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Mourachkine A. Ч High-Temperature Superconductivity in Cuprates: The Nonlinear Mechanism and Tunneling Measurements
Mourachkine A. Ч High-Temperature Superconductivity in Cuprates: The Nonlinear Mechanism and Tunneling Measurements



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Ќазвание: High-Temperature Superconductivity in Cuprates: The Nonlinear Mechanism and Tunneling Measurements

јвтор: Mourachkine A.

јннотаци€:

The main purpose of this book is to present a description of the mechanism of high-temperature superconductivity and to discuss the physics of high-temperature superconductors. After a description of the BCS model of superconductivity in metals, chapters cover cuprates and their basic properties, anomalies in tunneling spectra, nonlinear excitations in solitons, evidence for soliton-like excitations in cuprates, the mechanism of C-axis phase coherence, and the mechanism of high-Tc superconductivity. The author is affiliated with the Université Libre de Bruxelles, Belgium.


язык: en

–убрика: ‘изика/

—татус предметного указател€: √отов указатель с номерами страниц

ed2k: ed2k stats

√од издани€: 2002

 оличество страниц: 317

ƒобавлена в каталог: 15.08.2008

ќперации: ѕоложить на полку | —копировать ссылку дл€ форума | —копировать ID
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ѕредметный указатель
$B_{c2}$-critical field      22 65 94
$B_{c3}$-critical field      23
$B_{cl}$-critical field      22 65 94 121
$B_{c}$-critical field      22
$C_{60}$      51 62 180 253Ч254
$K_{2}NiF_{4}$      44
$MgB_{2}$      245 247 251Ч252 254
$Nb_{3}Gc$      242 251
$\mu SR$-Muon Ч Spin Ч Relaxation measurements      198
A-15      7 242
A-15-crystal structure      242
ac-Josephson effects      25 122
Ac-susceptibility measurements      61 200
Acoustic measurements      44 46 78Ч80 85 156 182 187 213 227 231 236Ч237 251
Acoustic mode      14 70 184Ч185
Andreev reflections      33 67 272 283
Anomaly in l(V)      91 143
Antiferromagnetic      5Ч6 37Ч38 40 43 52 54 65 71 73 76Ч77 83Ч86 129 155 158 186 190Ч191 193Ч196 198Ч199 204Ч205 208Ч209 215 221Ч222 225 227 229Ч230 232 235Ч238 240 244 249 254 273 277
Antiferromagnetism      43 45 190Ч191 193 244
Apicel oxygen      38
BCS theory      1 5 12
Bechgaard salt      213
Bi2212      41
Bi2212-crystal structure      41
Bisoliton      5 164
Bisoliton model      164
BKBO      62 251Ч252 254
Borocarbides      191 193 233 253
Bose Ч Einstein condensation      62 210 231 246 249 259
Bosons composite      210 258Ч259 282
Bragg peaks      73 76
Break junctions      91 302
Brillouin zone      14 18
BTK model      91 296
Chains in YBCO      40 60 62 79 85 155 193 215 217 232 261 290
Charge density waves CDW      76 78 155
Charge inhomogeneity      52 213 218
Charge reservoirs      36 42 48 50Ч51 208
Charge stripes      6 46 52 54 58 60 70 74 76Ч78 83Ч86 88 155Ч156 158Ч159 161 174 185 208 212Ч215 217 219Ч220 224Ч225 227Ч229 235Ч236 265 299
Charge-stripe excitations      216 218 236Ч237 239
Chevrel phases      7 62 190 244
cis-polyacetylene      123Ч126 128 138
Coherence length      2 19 22 24 36 43 50 60 64 66 175 178 183 186Ч187 189Ч190 208 218 234Ч235 243 248 251 253
Condensation energy      62Ч63 258
Cooper pairs      1 13
Coulomb repulsion      13 165 172 186 236
Critical current      24 49 65
Critical temperature      1
Curie temperature      85 159 161 192 196
D-wave      21 68 92 154 195 232 234 237Ч238 240 249 253 272 283 286 292 294
Davydov soliton      130Ч131 135 164
dc-Josephson effects      25 161 230 263 282
Debye frequency      16
Density of states      16 18 28 31 82 125 128 137Ч138 148Ч149 184 259 268 270 273 297 303Ч301
Different types of solitons      116
dispersion      70 75 102 105Ч106 113 120 130 141 180 185 229
dispersion relation      14
DNA      253
domain walls      6 74 78Ч79 88 124 129Ч130 157 218
Doping      37 39 47 50
Doping level of cuprates, optimally doped      50
Doping level of cuprates, overdoped      50
Doping level of cuprates, underdoped      50
Doping level of cuprates, undoped      50
Effect of impurities      25 49 64 235
effective mass      62 132 134 164 169 177 182
Effective mass anisotropy      57
Einstein, A.      1 101 143 241
Elastic coefficients      26 79Ч80 85 156 187 243
Electron-phonon interaction      3 5 16 26 66 79 164 167 169 174 180Ч181 185Ч186 189 197 208Ч210 212 214 224 235 248 250
Electrosoliton      130 164 176 178 184 218
Eliashberg function      16 185 211 251
Energy gap      2 12 18 67
Energy scales in cuprates      67 219 263
Envelope soliton      119 129Ч130 135 139 141 151
Exciton      195 225 229 236
Fermi energy      15 26 169 211
Fermi liquid      12
Fermi surface      15 18 21 24 50 82 126 155 166 173 210 215 231
Fermi velocity      19 60 251
Fermi wave vector      15 166
Ferromagnetic      129Ч130 158Ч159 192Ч195 225Ч226 229 233 249 253
Fluxon      121Ч122
Gap distribution      260
Giaever, I.      27
Ginzburg Ч Landau theory      4 19 21 23 121 234
Gor'kov, L.P.      5 20 81 218 231
Gorter Ч Casimir model      4
Hall effect      237
heat capacity      26 55 63 85
Heavy fermions      2 5 7 21 61Ч62 68 71 86 190 193 221 226 232Ч233 240 245 249 253 283
Heisenberg Hamiltonian      72
Heisenberg model      86
Impurity, magnetic      64
Impurity, nonmagnetic      64
Incommensurate peaks      71 73Ч76 201Ч202 215 225
Infrared measurements      61 82 155 199 227 242
INS-Neutron measurements      6 70Ч71 154 184 195 203Ч204 210 229
Interlayer coupling      158 189 197
Isotope effect      2Ч4 12 16Ч17 55Ч56 212
Josephson coupling      67 189 247Ч250 259
Josephson current      32 93 122 151 256 260 283 285 287Ч288 292
Josephson effects      5 24
Josephson junction      121
Josephson length      122
Josephson product      31 144 146Ч147 204 280 292
Josephson, B.D.      5
Kamerlingh Onnes, H.      4 11
KdV equation      105Ч106 110 113 116
Landau, L.D.      4 12
Lattice vibrations      13 16 70 175 193 214 239
Linear electron-phonon coupling      248
Longitudinal coefficient      46 157 187 244
Longitudinal phonons      17 231 239
Longitudinal velocity      46 114 133 157 165 173 177 182 239
LSC0-crystal structure      37
LSCO      37
LSMO manganite      158 160Ч161 218 298Ч299
Magnetic resonance peak      73 75 154 195 200 202Ч203 210 225 227 229 262 299
Magnon      129 182 195 225Ч226 229 236
Manganites      77 158 161 212Ч214 219 224 227 229 245 297
McMillan equation      16
Meissner effect      4 11 20 121 192
Microbridge      33
Microwave loses      25
Microwave measurements      61 155 200
Mixed state      4 21Ч22
Mott insulator      35 71 73 158 193 208
Muon Ч Spin Ч Relaxation measurements      61 195 199Ч200
Nanotubes      253Ч254
NCCO      43
NCCO-crystal structure      43
Neel temperature      43 85Ч86 190 196 199 225 253
Nernst effect      237
Neutron measurements      16 44 77 84 227
nh      17 19 21 30 62 211 251 254 292 296
Nickelates      54 70 76Ч78 158 161 212Ч215 219 224 227 229 245
NLS equation      119Ч120 129Ч131 141
Nonlinear electron-phonon coupling      248
Nonlinearity      102 105Ч106 112Ч113 120 130Ч132 141 180
Nuclear magnetic resonance      6 82Ч83 158 221 227 237
Optical mode      70 184Ч185 214
Order parameter      6 20 22 68 87 92 190Ч191 194Ч195 205 209 231 233Ч237 240 248Ч249 252Ч253 272 283 290 292 294
Organic superconductors      2 7 21 62 190 205 217 240 245 253
Orthorhombic      39Ч40 43 47Ч48 199 253
Oxides      2 5 7Ч8 26 36 208 238 245
Pairing mechanisms      248
Penetration depth      20 22 25 36 43 57 60Ч62 122 201 234
Perovskite      36 50 158 174 193 230 241 245
Ph      31 99
phase diagram      38 41 43Ч44 50 68 77 83 136 194 198Ч199 202 219 222Ч224 230 235 237Ч238 253 263 294
Phase stiffnes      2 24 66 68 282
Phase-coherence mechanisms      249
Photoemission measurements      82 179
Photoemission measurements ARPES      57 67 69 181 185 215 220Ч221 232 237 255 257Ч261 265 268
Plateau 60 K      41
Point contacts      91 293 303
Polyacetylene      123 214
Principles of superconductivity      246
proximity effect      230 238
Pseudogap      6 46 57 70 76 82Ч85 92Ч93 96 98 144Ч147 149Ч151 153 155 158 160 179 195 200 211 218 237Ч238 265Ч273 276 279 288Ч289 294 296Ч297 301
Quantum critical point      84 192 194Ч195 205 221 223 236
Quasiparticles      12
Raman effect      141
Raman measurements      82 181
Russell, J.S.      4 103Ч104
Ruthenocuprates      193 232
S-wave      20 31 33 68 92 194Ч195 231Ч233 237Ч238 240 248 252 265 292 294
Self-trapped states      123 130 133 176 178 208 211 213Ч214 250
Sharvin limit      33
Sine Ч Gordon equation      116
Soliton      103
Spin density waves SDW      74 227
Spin fluctuations      5 52 67 69 71 75 86 88 187 192 194Ч195 197 199Ч200 202Ч205 209Ч210 222 224 226Ч228 231Ч232 234Ч236 239Ч240 247 249Ч250 253Ч254 272
Spin glass      38 187 230
Squid      87
Strong coupling      137
Structural phase transition      39 43 46 85 88 136 158 211 213 219 222 224 228 243 251
Superconductors type-I      21
Superconductors type-II      4 21 23 65 121 254 290
Surface superconductivity      23
Tetragonal      36Ч37 39Ч44 48 199 228 243
Topological solitons      110 114 118
Transition, martensite      243
Transversa coefficient      26 46 79 81 187 244
Transversa phonons      17 231 239
Tunneling matrix      31 297
Tunneling measurements      27 91 143 255
Two-fluid model      4
Uemura plot      61
Ultrasound      26 79 156
Velocity of sound      26 46 114 133 157 165 173 177 182 187 231
Vortices      4 21-22 87 94 103 121 237 289 291
X-ray measurements      44 84 302
YBCO      39
YBCO-crystal structure      39
Zero-bias conductance peak      282Ч283
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