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Phillips P. — Advanced Solid State Physics
Phillips P. — Advanced Solid State Physics



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Название: Advanced Solid State Physics

Автор: Phillips P.

Аннотация:

Solid state physics continues to be the fastest-growing sub-discipline in physics. This much anticipated new book provides ample background that underpins the principles of solid state physics, and moves quickly to an overview of current research in this fast-moving field. Upper division undergraduates and graduate students in physics who wish to pursue solid state physics research must master old topics, as well as problems of current interest. This book serves that purpose, and fills students' needs.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2002

Количество страниц: 386

Добавлена в каталог: 26.10.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$k$-space      216
Abrikosov vortex lattice      207
Acoustic phonons      178-179 294
Alkalis      42
Alkalis, cohesive energy of      43-45
Alkalis, kinetic energy of      43-45
Altshuler, Maslov, and Pudalov (AMP) model      310
Ampere's law      243
And perturbation theory      47
Anderson impurity and on-site repulsion      151
Anderson localization      see Anderson transition
Anderson model      53-56 68 72 73 75 77
Anderson model, equivalence of, with Kondo model      78
Anderson transition      277-285 310
Anisotropic transport      371
Anticommutation relations      20 30
Antiferromagnetic double occupancy      69
Antiferromagnetic interaction      69 73 75-77 94 97 102
Antiferromagnetic pairs      165
Anyons      370
Backscattering      291 293 294 296-297
Baker - Hausdorff identity      160
Baker - Hausdorff identity, third form of      168
Bardeen - Cooper - Schrieffer (BCS) theory      205 228 230 246
Bardeen - Cooper - Schrieffer (BCS) theory, acceptance of      256
Bardeen - Cooper - Schrieffer (BCS) theory, advantages of      256
Bardeen - Cooper - Schrieffer (BCS) theory, and Cooper pairs      210
Bardeen - Cooper - Schrieffer (BCS) theory, and electromagnetic absorption      256-260
Bardeen - Cooper - Schrieffer (BCS) theory, and electron attraction      216
Bardeen - Cooper - Schrieffer (BCS) theory, and pair amplitude      233
Bardeen - Cooper - Schrieffer (BCS) theory, and pairing hypothesis      256
Bardeen - Cooper - Schrieffer (BCS) theory, assumption of      228
Bardeen - Cooper - Schrieffer (BCS) theory, attractive interaction in      217
Bardeen - Cooper - Schrieffer (BCS) theory, ground state      234-237 247 249
Bardeen - Cooper - Schrieffer (BCS) theory, Hamiltonian      249
Bardeen - Cooper - Schrieffer (BCS) theory, model potential      246
Bardeen - Cooper - Schrieffer (BCS) theory, quasi-particle      251
Bardeen - Cooper - Schrieffer (BCS) theory, spin-lattice relaxation rate in      266-271
Bardeen - Cooper - Schrieffer (BCS) theory, superconductor      251
Bardeen-Cooper-Schrieffer (BCS) theory, ultrasonic attenuation in      260-266
Bare potential      64
Beta-function      104 287 295
Bloch assumption      190
Bohm - Staver result      202
Bohr magneton      267
Bohr radius      356
Bohr radius, definition of      3
Boltzmann equation      87 187 292
Boltzmann transport limit      292
Boltzmann transport theory      187-196 280
Born - Oppenheimer approximation      9-14
Bose - Einstein condensation      205
Bose - Einstein distribution function      185
Bose - Hubbard model      323
Bose basis      157
Bose commutation relations and change fields      164
Bose commutation relations and spin field      164
Bose metal      341-342
Bose statistics      205
Bose statistics, and commutation relations      155
Bose statistics, and harmonic excitations      149
Bose statistics, of fermion currents      157
Boson fields      156 157 158 160 164
Boson fields, and fermion fields      157
Boson fields, charge      164-165
Boson fields, spin      164-165
Bosonization      149 152 157 160 161 165 167
Bosonization, and fermion fields      161
Bosonization, and field operators      162
Bosonization, and Klein factors      159
Bosonization, utility of      164
Bosons      157 158 163 168
Bosons, $n$-particle state      18
Bosons, and electrons      158
Bosons, field theory of      149
Bosons, harmonic-chain and Hamiltonians      177
Bosons, interchange      369-370
Bosons, operators      19
Bosons, system      17
Bound state      96 97
Brillouin - Wigner theory      61
Cayley tree      284
Center of mass, momentum      223
Center of mass, Schr$\ddot{o}$dinger equation      220
Cesium      3
Chalker - Coddington tunneling network model      364
Chiral Luttinger-liquid model      369
Chirality of edge currents      360-361 369
Classical heat capacity      8
Coherence factors      234
Condensation energy      243
Conductance      286-291
Conductance, approximating relaxation-time      190-191
Conductance, Drude formula      186-187
Conductance, in metals      186-196
Conductance, relaxation-time approximation      199
Conductivity      see Conductance
Conductivity exponent      290
Cooper bound state energy      230
Cooper instability      223 224 228
Cooper pair problem      221
Cooper pairs      205-206 210 219-223 271 272 305-308 312 342-345
Cooper pairs, in singlet channel      248
Cooper pairs, pair amplitude      see Pair amplitude
Cooper pairs, pair-binding energy of      223
Cooper pairs, problem      221
Cooper pairs, radius of gyration of      223
Cooper pairs, singlet      251
Cooper problem      224 230 245
Correlation energy      48
correlation length      309
Coulomb energy      44-45 151 366 369
Coulomb energy, at Hartree - Fock level      44
Coulomb energy, electron-electron      42 44
Coulomb energy, energy of Wigner solid and      45
Coulomb integrals      219
Coulomb interactions      43 75 149 165 172 217 371
Coulomb interactions, direct      30
Coulomb interactions, two-electron      32-33
Coulomb potential      41 226
Coulomb potential, Fourier transform      225
Coulomb repulsion      37 45 59 63 69 77 94
Coulomb repulsion, between electrons      54-55
Coulomb's law      167
Critical magnetic field      243-244
Critical points      324
Curie law for free magnetic moments      71
dc Josephson effect      271
Debye energy      217
Density of states      60-63 69
Density of states, and average occupation      65
Density of states, and Kondo temperature      97
Density of states, and relaxation time      195
Density of states, and resonance peak      94
Density of states, as constant      96
Density of states, at Fermi level      93
Density of states, per unit energy      68
Density of states, single-particle      5-6 78
Density of states, single-spin electron      82
Density response      125-127
Density response, Fourier transform for      127
Density response, Hamiltonian for      126
Density response, Heisenberg equation of motion and      126
Density response, Thomas - Fermi screening and      127
Dephasing length      294 296
Dephasing time      299
Dielectrical-response function      127-130 138-141
Dielectrical-response function, and Friedel oscillation      141
Dielectrical-response function, and Hartree - Fock theory      129
Dielectrical-response function, and Kramers - Kronig relationship      139
Dielectrical-response function, Coulomb interaction and      128
Dielectrical-response function, Fourier transform for      128
Dielectrical-response function, random-phase approximation (RPA) for      129
Dielectrical-response function, RPA screening effects      see Screening effects in random-phase approximation
Dielectrical-response function, structure function      see Structure function
Dielectrical-response function, Thomas - Fermi approximation      129
Dielectrical-response function, Thomas - Fermi screening      128
Diffusion constant      304
Dirac sea      150 153 154 155 156
Dirac theory      153
Dirac's identity      91
Direct Coulomb interaction      46
Disorder and residual resistance      196
Disorder-driven insulator-metal transition      see Anderson transition
Disorder-induced localization transition, controversies surrounding      277-278
Dispersion relations      151
Distribution function      5
Distribution function, definition of      2
Drift-velocity ansatz      192-193
Drude dc conductivity      280
Drude form      292
Drude formula      186-187
Eigenstates      1-2
Eigenvalue equations      96 221
Eigenvalue equations, for subsystem of two particles      219
Eigenvalue equations, nuclear and electronic      12
Einstein relationship      287
Electrogas      149
Electromagnetic absorption      256-260 261
electromagnetic field      258
Electron density      153 155 168
Electron density, and spin fields      168
Electron density, charge fields      168
Electron density, Fourier components of      149
Electron gas      153 157 167
Electron gas, bosonized view      172
Electron gas, energy of      47-48
Electron gas, Fermi-liquid theory      224
Electron gas, Hartree - Fock approximation      36
Electron gas, interacting      35-49
Electron gas, low-density      45
Electron gas, noninteracting      1-8
Electron gas, uniform      36-39
Electron gas, zero-momentum modes      158
Electron interactions      365
Electron interactions, and Coulomb direct term      36
Electron number density      200
Electron spin resonance (ESR)      53
Electron-electron interaction      217 226
Electron-electron repulsion      217
Electron-electron scattering      298
Electron-hole pair      213
Electron-ion potential      180
Electron-ion wave function      12
Electron-nucleus interaction series      269
Electron-phonon coupling constant      180
Electron-phonon coupling interaction      214-217
Electron-phonon Hamiltonian      182 260-261
Electron-phonon interaction      179-184
Electron-phonon interaction, phonon absorption rates of      183
Electron-phonon interaction, phonon emission rates of      184
Electron-phonon term      180
Electrons      158 159 165 167 171 172 266
Electrons in metals      1
Electrons in metals, definition of      1
Electrons, and conduction      42
Electrons, and Coulomb repulsion      45
Electrons, and edge current      360
Electrons, and exchange cloud      38
Electrons, and exchange hole      31
Electrons, and exchange interactions      31
Electrons, and flux attachment      371
Electrons, and net attraction in A>space      216
Electrons, and noninteracting problem      27
Electrons, central potential and      43
Electrons, core      9
Electrons, density of      356
Electrons, in Luttinger liquid      171
Electrons, interaction of      224
Electrons, interchange of      369-370
Electrons, kinetic energy of      11 42 43
Electrons, mass      10 39
Electrons, of like spin      38
Electrons, pair-binding of      218
Electrons, scattering of      213
Electrons, spinless      170
Electrons, valence of      10
Electrons, velocity of      9-10
Energy conservation      224 225
Energy gap      205 244-247
Entropy, calculation of low-temperature      7
Entropy, definition of      4
Entropy, low-temperature      8
Entropy, per unit volume      7
Entropy, temperature derivative of      5
Eons      see Holons
Equilibrium Fermi - Dirac distribution function      188 190
Equilibrium Fermi - Dirac distribution function, and stress tensor      198
Essential tension      320-321 323
Essential tension, and Hamiltonian example      320
Exchange hole      31 38
Excitation spectrum      167-172
Excitation spectrum, and temperature dependence      171
Excitation spectrum, for noninteracting electrons      150
Exclusion principle      38 43
Extended states      300 305
Factoring, general rules for      30
Fermi - Dirac anticommutation relationships      248
Fermi - Dirac distribution      227 252 254
Fermi - Dirac distribution, definition of      4
Fermi - Dirac statistics      31
Fermi contact      266 267
Fermi distribution      85
Fermi distribution function      84 135
Fermi distribution weight factor      246
Fermi energy      39 216 223 244-245
Fermi factors      152
Fermi level      27 56 66-67 93 101 102 109 150 151 167 168 170 171 172 212 219 226 231 246 361
Fermi level, and density of states      78
Fermi level, and energy conservation      224 225
Fermi level, and Landau levels      357 359
Fermi level, and quasi-particle lifetime      224
Fermi level, and scattering rate      224-226
Fermi liquid      165 167 170
Fermi points      151
Fermi sea      94-95 219
Fermi sea, ground state      27
Fermi surface      56 81-82 91 97 103 151 219 224 227 228 230 245 246 259 264 371
Fermi surface and Cooper instability      223
Fermi surface and drift-velocity ansatz      192-193
Fermi surface and mass of electron      39
Fermi surface and phonon absorption      185-186
Fermi system      149
Fermi system, superconductivity      165
Fermi velocity      41 152 164 168 227
Fermi velocity and ion velocity      10
Fermi's golden rule      56 142 262-263
Fermi's Golden Rule and phonon absorption rates      183
Fermi's Golden Rule and phonon emission rates      184
Fermi-liquid theory      224-228 285-286 312 369
Fermi-liquid theory, quasi particles      224 226
Fermion current      157
Fermion current, conservation of      156
Fermion fields      151 157 161
Fermion fields, and boson fields      157 158
Fermion fields, Fourier components in      152
Fermion operators      20-24
Fermion operators, one- and two-body      20 22
Fermion theory and equivalent boson theory      157
fermions      162 163 165
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