 192
16.4 PHASON TEMPERATURE FACTOR 293 16.5 PHASON NARROWING OF HYPERFINE
BROADENING 194 16.6 CONCLUSIONS 796 A DISCUSSION 196
R 17 FRICTIONAL FORCE ON A DRIFTING CHARGE-DENSITY WAVE 199 17.1
INTRODUCTION 199 17.2 EQUILIBRIUM ELECTRON DISTRIBUTION 200 17.3
ELECTRON RELAXATION TIME 205 17.4 FRICTIONAL EFFECTS OF SCATTERING ON
THE CDW DRIFT VELOCITY 207 17.5 CONCLUSIONS 220
R 18 ATTENUATION OF PHASE EXCITATIONS IN CHARGE-DENSITY WAVE SYSTEMS 212
18.1 INTRODUCTION 212 18.2 PHASONS AND ELECTRON-PHASON INTERACTION 213
18.3 SCATTERING OF "BELLY" ELECTRONS 215
18.4 SCATTERING OF "CONICAL POINT" ELECTRONS 217 18.5 CONCLUSIONS 219 A
APPENDIX 220
R19 CHARGE-DENSITY WAVES AND ISOTROPIE METALS 221 19.1 INTRODUCTION 227
19.2 THEORETICAL SUMMARY 222 19.2.1 WAVE-MECHANICAL DESCRIPTION 222
IMAGE 5
CONTENTS I XI
19.2.2 DETECTION OFCDWS BY DIFFRACTION 224
19.2.3 FERMI-SURFACE INSTABILITY THEOREM 225 19.2.4 ROLE OF ELECTRON
CORRELATIONS 225 19.2.5 FERMI-SURFACE SHAPE AND DIMENSIONALTY 226 19.2.6
CDW INSTABILITY IN ISOTROPIE METALS 228 19.3 EXPERIMENTAL MANIFESTATIONS
229 19.3.1 THE ALKALI METALS 229 19.3.2 TORQUE ANOMALIES 230 19.3.3
OPTICAL ANOMALIES 231 19.3.4 SPIN-RESONANCE ANISOTROPY 232 19.3.5
RESIDUAL-RESISTIVITY ANISOTROPY 232 19.3.6 HALL COEFFICIENT DISCREPANCY
232 19.3.7 THE SIGNIFICANCE OF IRREPRODUCIBILITY 233 19.3.8 THE
CHALLENGE: Q DOMAIN CONTROL 233 19.3.9 PHASE EXCITATIONS AND SATELLITE
INTENSITY 234 19.3.10 THE DE HAAS-VAN ALPHEN DIFFICULTY 235 19.4
PROSPECTS FOR THE FUTURE 235
R 20 RESIDUAL-RESISTIVITY ANISOTROPY IN POTASSIUM 238 20.1 INTRODUCTION
238
20.2 INDUCED-TORQUE EXPERIMENTS 239 20.3 CHARGE-DENSITY WAVES 243 20.4
MODEL SCATTERING POTENTIALS 247 20.5 RESIDUAL-RESTIVITY CALCULATION 250
20.6 NUMERICAL RESULTS 256 20.7 CONCLUSIONS 260
R 21 DETECTION OF A CHARGE-DENSITY WAVE BY ANGLE-RESOLVED PHOTOEMISSION
262
R 22 ULTRA-LOW-TEMPERATURE ANOMALIES IN HEAT CAPACITIES OF METALS CAUSED
BY CHARGE-DENSITY WAVES 266 22.1 INTRODUCTION 266
22.2 PHASON HEAT CAPACITY 267 22.3 TOTAL HEAT CAPACITY 269 22.4
CONCLUSION 273
R23 ANALYSIS OF THE ANOMALOUS TEMPERATURE-DEPENDENT RESISTIVITY ON
POTASSIUM BELOW 1.6 K 274
R 24 WAVE-VECTOR ORIENTATION OF A CHARGE-DENSITY WAVE IN POTASSIUM 278
24.1 INTRODUCTION 278
24.2 SOURCES OF ANISOTROPY 278 24.3 GEOMETRICAL FACTORS 279 24.4 ENERGY
ANALYSIS 280 24.5 RESULTS 281
R 25 THEORY OF TRANSVERSE PHASONS IN POTASSIUM 284
25.1 INTRODUCTION 284
IMAGE 6
XII I CONTENTS
25.2 PHASON ENERGY SPECTRUM 284
25.3 ENERGY OF THE CONDUCTION ELECTRON-ION SYSTEM 287 25.4
TRANSVERSE-PHASON VELOCITY IN POTASSIUM 290
25.5 DISCUSSION 291 A POSITIVE-ION FORM FACTORS 292 A.I PSEUDO-ION FORM
FACTOR P- 292 A.2 REAL-ION FORM FACTOR P^ 293
B CDW ENERGY MINIMIZATION 293
R26 CHARGE-DENSITY-WAVE SATELLITE INTENSITY IN POTASSIUM 295
26.1 INTRODUCTION 295 26.2 NEUTRON-SCATTERING ELASTIC INTENSITY 296 26.3
LATTICE DISTORTION 298 26.4 CDW FRACTIONAL AMPLITUDE IN POTASSIUM 298
26.5 RESULTS 300
R 27 THEORY OF ELECTRON-PHASON SCATTERING AND THE LOW-TEMPERATURE
RESISTIVITY OF POTASSIUM 302 27.1 INTRODUCTION 302 27.2 ANALYSIS OF
EXPERIMENTS 303
27.3 PHASONS AND THE ELECTRON-PHASON INTERACTION 307 27.4 DERIVATION OF
THE ELECTRON-PHASON RESISTIVITY 373 27.5 NUMERICAL RESULTS 321 27.6
CONCLUSIONS 324
R 28 STRUCTURE FACTOR OF A CHARGE-DENSITY WAVE 327 28.1 INTRODUCTION 327
28.2 DYNAMICAL STRUCTURE FACTOR FOR A CDW 328 28.3 EXCITATION SPECTRUM
332
28.4 PHASON AND AMPLITON TEMPERATURE FACTORS 333 28.5 DISCUSSION 335
R 29 EFFECTIVE-MEDIUM THEORY OF OPEN-ORBIT INCLUSIONS 338
29.1 INTRODUCTION 338 29.2 APPROXIMATIONS FOR THE EFFECTIVE CONDUCTIVITY
338 29.3 ELECTRIC FIELD IN A SPHERICAL INHOMOGENEITY 340 29.4
MAGNETORESISTANCE OF OPEN-ORBIT INCLUSIONS 342 29.5 DISCUSSION 346
R 30 THEORY OF THE OPEN-ORBIT MAGNETORESISTANCE OF POTASSIUM 348
R31 OPEN-ORBIT MAGNETORESISTANCE SPECTRA OF POTASSIUM 353
31.1 INTRODUCTION 353
31.2 OPEN-ORBIT MAGNETORESISTANCE 355 31.3 OPEN-ORBIT DIRECTIONS 357
31.4 OPEN-ORBIT MAGNETORESISTANCE OF POTASSIUM 359 31.5 DIRECTIONS FOR
FUTURE RESEARCH 363 31.6 CONCLUSION 364
IMAGE 7
CONTENTS I XIII
R32 THE OPEN ORBITS OF POTASSIUM 369
32.1 INTRODUCTION 369
32.2 DIRECT OBSERVATION OF OPEN ORBITS 370 32.3 OPEN ORBITSOFA SINGLE Q
DOMAIN 371 32.4 EFFECTIVE-MEDIUM THEORY FOR Q DOMAINS 373 32.5
DISCUSSION 375
R 33 OPEN-ORBIT EFFECTS IN THERMAL MAGNETORESISTANCE 377 33.1
INTRODUCTION 377
33.2 THEORY 377
33.3 RESULTS 379
33.4 DISCUSSION 381
R 34 INSIGHTS IN MANY-ELECTRON THEORY FROM THE CHARGE DENSITY WAVE
STRUCTURE OF POTASSIUM 383 34.1 INTRODUCTION 383
34.2 OPTICAL ABSORPTION OF A CDW 384 34.3 OTHER CDW PHENOMENA IN K 386
34.3.1 CONDUCTION-ELECTRON SPIN-RESONANCE SPLITTING 386 34.3.2
DOPPLER-SHIFTED CYCLOTRON-RESONANCE SHIFT 386 34.3.3 RESIDUAL
RESISTIVITY ANISOTROPY 386 34.3.4 LINEAR MAGNETORESISTANCE 387 34.3.5
INDUCED TORQUE ANISOTROPY 387 34.3.6 THE OU DROP EFFECT 387 34.3.7
VARIABILITY OF THE RESIDUAL RESISTIVITY 387 34.3.8 HIGH-FIELD HALL
CONSTANT 387 34.3.9 PHASON HEAT CAPACITY ANOMALY 388 34.3.10 DIRECT
OBSERVATION OF ELECTRON-PHASON SCATTERING 388 34.3.11 DIFFICULTIES 388
34.4 THE OPEN ORBITS OF POTASSIUM 388 34.4.1 ORIGIN OF OPEN ORBITS 388
34.4.2 THEORETICAL OPEN-ORBIT SPECTRUM 389
34.4.3 OBSERVED OPEN-ORBIT SPECTRUM 390 34.5 IMPLICATIONS FOR
MANY-ELECTRON THEORY 390 34.5.1 LOCAL-DENSITY APPROXIMATIONS TO EXCHANGE
AND CORRELATION ARE NOT PREDICTIVE 390 34.5.2 SCREENED INTERACTIONS ARE
DANGEROUS 392
34.5.3 THE COULOMB HOLE IS IMPORTANT 392
R 35 CHARGE DENSITY WAVE PHENOMENA IN POTASSIUM 394 35.1 THE MYSTERIES
OF THE SIMPLE METALS 394 35.1.1 INTRODUCTION 394 35.1.2
CHARGE-DENSITY-WAVE STRUCTURE 394
35.1.3 MAYER-EL NABY OPTICAL ANOMALY 395 35.1.4 LOW-TEMPERATURE
MAGNETORESISTANCE 396 35.1.5 INDUCED-TORQUE MEASUREMENTS 397 35.1.6 THE
OIL DROP EFFECT 398
35.1.7 OTHER ANOMALOUS PHENOMENA 398
IMAGE 8
XIV I CONTENTS
35.2 PHASONS: WHAT THEY ARE AND WHAT THEY DO 399
35.2.1 INTRODUCTION 399 35.2.2 PHASE MODULATION 399 35.2.3 RELATION
BETWEEN PHASONS AND PHONONS 400 35.2.4 THE PHASON HEAT CAPACITY 407
35.2.5 LOW TEMPERATURE RESISTIVITY 402
35.2.6 POINT CONTACT SPECTROSCOPY 403 35.2.7 PHASON THERMAL DIFFUSE
SCATTERING 403
35.3 THEORY OF CHARGE DENSITY WAVES 404 35.3.1 INTRODUCTION 404 35.3.2
SDW-CDW INSTABILITY THEOREM 404
35.3.3 THE CORRELATION ENERGY CORRECTION 405 35.3.4 ANALOGY WITH UNIFORM
DEFORMATIONS 407 35.4 CONCLUSIONS 408
R 36 ENERGY SPECTRUM OF AN INCOMMENSURATE CHARGE-DENSITY WAVE:
POTASSIUM AND SODIUM 411 36.1 INTRODUCTION 411 36.2 MINIGAPS AND
HETERODYNE GAPS 412 36.3 RESULTS FOR NA AND K 416
36.4 CONCLUSIONS 418
R 37 THEORY OF CHARGE-DENSITY-WAVE-SPIN-DENSITY-WAVE MIXING 420
R 38 CRYSTAL STRUCTURE OF LITHIUM AT 4.2 K 424
R 39 THEORY OF INDUCED-TORQUE ANOMALIES IN POTASSIUM 427
39.1 INTRODUCTION 427 39.2 INDUCED-TORQUE ANOMALIES 428 39.3
MAGNETORESISTIVITY TENSOR OF POTASSIUM 430 39.4 CALCULATION OF INDUCED
TORQUE 432 39.5 DISCUSSION 435
R 40 FURTHER EVIDENCE OF AN ANISOTROPIE HALL COEFFICIENT IN POTASSIUM
436 40.1 INTRODUCTION 436 40.2 MISALIGNMENT EFFECT 438
40.3 PHASE ANOMALIES 439 40.4 DISCUSSION 444
R 41 FIELD DEPENDENCE OF THE RESIDUAL-RESISTIVITY ANISOTROPY IN SODIUM
AND POTASSIUM 446
41.1 INTRODUCTION 446 41.2 ANISOTROPIE RELAXATION TIME 447 41.3
ZERO-FIELD RESISTANCE 448
41.4 MAGNETORESISTANCE 450 41.5 INDUCED TORQUE 454 41.6 DISCUSSION 456
A APPENDIX 457
IMAGE 9
CONTENTS I XV
R 42 EFFECT OF AN INHOMOGENEOUS RESISTIVITY ON THE INDUCED-TORQUE
PATTERN OF A
METAL SPHERE 460
R 43 INFRARED-ABSORPTION SPECTRUM OF AN INCOMMENSURATE CHARGE-DENSITY
WAVE:
POTASSIUM AND SODIUM 465 43.1 INTRODUCTION 465
43.2 MINIGAP ABSORPTION 468 43.3 RESULTS FOR K AND NA 471 43.4
CONCLUSIONS 474
R 44 DYNAMIC M-SHELL EFFECTS IN THE ULTRAVIOLET ABSORPTION SPECTRUM OF
METALLIC
POTASSIUM 476
R45 BROKEN SYMMETRY IN SIMPLE METALS 482 45.1 INTRODUCTION 481
45.2 THE EVIDENCE 482 45.3 THEORY OF CHARGE DENSITY WAVES 486 45.3.1
SDW-CDW INSTABILITY THEOREM 486 45.3.2 THE CORRELATION ENERGY CORRECTION
488 45.3.3 ANALOGY WITH UNIFORM DEFORMATIONS 490 45.3.4 IMPLICATIONS FOR
MANY-ELECTRON THEORY 490
45.4 CDW PHENOMENA 493 45.4.1 OPTICAL ANOMALIES 493 45.4.2 CONDUCTION
ELECTRON SPIN RESONANCE SPLITTING 494 45.4.3 NONREPRODUCIBILITY, A
CONSEQUENCE OF Q DOMAINS 494 45.4.4 LINEAR MAGNETORESISTANCE 495
45.4.5 HALL COEFFICIENT DISCREPANCY 495 45.4.6 INDUCED-TORQUE ANISOTROPY
495 45.4.7 THE OIL DROP EFFECT 497 45.4.8 RESIDUAL-RESISTANCE ANISOTROPY
497 45.4.9 TEMPERATURE DEPENDENCE OF RESISTIVITY NEAR 1 K 498
45.4.10 TEMPERATURE DEPENDENCE OF THE SURFACE IMPEDANCE 499 45.4.11
DEVIATIONS FROM MATTHIESSEN'S RULE 499 45.4.12 DOPPLER-SHIFTED CYCLOTRON
RESONANCE 499
45.4.13 PHASON ANOMALY IN POINT CONTACT SPECTROSCOPY 500 45.5 CONCLUSION
501
R 46 PHOTOEMISSION FROM THE CHARGE-DENSITY WAVE IN NA AND K 505
R47 PHASON NARROWING OF THE NUCLEAR MAGNETIC RESONANCE IN POTASSIUM 509
47.1 INTRODUCTION 509
47.2 NMR LINE SHAPE AT T = OK 510 47.3 REVIEW OF PHASON PROPERTIES 512
47.4 MOTIONAL NARROWING BY PHASONS 513 47.5 TEMPERATURE DEPENDENCE OF AH
515
IMAGE 10
XVII CONTENTS
R48 THEORY OF THE PERPENDICULAR-FIELD CYCLOTRON-RESONANCE ANOMALY IN
POTASSIUM 517 48.1 INTRODUCTION 517 48.2 CHARGE-DENSITY-WAVE STRUCTURE
AND THE FERMI SURFACE 518 48.3 THEORY OF THE SURFACE IMPEDANCE 520 48.4
RESULTS AND DISCUSSION 522 48.5 CONCLUSIONS 524
R 49 DIRECT OBSERVATION OF THE CHARGE-DENSITY WAVE IN POTASSIUM BY
NEUTRON
DIFFRACTION 526
R 50 PHASON ANISOTROPY AND THE NUCLEAR MAGNETIC RESONANCE IN POTASSIUM
532
R 51 SATELLITE-INTENSITY PATTERNS FROM THE CHARGE-DENSITY WAVE IN
POTASSIUM 537
R 52 MAGNETOSERPENTINE EFFECT N SINGLE-CRYSTAL POTASSIUM 541
R 53 CHARGE DENSITY WAVE SATELLITES IN POTASSIUM? 545
R 54 FERMI-SURFACE STRUCTURE OF POTASSIUM IN THE CHARGE-DENSITY-WAVE
STATE 557 54.1 INTRODUCTION 557 54.2 PLANE-WAVE EXPANSION 558
54.3 APPROXIMATE SOLUTIONS 559 54.3.1 NEAR K * Q SI Q/2 (MINIGAP REGION)
559 54.3.2 NEAR K ' Q' = Q' (HETERODYNE-GAP REGION) 561 54.4 CONCLUSIONS
563
R 55 NEUTRON-DIFFRACTION STRUCTURE IN POTASSIUM NEAR THE [011] AND [022]
BRAGG POINTS 565
R 56 QUANTUM OSCILLATIONS FROM THE CYLINDRICAL FERMI-SURFACE SHEET OF
POTASSIUM CREATED BY THE CHARGE-DENSITY WAVE 571
R 57 MAGNETOTRANSMISSION OF MICROWAVES THROUGH POTASSIUM SLABS 578 57.1
INTRODUCTION 578 57.2 NONLOCAL THEORY FOR AN ISOTROPIE FERMI SURFACE 581
57.3 SUPPRESSION OFGK OSCILLATIONS BY A CHARGE-DENSITY WAVE 584
57.4 CONCLUSION 586
R 58 MICROWAVE SURFACE RESISTANCE OF POTASSIUM IN A PERPENDICULAR
MAGNETIC FIELD: EFFECTS OF THE CHARGE-DENSITY WAVE 589 58.1 INTRODUCTION
589 58.2 EFFECT OF THE HETERODYNE GAPS 591
58.3 RESONANCE FROM THE FERMI-SURFACE CYLINDER 595 58.4 CONCLUSION 601 A
CALCULATION OF THE CONDUCTIVITY 603
B POLARIZATION OF THE FIELD INSIDE AN ANISOTROPIE METAL 605
IMAGE 11
CONTENTS I XVII
R 59 CYCLOTRON-RESONANCE TRANSMISSION THROUGH POTASSIUM IN A
PERPENDICULAR
MAGNETIC FIELD: EFFECTS OF THE CHARGE-DENSITY WAVE 610 59.1 INTRODUCTION
620
59.2 MICROWAVE TRANSMISSION IN AN ANISOTROPIE, NONLOCAL MEDIUM 614 59.3
EFFECT OF MINIGAPS ON MICROWAVE TRANSMISSION 617 59.4 CONDUCTIVITY
TENSOR FROM A TILTED FERMI-SURFACE CYLINDER 621
59.5 CONCLUSIONS 625
R 60 INFLUENCE OF ELECTRON-ELECTRON SCATTERING ON THE ELECTRICAL
RESISTIVITY CAUSED BY ORIENTED LINE IMPERFECTIONS 627 60.1 INTRODUCTION
627
60.2 THEORY 627
60.3 DISCUSSION 631
R 61 THEORY OF THE FOURFOLD INDUCED-TORQUE ANISOTROPY IN POTASSIUM 633
R 62 OBSERVATION OF PHASONS IN METALLIC RUBIDIUM 642
R 63 THEORY OF INDUCED-TORQUE ANOMALIES IN POTASSIUM 646
R 64 MAGNETOFLICKER NOISE IN NA AND K 651 64.1 BACKGROUND 651
64.2 CDW STRUCTURE 652
64.3 FLUCTUATIONS OF Q AND Q' 653
64.4 MAGNETORESISTANCE OF A THIN WIRE 656 64.5 MAGNETOPHASON NOISE 657
64.6 CONCLUSION 659
R 65 INFLUENCE OF CHARGE-DENSITY-WAVE STRUCTURE ON PARAMAGNETIC SPIN
WAVES IN ALKALI METALS 662 65.1 INTRODUCTION 662
65.2 BRIEF REVIEW OF CHARGE-DENSITY-WAVE THEORY 663 65.3 BRIEF REVIEW OF
LANDAU FERMI-LIQUID THEORY 666 65.4 SIMPLIFIED MODEL FOR
CHARGE-DENSITY-WAVE EFFECTS 670 65.4.1 CLOSED ORBITS 671 65.4.2 OPEN
ORBITS 675 65.4.3 MIXED ORBITS 676 65.4.4 TRANSMITTED SIGNALS 677 65.5
COMPARISON WITH THE PLATZMAN-WOLFF THEORY AND EXPERIMENTAL DATA 678
65.6 CONCLUSION 682
PARTILI THIRTY UNEXPECTED PHENOMENA EXHIBITED BY METALLIC POTASSIUM 685 |
| any_adam_object | 1 |
| author | Overhauser, Albert Warner 1925- |
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| author_role | aut |
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| author_variant | a w o aw awo |
| building | Verbundindex |
| bvnumber | BV037238574 |
| classification_rvk | ZM 4610 |
| ctrlnum | (OCoLC)690906543 (DE-599)DNB1000249948 |
| dewey-full | 530.413 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 530 - Physics |
| dewey-raw | 530.413 |
| dewey-search | 530.413 |
| dewey-sort | 3530.413 |
| dewey-tens | 530 - Physics |
| discipline | Physik Werkstoffwissenschaften / Fertigungstechnik |
| format | Book |
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| id | DE-604.BV037238574 |
| illustrated | Illustrated |
| indexdate | 2024-07-20T10:59:23Z |
| institution | BVB |
| isbn | 9783527408597 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-021152104 |
| oclc_num | 690906543 |
| open_access_boolean | |
| owner | DE-92 |
| owner_facet | DE-92 |
| physical | XVII, 687 S. Ill., graph. Darst. 25 cm |
| publishDate | 2011 |
| publishDateSearch | 2011 |
| publishDateSort | 2011 |
| publisher | Wiley-VCH-Verl. |
| record_format | marc |
| spelling | Overhauser, Albert Warner 1925- Verfasser (DE-588)142721484 aut Anomalous effects in simple metals Albert Overhauser Weinheim Wiley-VCH-Verl. 2011 XVII, 687 S. Ill., graph. Darst. 25 cm txt rdacontent n rdamedia nc rdacarrier Literaturangaben Alkalimetall (DE-588)4224517-5 gnd rswk-swf Metallphysik (DE-588)4169621-9 gnd rswk-swf (DE-588)4143413-4 Aufsatzsammlung gnd-content Alkalimetall (DE-588)4224517-5 s Metallphysik (DE-588)4169621-9 s DE-604 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3428181&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=021152104&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Overhauser, Albert Warner 1925- Anomalous effects in simple metals Alkalimetall (DE-588)4224517-5 gnd Metallphysik (DE-588)4169621-9 gnd |
| subject_GND | (DE-588)4224517-5 (DE-588)4169621-9 (DE-588)4143413-4 |
| title | Anomalous effects in simple metals |
| title_auth | Anomalous effects in simple metals |
| title_exact_search | Anomalous effects in simple metals |
| title_full | Anomalous effects in simple metals Albert Overhauser |
| title_fullStr | Anomalous effects in simple metals Albert Overhauser |
| title_full_unstemmed | Anomalous effects in simple metals Albert Overhauser |
| title_short | Anomalous effects in simple metals |
| title_sort | anomalous effects in simple metals |
| topic | Alkalimetall (DE-588)4224517-5 gnd Metallphysik (DE-588)4169621-9 gnd |
| topic_facet | Alkalimetall Metallphysik Aufsatzsammlung |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=3428181&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=021152104&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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