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Gruener G. — Density waves in solids
Gruener G. — Density waves in solids

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Название: Density waves in solids

Автор: Gruener G.

Аннотация:

Through his seminal experiments and his careful attention to comparing theory with experiment, George Grner has played a leading role in elucidating this important frontier topic in condensed-matter physics.


Язык: en

Рубрика: Физика/Физика твёрдого тела/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1994

Количество страниц: 259

Добавлена в каталог: 10.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$(TaSe_{4})_{2}I$      24 59 67 68 132 204 207 240 3 59 67 204 215 240 2 179
$(TMTSF)_{2}PF_{6}$      25 27 28 29 81 84 135 178 180 181 196 2 80 82 83
$NbSe_{3}$      24 58 59 60 62 63 67 195 204 207 217 237 240
$\mathrm{(MDT-TTF)_{2}Au(CN)_{2}}$      81 85
$\mathrm{(MDT_TTF)_{2}X}$      2 29
$\mathrm{K_{0.3}MoO_{3}}$      177 178 179 181 215 240
$\mathrm{K_{2}Pt(CN)_{4}Br_{0. 3}-3. 2H_{2}O}$      18 19
$\mathrm{Rb_{0.3}MoO_{3}}$      69 70 195
Amplitude, excitations      107 108 115 116 124 125
Amplitude, fluctuations      88 127 166
Amplitude, mode      106 107 109 118 121 125 129 132
Amplitude, Soliton      147
Amplitudons      11
Amplitudons, Anderson — Higgs mechanism      118
Anisotropy energy      81
Antiferromagnet      72 85 107 126
Antiferromagnetic resonance      133
BCS, relation      12 43
BCS, theory      46 67 85
Broad band noise      (see “noise” “broad
Broken symmetry ground states      11
Carlson — Goldman mode      120
Charge density wave      11 18 40 45 70 86 107
Charge density wave, amplitude of      194
Circle map      224
Classical particle model      184 192 224 233
Clean limit      170
Coherence, factors      50 51 53 78
Coherence, length      12 32 64 79 86 90 95 100 112 121 166
Cole — Cole expression      173 178
Collective mode      11 14 164 169 239
Collective mode, equation of motion of      185
Collective mode, impurity interaction      161 183 189
Collective mode, internal deformation of      181
Collective mode, pinning of      174
Collective mode, resonances      175
Commensurability effects      44 137
Commensurability energy      146
Commensurate      136 141
Commensurate, ground state      31
Commensurate, modulation      31 67 70 194
Commensurate, nearly commensurate      136 141
Condensate, condensation energy      43 107 112 137 138 147
Condensate, translational motion of      195 196
Conductivity, anisotropy      19
Conductivity, cordial      187
Conductivity, differential      187
Conductivity, Drude      19
Conductivity, nonlinear      182
Conductivity, optical      104 167 168 169—70 172 176 179
Continuity equation      165
Cooper channel      9
correlation length      13 97 98 101
Correlation length, phase-phase      13 97 98 101 140 182 192 231
Coupling, electron-electron      10 16 74
Coupling, electron-phonon      16 32 43 46 62 67 176
Coupling, exchange      126
Critical, exponent      69
Critical, fluctuations      1 1 1 104
Critical, region      101 104
Crossover, dimensional      97
Crossover, temperature      98
Current correlation      199 237
Current, density      187
Current, Fourier transformed      200
Current, frequency relation      204
Current, oscillation      188 191 206 208 209 235 236 241
Current, time average of      198
Current, voltage characteristics      191 192 196 200 228
Cutoff frequency      50
Damping (of the collective mode)      164 175
Debye, approximation      123
Debye, relaxation      173
density      12 46 47 77 111 116 119
Density fluctuation      9 13
Density of states, phonon      90
Density of states, single particle      2 41 90
Density wave      (see “Density wave” “Nearly
Density wave, commensurate      138 141 146
Density wave, deformation      173
Density wave, displacement      173
Density wave, nearly commensurate      147
Density wave, polarization      173
Density wave, sliding      182
Density wave, transport      184
dielectric constant      118 167 171
Differential conductivity      (see “Conductivity” “Differential”)
Differential resitivity      (see “Resistivity” “Differential”)
Dirty limit      170
Discommensuration      137 146
dispersion relation      140 141
Dispersion relation, amplitude mode      110 125
Dispersion relation, phase mode      110 121
Dispersion relation, phonon      36 37 38 61
Dispersion relation, quasiparticle      40 76 138
Dispersion relation, single particle      44 78 2 2 29 30 81 85 2 29
Drude model      19
Drude, response      177
Easy axis      82
Elastic constants      55
Electric, current density      113
Electric, field gradient      68
Electromagnetic absorption      53 54
electron-hole pairs      6
Enhancement factor      73 126
Equipartition theorem      89
Exchange constant      82 108
Exchange, interchain      87 94 95
Excitation spectrum, collective mode      11
Excitation spectrum, single particle      10 171
Excitation, collective      13 81 107
Excitation, nonlinear      136 137
Fermi, energy      26 39
Fermi, liquid      72
Fermi, surface      5 9 72
Fluctuation-dissipation theorem      90 96
Fluctuations      13 87 99
Fluctuations of the order parameter      110
Fluctuations, temporal      199
Fractal dimension      225
Free energy      49 109
Frenkel — Kontorova model      243
Frohlich — Hamiltonian      35 87 91
Fukuyama — Lee — Rice model      208 229
G-ology picture      10
Gap, energy      11 50 63 115 137
Gap, frequency      118 125
Gap, single particle      32 41 45 50 55 64 77 79 107 177 178 181
Gap, superconducting      11
Gauge symmetry      11
Gaussian, approximation      97
Gaussian, noise      (see “Noise” “Gaussian”)
Ginzburg critical region      102
Ginzburg — Landau expansion      191
Ginzburg — Landau, free energy      78 110
Ginzburg — Landau, functional      96
Ginzburg — Landau, parameters      115 116
Ginzburg — Landau, theory      49 88 93 97 107 108 137 150
Ground state energy      77
Ground state energy, wave function      43
Harmonic mixing      196 199
Hebel — Slichter peak      55
Heisenberg, antiferromagnet      14
Heisenberg, Hamiltonian      133
Hubbard — Hamiltonian      71 87
Impurity      170 172
Impurity, pinning      154 193
Impurity, potential      150 172
Incommensurate, density wave      9 15 44 66 69 141 170
Interaction, coulomb      71 79 85 86 93 118 121 126 127 128—29
Interaction, electron-electron      17 20 31 71
Interaction, electron-phonon      34 35 50
Interaction, interchain      92 147
Interchain interactions      (see “Interaction” “Interchain”)
Interference, effects      218 232 239
Interference, experiments      200 236
Interference, peaks      223 232
Internal magnetic field      83 84
Joephson, junction      188 212 217 226 232 241
Joephson, tunneling      51
KCP      24 59 61 62 67 132
Kohn anomaly      31 32 61
Lagrange equation      109
Lagrangian density      109 166
Landau, theory      48 88
Landau, theory, free energy      48
Lattice, distortion      17 23 32 37 42 55 65 66 89
Lattice, modulation      66
Lattice, vibrations      33
Lindhard response function      2 7 74
Linear response theory      2
Local deformation (of the collective mode)      174
Long range order      14 65 86 87 92
Longitudinal mode      110
Magnetic, excitations      133
magnetization      73 135
Magnetization, staggered      91
Magnon, disperion relation      126
Magnon, excitation spectrum      134
Mass, band      16
Mass, effective      117 131
Mass, enhancement      128 168 2 2
Mean field, approximation      38 72 86 95
Mean field, solution      72 86
Mean field, theory      32 72
Mean field, transition temperature      98
Metal insulator tranition      72
Mode locking      205 213 221 229 230
moment      75 81
Moment, response      81
Moment, susceptibility      17 26 60 61 133
Muon spin rotation      84 85 135
Nearly commensurate      136
Nesting (of the Fermi surface)      4 5 84 94
Neutron scattering      55 56 91 101
Noise, broad band      211 212 237 240
Noise, Gaussian      210 1 211
Noise, narrow band      201 209
Nuclear, magnetic resonance      68 69 85
Nuclear, spin lattice relaxation rate      55
One-dimensional electron gas      16 18 35
Optical conductivity      (see “Conductivity” “Optical”)
Order parameter      11 37 39 46 49 65 66 67 75 78 85 87 88 101 106 108
Organic linear chain compounds      25
Pauli susceptibility      20
Peierls — Frohlich — Kuper ground state      32
Peierls, channel      9
Peierls, channel, transition      32
Periodic, charge density      44
Periodic, lattice distortion      91
Phase, -phase correlation length      90 154 161
Phase, coherence      154
Phase, diagram      11
Phase, excitation      108 116 117 124 125 127 141
Phase, fluctuations of      90 109 166
Phase, locking      227
Phase, mode      106 109 115 118 127 165
Phase, oscillations of      179
Phase, slip      191
Phase, Soliton      147
Phase, synchronization      237
Phase, transition      37 45
Phase, velocity      128
Phason      11
Phason, velocity      115 129
Phonon, dispersion relation      (see “Dispersion relation” “Phonons”)
Phonon, frequency      25 36 62 67
pinning      164
Pinning, energy      161 162
Pinning, frequency      172 180
Plasma frequency, collective mode      171
Plasma frequency, single particle      17 18 24 119
Pseudogap      91 103
Quasiparticle      46
Quasiparticle, annihilation of      53
Quasiparticle, creation of      53
Quasiparticle, scattering of      53
Raman scattering      129 131 132 3 3
Rectification      1 197
Reflectivity      26 28
Relaxation time      70
Resistivity, de      56 58 59 79 80
Resistivity, differential      222
Response function      1 5 7
Restoring force      163 164 172
Scaling      154
Scattering intensity      65
Semiconductor model      51
Shapiro steps      212 217 223
Sine — Gordon equation      141
Single particle, excitations      107
Single particle, gap      163
Soliton      142 143
Soliton, energy      149
Soliton, lattice      146 147
Specific heat      47 49 55 58 104 123 124 161 162
Spectral weight      170 176 181
Spin density      74
Spin density wave      11 71 81
Spin density wave, fluctuations      15
Spin density wave, ground state      16 25 29 78 107
Spin density wave, modulation      75 80
Spin density wave, state      81
Spin excitations      107 126 133
Spin flip, processes      54
Spin flip, transitions      82
Spin orbit interaction      127
Spin subbands      72
Spin wave      127
Structure factor      100 101
Sum rule      168
susceptibility      73 90 100
Tetrachalcogenides      21
Thermal, expansion      55 104
Thermal, fluctuations      132
Thomas — Fermi approximation      3
Thomas — Fermi wavevector      119
Threshold field      185 189 218 2 6
Transition metal, bronzes      22
Transition metal, chalcogenides      20
Transition temperatures      64 69 86
Translational symmetry      11
Transverse mode      110
Tunneling      50 63 94
Tunneling, conductance      51
Tunneling, current      51
Tunneling, microscope      55
Tunneling, Zener      197
Two fluid model      197
Ultrasonic attenuation      52 53 54 79
Weak coupling, limit      48 126
Weak coupling, theory      32
X-ray scattering      55 66 91
XY model      105
Zener tunneling      (see “Tunneling” “Zener”)
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