Brewer D.F. — Progress in Low Temperature Physics. Volume X :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Brewer D.F. — Progress in Low Temperature Physics. Volume X

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Progress in Low Temperature Physics. Volume X

Автор: Brewer D.F.

Аннотация:

The present volume is largely concerned with helium, as the variety of physics encompassed in the thermal, magnetic and hydrodynamic properties of liquid and solid helium is considerable - it is in many ways a model condensed system.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1986

Количество страниц: 465

Добавлена в каталог: 13.01.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$A_{1}$ phase      23
tensor      44
characteristics      85 90 91 92
vortex      19 52
-wave pairing      10
-wave scattering length      337
-operator      246
vortex      19 24 53
vortex      58
$\beta$ -Decay      356
$\hat{I}$ texture      60 64 65 66
$\hat{n}$ texture      14 23 27 30 39 41 65
$\hat{n}$ texture in cylinder      26
$\varepsilon$ -integrated Green’s function      396
${}^{3}He$ atomic impurities      96 104
${}^{3}He$ impurities      127
${}^{3}He$ in ${}^{4}He$       122
${}^{4}He$ bcc phase      97
${}^{4}He$ — ${}^{3}He$ liquid solutions      124
A-phase radial disgyration      53
Accommodator      194
Activation energy      91 93 94 95 97 98 99 105 106 114 115 125 127 129 130 131 132
Adatom      104 105 128 129 130 133
Adsorption energy      154 174 195 205 207
Adsorption isotherm      153 155 201 347 349 350
Adsorption potential      175 176
Adsorption time      178
Agnolet, G.      353 368; D.
Ahlrichs, R.      170 564
Ahn, R.M.C.      291 311 312 313 318 564
Alexander, J.A.X.      413 415 421
Allen, A.B.      409 422; F.S.
Allen, A.R      78 94 134
Allen, D.W.      157 566; H.
Allen, P.B.      373 402 408 409 412 415 416 419 421 406 420 421 406 408 423; F.J Butler W.H
Allison, A.C.      307 364
Alt, E.O.      253 364
Ambegaokar, V      23 70
Amdur, I      239 364
Amit, D.      83 134
Andersen, O.K.      402 423; A.R.
Anderson — Toulouse vortex, doubly quantized      55
Anderson, P.W.      3 11 25 55 70 21 403 421; W.F. Cohen M.L Engelsberg S.
Andreev, A.F.      77 78 108 109 110 112 114 352 134 364
Andronikashvili, E.L      3 70
Anisotropic energy gap      49
Anisotropy      43 63
Anisotropy in ${}^{3}He — A$       67
Anisotropy of ionic mobility      68
Antonov, V.N.      406 420 422; W.
Appel, J.      413 421
APW      406
Araki, K.      90 135; J.
Archie, C.N.      21 71; W.P
Areal density      15
Ashcroft, N.W.      401 406 422; J.E.
Ashkenazi, J.      406 412 415 420 423; M
Ashraf, M      406 421
Atkins, K.R      79 179 352 353 134 364
Audoin, C,      157 368; P.
Avery, J.      399 401 421; J.P
Axisymmetric modes      38
Axisymmetric structure      18
Axisymmetric vortices      22
Axisymmetry      17
B $\ddot{o}$ heim.J.      184 365
B-phase energy gap      25
B-phase superfluid density      15
Balian, R      15 70
Balling, L.C.      303 364
Band-structure Hamiltonian      393
Band-structure theory      401
Bardeen, J.      412 421
Baron, R.      88 134
Barrier      82
Barrier $V_{0}$       121
Barwell, M.G,      164 567; R.J
Bashkin, E.P      226 341 564
Bass, A.M.      155 564
Bassani, F.      402 421
bcc ${}^{3}He$       91 119 127 129
bcc ${}^{4}He$       94 98
bcc-hcp phase transition      92 95 96 97 130
BCS coherence length      12
BCS Theory of Superconductivity      10
Bear, D.R.      95 127 131 135; S.M.
Beasley, M.R      375 421
Bedell, K.S      21 70
Bell, D.A.      220 223 233 235 564 148 153 188 206 207 220 229 233 234 235 293 357 566; H.F
Bell, R.J.      331 564
Bending energy      12
Benneman, K.H.      375 421
Bergmann, G.      412 419 421
Berk, F.M      400 421
Berk, N.F.      375 376 400 421
Berkhout, J.      163 214 216 227 228 370; G.H.
Berlinsky, A.J      151 222 225 303 306 307 310 340 356 564 365
Berlinsky, A.J,      239 241 258 366 155 163 174 188 189 211 212 224 225 241 259 566 163 178 186 207 208 209 212 361 567 163 187 188 205 206 207 209 210 212 303 307 368 206 207 220 221 229 369 163 203 214 218 221 229 258 311 345 369 181 361 570; J.M Hardy W.N. Jochemsen R. Morrow M. Reynolds M.W. Statt B.W. Zimmerman D.S.
Bernstein, R.B.      239 369; R.E.
Bigelow, N.      151 163 189 226 227 345 567 163 206 207 212 213 217 218 219 222 225 226 370; B.R. Yurke B.
Bilz, H.      410 422; W.
Bird, R-      320 365; J.
Bishop, D M.      170 565
Bloch functions      394
Bloch-function representation      394
Bodensohn, J.      133 134 123 137; D.
Bohr magneton      156
Bolometric detection      196
Bonzel, H.P.      105 134
Bose condensation      4
Bose statistics      149 153 185 349 356
Bouchaud, j.p.      303 307 346 365
Bound dimer      167
Bound ion-vacancy state      132
Bound pair      62
Bound states      64
Bound states in two dimensions      66
boundary conditions      24 36
Boyer, L.L.      410 422 410 420 423; B.M. Papaconstantopoulos D.A.
Bozler, H.M.      24 71; U.E
Bredohl, H.      239 240 365
Brenig, W.      182 365 184 365; J.
Bridges, F.      206 207 220 221 229 369; M.W.
Brinkman, W.F.      12 13 21 24 25 26 28 32 36 43 45 49 69 70 11 70 25 32 71 24 36 72see P.W. Engelsberg S. Osheroff D.D. Smith H.
Briscoe, C.V.      84 137; W.
Brisson, J.G.      206 207 222 363 366 163 214 216 227 228 370; H.P. van G.H.
Broida, H.P.      155 364; A.M.
Broken spin-orbit symmetry      23
Bruschi, L.      117 118 154
Bubble decay      224
Buchholtz, L.J.      36 55 70
Buhrman, R.A.      21 71; W.P.
Bulk order parameter      12 14
Bulk phases; ${}^{3}He$ and       11
Bulk quadratic energy      12
Bunkov, Yu.M.      69 70 23 30 31 32 38 71; P.J.
Butler, W.H.      406 408 409 415 420 421 423; F.J.
Callaway, J.      84 136; R.W.
Canonically conjugate operators      33
Carbotte, J.      419 423; B.
Carbotte, J.P.      406 419 421 419 423 406 408 424; S.G. Tomlinson P.G.
Careri, G.      80 91 117 134
Cartesian basis      16
Castaing, B.      183 365
Causal response      36
Centrifugal barriers      18 22
Characteristic length      25 27 30 48
Charge trapping      91
Charged droplets      123
Chatteijee, P.      410 421

chemical potential      154
Chester, G.V,      149 321 323 328 333 334 368; R.M.
Choi, S.- I.      84 135; J.P.
Circular      15
Circulating superflow      29
Circulation      50 51
Clark, J.W.      327 328 333 365 327 333 334 367 149 321 323 328 333 334 368; E. Panoff R.M.
Classical theory      130
Clausing factor      193
Cline, R.W.      151 188 189 197 198 206 207 212 213 215 216 218 219 222 365 188 206 229 233 234 366; H.F.
Coexisting fluid phases      323
Cohen, M.H.      82 121 134 83 121 137; B.E.
Cohen, M.L.      403 421 412 423; S.G.
Coherence length      6 10 45
Collaudin, B.      177 368; M.
Commutation relations      33 34 35 63
Complex orbital component      42
Composite boson      149
Composite fermion      149
Compression experiments      229 233
Compression of bubbles      358
Compression ratio      193
Condat, C.A.      337 365
Condensate amplitude      10
Condensate fraction      336
confinement      192
Constants      157
Constraints      45
Continuous cores      56
Cooper pairing in ${}^{3}P_{2}$ state      23
Cooper pairs      10 43
Cooper, L.      412 421; J.
Core      9 61
Core radius      61
Cotts, R.M.      94 136; D.S
Coulomb interaction      164
Coulomb pseudopotential      398 416
Coupling constant      29 32
Crabtree, G.W.      408 421 408 422; W.
Crampton, S.B.      163 174 188 195 365 157 368; B.S.
Crank, J.      122 134
Critical angular velocity      8 50
Critical pressure      154
Critical temperature      154
Crooker, B.C.      356 365 24 71; U.E.
Cross, M.C.      43 45 49 70 12 13 24 25 26 28 32 36 43 45 49 69 70; W.F.
Crystal strain      90 99
Crystal structures      402
Culetto, F.J.      419 423; D.
Cunsolo, S.      89 134 117 134; G.
Current transients      118
Curtiss, C.F.      239 369; R.E.
Curtiss, L.A.      171 368; M.B.
Cut-off      398 417 418
Cut-off function      170
Cylindric potentials      65
Dabrowski, I.      164 170 239 240 290 306 365
Dacorogna, M.      406 409 412 415 420 425; M.
Dahl, J.P.      399 401 421
Dahm, A.J.      92 122 134 119 120 131 135 94 98 119 125 126 136 92 93 94 104 122 125 136 137 83 84 129 137; B.M. Lau S.C. Sai G.A. Smith J.B.
Dakshinamoorty, M.      410 421
Danilowicz, R.L.      149 327 365 327 329 330 366; R.D.
Davison, W.D.      186 565
de Boer parameter      321
De Boer, J.      320 365
de Goey, L.P.H.      220 234 288 291 365 302 370; B.J.
De Simone, C.      176 365
Decay      203
Dederichs, P.H.      391 421
defects      3 7
Denker, J.S.      151 163 189 226 227 345 567 163 206 207 212 213 217 218 219 222 225 226 370; B.R. Yurke B.
Density of states      395
Density profiles      336 339
Density-functional method      399
Depolarization      320
Desaintfuscien, M.      157 368; P.
Deuterium      158 209
Deville, G.      95 126 137; N.
Dharma — Wardana, M.W.C.      400 425; A.H.
Diffusion coefficient      78 79 93 95 102 103 104 105 106 112 122 125 126 127 128 130 131 132 133
Dilute ${}^{4}He$ — ${}^{3}He$ solution      123
Dionne, V.E.      84 121 134
Dipole coupling      24 48 49
Dipole coupling constant      13
Dipole energy      25 33 58 59
Dipole energy density      14 35 48
Dipole interaction      22
Dipole length      13 64 65
Dipole locking      52 58
Dipole-locked bending coefficients      49
Dirty limit      415
Disgyration      53
Dislocation loops      118 119 133
Dislocation ring      116
Dislocations      86 118 119 120 121 122 133
Dissociation      189
Dissociation energy      164
Distinct defects      52
Distorted wave      245
Distorted-wave Bom approximation      313
Distortions of the vortex structure      22
Distributed vorticity      48 54 55 56
Dolgov, O.V.      373 421
Doniach, S.      400 422
Double polarization      214
Double-polarized hydrogen      151 203
Doubly quantized nonsingular lattice      68
Doubly quantized nonsingular texture      61
Doubly quantized nonsingular vortices      65 66
Doubly quantized vortices      20 62
Drachman, R.J.      84 134
Driesen, J.P.J.      220 234 291 565; L.P.H.
Dugan, J.V.      327 329 565 149 327 565 327 328 329 331 333 334 565; R.L. Etters R.D.
Dupre, F.      117 134; G.
DWBA      313
Dye, D.H.      408 421; G.W.
Dynamical instability      340
Dynes, R.C.      402 409 412 421 406 421; P.B. Carbotte J.P.
Dyson’s equations      381 391 392
Eckardt, J.R.      352 565
Eckstein, Y.      359 369; R.L.
Economou, E.N.      407 424; A.D.
Edmonds, A.R.      47 70
Edwards, D.O.      150 155 175 302 347 352 565 352 565 176 177 368; J.R. Mantz I.B.
Effective free energy density      35 63
Effective Hamiltonian      33
Effective magnetic free-energy density      32 33
Effective magnetic moment      161
effective mass      14
Effective range potential      337
Effective rate constants      200
Efimov, V.B.      85 87 90 94 95 97 99 100 108 115 125 126 129 131 134 135 89 94 97 98 100 118 125 135 149 565 100 101 136; A.I. Mezhov-Deglin L.P. Ehrenfest P.
Eigenfunctions      36 64
Eigenstates of $S_{z}$ and $L_{z}$       16
Eigenvalues      36 64
Eilenberger, G.      396 422
Elastically strained medium      103
Elastically stressed region      107
Electron cavity      121
Electron Green’s function      379
Electron self-energy      389 390
Electron-phonon interaction      380 394 402 403
Electron-phonon interaction function      404
Electron-phonon vertex      393 396
Electrostriction      79 80 82 83 84
Eliashberg theory      411 412 414 415 416 417
Eliashberg, G.M.      411 422
Eliel, E.R.      206 207 222 363 366 188 370; H.P. Walraven J.T.M.
Ellis, F.M.      353 363 565
Emrich, K.      400 422

1 2 3 4 5

О проекте