Strongly correlated systems: experimental techniques
Gespeichert in:
| Weitere beteiligte Personen: | , |
|---|---|
| Format: | Buch |
| Sprache: | Englisch |
| Veröffentlicht: |
Berlin
Springer
2015
|
| Schriftenreihe: | Springer series in solid-state sciences
180 |
| Schlagwörter: | |
| Links: | http://deposit.dnb.de/cgi-bin/dokserv?id=4694076&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=027661534&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Beschreibung: | Literaturangaben |
| Umfang: | XXXIII, 302 S. Ill., graph. Darst. |
| ISBN: | 9783662441329 3662441322 9783662441336 |
Internformat
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Datensatz im Suchindex
| _version_ | 1819253108462583808 |
|---|---|
| adam_text | CONTENTS
FOREWORD XV
HANS R. OTT
1 NUCLEAR MAGNETIC RESONANCE AS A PROBE OF STRONGLY CORRELATED
ELECTRON SYSTEMS 1
NICHOLAS J. CURRO
1.1 BASICS OF NUCLEAR MAGNETIC RESONANCE 1
1.1.1 NMR SPECTRA 1
1.1.2 DENSITY MATRIX SOLUTION 3
1.1.2.1 STATISTICAL ENSEMBLE 4
1.1.2.2 THE ROTATING FRAME 5
1.1.2.3 BLOCH EQUATIONS 8
1.1.3 PULSE TECHNIQUES 9
1.1.3.1 SPIN ECHOES 11
1.1.3.2 SPIN LATTICE RELAXATION 13
1.2 QUADRUPOLAR NUCLEI 14
1.2.1 QUADRUPOLAR NUCLEI IN FIELD 15
1.2.1.1 NUCLEAR QUADRUPOLAR RESONANCE 18
1.2.1.2 ANGULAR DEPENDENCE 18
1.3 HYPERFINE COUPLINGS 19
1.3.1 KNIGHT SHIFT 20
1.3.2 SPIN LATTICE RELAXATION 21
1.4 CASE STUDY: FIELD INDUCED MAGNETISM 23
REFERENCES 28
2 ARPES: A PROBE OF ELECTRONIC CORRELATIONS 31
RICCARDO COMIN AND ANDREA DAMASCELLI
2.1 INTRODUCTION 31
2.2 THE ARPES TECHNIQUE 36
2.3 KINEMATICS OF PHOTOEMISSION 38
2.4 THREE-STEP MODEL AND SUDDEN APPROXIMATION 42
2.5 ONE-PARTICLE SPECTRAL FUNCTION 45
VII
HTTP://D-NB.INFO/105235761X
VIII CONTENTS
2.6 MATRIX ELEMENTS AND FINITE RESOLUTION EFFECTS 49
2.7 STATE-OF-THE-ART PHOTOEMISSION 51
2.8 PHYSICS OF CORRELATIONS*THE ARPES PERSPECTIVE 54
2.8.1 ORIGIN OF CORRELATIONS IN PHOTOELECTRON SPECTROSCOPY... 55
2.8.2 ELECTRON-PHONON CORRELATIONS IN SOLIDS: THE POLARON ... 58
2.8.3 DOPING-CONTROLLED COHERENCE: THE CUPRATES 60
2.8.4 TEMPERATURE-CONTROLLED COHERENCE:
THE MANGANITES 61
2.8.5 PROBING COHERENCE WITH POLARIZATION:
THE COBALTATES 62
2.8.6 CORRELATED RELATIVISTIC METALS: SPIN-ORBIT
COUPLED 4RF-TMOS 64
2.8.7 MOTT CRITERION AND SPIN-ORBIT COUPLING: 5D TMOS .... 65
2.8.8 RELATIVISTIC MOTT INSULATING BEHAVIOR: NA2LR03 66
REFERENCES 68
3 SPECTROSCOPIC IMAGING STM: ATOMIC-SCALE VISUALIZATION
OF ELECTRONIC STRUCTURE AND SYMMETRY IN UNDERDOPED
CUPRATES 73
KAZUHIRO FUJITA, MOHAMMAD HAMIDIAN, INES FIRMO,
SOURIN MUKHOPADHYAY, CHUNG KOO KIM, HIROSHI EISAKI,
SHIN-ICHI UCHIDA AND J.C. DAVIS
3.1 ELECTRONIC STRUCTURE OF HOLE-DOPED CUPRATES 74
3.2 BI2SR2CACU208 CRYSTALS 76
3.3 SPECTROSCOPIC IMAGING SCANNING TUNNELING MICROSCOPY 78
3.4 EFFECT OF MAGNETIC AND NON-MAGNETIC IMPURITY ATOMS 82
3.5 NANOSCALE ELECTRONIC DISORDER IN BI2SR2CACU20G+S 85
3.6 BOGOLIUBOV QUASIPARTICLE INTERFERENCE IMAGING 88
3.7 BROKEN SPATIAL SYMMETRIES OF E~ A PSEUDOGAP STATES 93
3.8 INTERPLAY OF INTRA-UNIT-CELL AND INCOMMENSURATE BROKEN
SYMMETRY STATES 99
3.9 CONCLUSIONS 104
REFERENCES 105
4 POINT CONTACT SPECTROSCOPY IN STRONGLY CORRELATED SYSTEMS ILL
GUY DEUTSCHER
4.1 INTRODUCTION ILL
4.2 EXPERIMENTAL REALIZATION OF POINT CONTACTS 113
4.2.1 RESISTANCE OF A SHARVIN CONTACT 113
4.2.2 SCATTERING EFFECTS 114
4.2.3 CRITICAL VELOCITY EFFECTS 115
4.2.4 CONTACT SIZE ; 116
4.2.5 PRACTICAL REALIZATION OF POINT CONTACTS 117
CONTENTS IX
4.3 POINT CONTACT SPECTROSCOPY OF CONVENTIONAL SUPERCONDUCTORS ... 117
4.4 FITTING THE SYMMETRY OF THE SUPERCONDUCTOR ORDER
PARAMETER 119
4.5 THEORY OF ASJ REFLECTIONS IN THE PRESENCE
OF RETARDATION EFFECTS 122
4.6 EXPERIMENTAL DETERMINATION OF THE MASS ENHANCEMENT
FACTOR: FROM CONVENTIONAL SUPERCONDUCTORS
TO HEAVY FERMIONS 124
4.6.1 A CONVENTIONAL SUPERCONDUCTOR: NB 124
4.6.2 MGB2: A WEAKLY CORRELATED HIGH TEMPERATURE
SUPERCONDUCTOR 125
4.6.3 HIGH T
C
CUPRATES 126
4.6.4 AN EXAMPLE OF MODERATE HEAVY FERMION: PUCOGAS . . . 127
4.6.5 STRONG HEAVY FERMIONS: UBEI
3
AND CECOIN
5
129
4.6.6 PNICTIDES 131
4.7 SPIN ACTIVE INTERFACES 132
4.8 CONCLUSIONS 133
REFERENCES 134
5 QUANTUM OSCILLATION MEASUREMENTS APPLIED TO STRONGLY
CORRELATED ELECTRON SYSTEMS 137
STEPHEN R. JULIAN
5.1 INTRODUCTION 137
5.2 THEORY OF THE DE HAAS-VAN ALPHEN EFFECT 139
5.2.1 LANDAU QUANTIZATION AND THE ONSAGER RELATION 139
5.2.2 THE EFFECT OF TEMPERATURE AND SCATTERING 142
5.2.3 THE SPIN DAMPING FACTOR 147
5.2.4 THREE-DIMENSIONAL FERMI SURFACES 150
5.2.5 THE FULL LIFSHITZ-KOSEVICH EQUATION 152
5.3 MEASURING THE DE HAAS-VAN ALPHEN EFFECT 153
5.3.1 THE FIELD MODULATION TECHNIQUE 153
5.3.2 TORQUE MAGNETOMETRY 155
5.3.3 TRANSPORT AND OTHER MEASUREMENTS 157
5.3.4 PULSED VERSUS DC FIELD 158
5.3.5 ANALYSIS OF THE DHVA SIGNAL 159
5.4 CASE STUDY: SR2RU04 160
5.4.1 SUMMARY OF NORMAL STATE PROPERTIES 161
5.4.2 SUMMARY OF QUANTUM OSCILLATION RESULTS
AND ANALYSES 161
5.4.3 CORRESPONDENCE WITH BULK PROPERTIES 167
5.5 CONCLUSIONS 169
REFERENCES 169
X CONTENTS
6 PRESSURE PROBES 173
MICHAEL NICKLAS
6.1 INTRODUCTION 173
6.2 PRESSURE GENERATION 174
6.2.1 PRESSURE CELLS 174
6.2.2 PISTON-CYLINDER TYPE PRESSURE CELLS 175
6.2.3 OPPOSED-ANVIL TYPE PRESSURE CELLS 176
6.2.4 INDENTER-TYPE PRESSURE CELLS 179
6.2.5 OTHER TYPES OF PRESSURE CELLS 180
6.2.6 ELECTRICAL CONNECTIONS 180
6.3 PRESSURE DETERMINATION AND TRANSMITTING MEDIA 181
6.3.1 PRESSURE DETERMINATION 181
6.3.2 PRESSURE TRANSMITTING MEDIA 183
6.4 PHYSICAL PROBES 183
6.4.1 ELECTRICAL TRANSPORT 183
6.4.2 THERMAL TRANSPORT AND THERMOELECTRIC POWER 184
6.4.2.1 THERMAL TRANSPORT 184
6.4.2.2 THERMOELECTRIC POWER 184
6.4.3 HEAT CAPACITY 185
6.4.4 THERMAL EXPANSION AND MAGNETOSTRICTION 186
6.4.5 MAGNETIC SUSCEPTIBILITY AND MAGNETIZATION 187
6.4.6 DE HAAS-VAN ALPHEN OSCILLATIONS 189
6.4.7 MAGNETIC RESONANCE 189
6.4.7.1 NUCLEAR MAGNETIC RESONANCE 190
6.4.7.2 ELECTRON-SPIN RESONANCE 190
6.4.7.3 MUON-SPIN ROTATION/RESONANCE 190
6.4.8 NEUTRON SCATTERING 191
6.4.9 MOSSBAUER SPECTROSCOPY 191
6.4.10 OPTICAL SPECTROSCOPY AND RELATED TECHNIQUES 192
6.5 PRESSURE TUNING OF STRONGLY CORRELATED MATERIALS 192
REFERENCES 198
7 NEUTRON SCATTERING AND ITS APPLICATION TO STRONGLY CORRELATED
SYSTEMS 205
IGOR A. ZALIZNYAK AND JOHN M. TRANQUADA
7.1 INTRODUCTION 205
7.2 BASIC PROPERTIES OF THE NEUTRON AND ITS INTERACTION
WITH MATTER 206
7.3 NEUTRON SOURCES 207
7.4 NEUTRON INTERACTIONS AND SCATTERING LENGTHS 210
7.5 CROSS-SECTION MEASURED IN A NEUTRON SCATTERING EXPERIMENT. ... 211
7.6 NUCLEAR SCATTERING IN CONDENSED MATTER 213
7.7 NUCLEAR SCATTERING IN A CRYSTAL: THE BRAGG PEAKS
AND THE PHONONS 215
CONTENTS XI
7.8 MAGNETIC SCATTERING IN A CRYSTAL: MAGNETIC FORM FACTOR
AND SPIN CORRELATIONS 218
7.8.1 THE DETAILED BALANCE CONSTRAINT AND THE FDT 219
7.8.2 ELASTIC AND INELASTIC SCATTERING 220
7.8.3 MAGNETIC ORDER AND MAGNETIC BRAGG PEAKS 220
7.8.4 MAGNETIC FORM FACTOR AND SPIN CORRELATIONS 222
7.8.5 SPIN WAVES 224
7.8.6 ANISOTROPIC MAGNETIC FORM FACTOR AND COVALENCY 225
7.9 APPLICATION TO CUPRATE SUPERCONDUCTORS 228
REFERENCES 234
8 MUON SPIN RELAXATION STUDIES OF UNCONVENTIONAL SUPERCONDUCTORS:
FIRST-ORDER BEHAVIOR AND COMPARABLE SPIN-CHARGE ENERGY
SCALES 237
YASUTOMO J. UEMURA
8.1 BRIEF HISTORY AND TECHNICAL OVERVIEW OF /ZSR 237
8.2 MAGNETIC PHASE DIAGRAMS OF UNCONVENTIONAL
SUPERCONDUCTORS 240
8.3 SEARCH FOR TIME-REVERSAL SYMMETRY BREAKING
IN THE SUPERCONDUCTING AND PSEUDOGAP STATES 246
8.4 LONDON PENETRATION DEPTH AND PAIRING SYMMETRY 247
8.5 CORRELATION BETWEEN T
C
,
SUPERFLUID DENSITY, AND SUPERFLUID
FERMI ENERGY 250
8.6 COMPARISONS OF CHARGE AND SPIN ENERGY SCALES AND BEC-BCS
CROSSOVER PICTURE 253
8.7 PHASE SEPARATION AND OVERLAP OF SUPERCONDUCTING
AND MAGNETIC STATES 256
8.8 FIRST ORDER EVOLUTION, ROTON-ANALOGUE RESONANCE MODE,
AND QUANTUM CRITICALITY 257
8.9 FUTURE OUTLOOK 259
REFERENCES 260
9 OPTICAL PROPERTIES OF CORRELATED ELECTRONS 269
DIRK VAN DER MAREL
9.1 REFLECTION OF ELECTROMAGNETIC WAVES 270
9.2 OPTICAL CONDUCTIVITY, CURRENT AND ELECTRIC FIELD 272
9.3 TRANSVERSE AND LONGITUDINAL DIELECTRIC FUNCTION 274
9.4 QUANTUM ELECTRODYNAMICS OF ELECTRONS IN A LATTICE 275
9.4.1 COUPLING OF INTERACTING ELECTRONS IN SOLIDS
TO AN ELECTROMAGNETIC FIELD 276
9.4.2 GENERAL CONSIDERATION ABOUT THE CALCULATION
OF THE LINEAR RESPONSE 278
XII CONTENTS
9.4.3 EXPANSION OF THE CURRENT OPERATOR IN POWERS
OF THE VECTOR POTENTIAL 279
9.4.4 EXPANSION OF THE HAMILTONIAN IN LEADING ORDER
OF THE VECTOR POTENTIAL 281
9.4.5 CURRENT RESPONSE TO AN APPLIED FIELD 282
9.4.6 FREQUENCY AND TEMPERATURE DEPENDENT OPTICAL
CONDUCTIVITY 285
9.4.7 THE DRUDE-LORENTZ EXPRESSION 288
9.5 SPECTRAL WEIGHT SUM RULES 288
9.5.1 K-SUM RULE 288
9.5.2 F-SUM RULE 291
9.5.3 KINETIC ENERGY SUM RULE 291
9.5.4 REGULAR PART OF THE SPECTRAL WEIGHT 292
REFERENCES 295
INDEX 297
|
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| id | DE-604.BV042223058 |
| illustrated | Illustrated |
| indexdate | 2024-12-20T17:05:11Z |
| institution | BVB |
| isbn | 9783662441329 3662441322 9783662441336 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-027661534 |
| oclc_num | 881823757 |
| open_access_boolean | |
| owner | DE-83 DE-188 DE-384 DE-355 DE-BY-UBR |
| owner_facet | DE-83 DE-188 DE-384 DE-355 DE-BY-UBR |
| physical | XXXIII, 302 S. Ill., graph. Darst. |
| publishDate | 2015 |
| publishDateSearch | 2015 |
| publishDateSort | 2015 |
| publisher | Springer |
| record_format | marc |
| series | Springer series in solid-state sciences |
| series2 | Springer series in solid-state sciences |
| spellingShingle | Strongly correlated systems experimental techniques Springer series in solid-state sciences Kondensierte Materie (DE-588)4132810-3 gnd Elektronenkorrelation (DE-588)4210527-4 gnd Starke Kopplung (DE-588)4382353-1 gnd |
| subject_GND | (DE-588)4132810-3 (DE-588)4210527-4 (DE-588)4382353-1 |
| title | Strongly correlated systems experimental techniques |
| title_auth | Strongly correlated systems experimental techniques |
| title_exact_search | Strongly correlated systems experimental techniques |
| title_full | Strongly correlated systems experimental techniques Adolfo Avella ; Ferdinando Mancini, eds. |
| title_fullStr | Strongly correlated systems experimental techniques Adolfo Avella ; Ferdinando Mancini, eds. |
| title_full_unstemmed | Strongly correlated systems experimental techniques Adolfo Avella ; Ferdinando Mancini, eds. |
| title_short | Strongly correlated systems |
| title_sort | strongly correlated systems experimental techniques |
| title_sub | experimental techniques |
| topic | Kondensierte Materie (DE-588)4132810-3 gnd Elektronenkorrelation (DE-588)4210527-4 gnd Starke Kopplung (DE-588)4382353-1 gnd |
| topic_facet | Kondensierte Materie Elektronenkorrelation Starke Kopplung |
| url | http://deposit.dnb.de/cgi-bin/dokserv?id=4694076&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=027661534&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV000016582 |
| work_keys_str_mv | AT avellaadolfo stronglycorrelatedsystemsexperimentaltechniques AT manciniferdinando stronglycorrelatedsystemsexperimentaltechniques |