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| Авторизация |
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| Поиск по указателям |
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| Brewer D.F. — Progress in Low Temperature Physics. Volume X |
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| Предметный указатель |
Rietschel, H. 400 406 419 425 406 424 425; G. Winter H.
Rieubland, J.M. 151 368; T.O.
Rigid muffin tin 404
Rigid-ion approximation 403 404 406
Rijllart, A. 151 368; T.O.
Ripplons 179 352
Ristig, M.L. 175 567; K.E.
Roach, P.D. 68 72 124 136; P.R.
Roach, P.R. 124 136 68 72; P.D.
Robert, J.B. 177 368; M.
Roberts, R.E. 239 369
Robinson, A.L. 239 364; I.
Rodrique, V. 88 134; R.
Rosenbaum, R.L. 359 369
Rotating cylinder 39
Rotating frame 8 9
Rotating neutron stars 23
Rotating superfluid 4
Ruckenstein, A.E. 311 340 369 227 344 345 346 367; L.P. Siggia E.D.
Rudnick, I. 352 353 364; K.R.
Ruvalds, J. 375 423
Saam, W.F. 352 369 175 365; D.O.
Sai — Halasz, G.A. 92 93 94 104 122 125 136 137
Salomaa, M.M. 16 19 20 21 22 23 24 27 28 29 51 59 69 70 72 23 30 31 32 38 71 42 51 61 62 63 65 66 72; P.J. Mineev V.P. Seppala H.K.
Salonen, K. 178 180 361 369 196 223 229 232 359 370; T.
Salonen, K.T. 178 179 184 369
Sample, H.H. 95 13 7
Sanders Jr, T.M. 83 136; J.
Sandhas, W. 253 364; E.O.
Santini, M. 117 118 134; L. Careri G.
Saslow, W. 354 355 366; R.A.
Sauls, J, A. 21 23 72
Sauls, J.A. 6 45 49 51 55 57 58 67 68 70; A.L
Savignac, D. 123 137 133 134; J.
Scalapino, D.J. 373 423 400 422; J.E.
Scaramuzzi, F. 80 91 134; G.
Schaffrath 302 370; B.J.
Schell, G. 406 423
Schiff, D. 333 369
Schmid, E.W. 253 369
Schmidt, K.E. 149 321 323 328 333 334 368; R.M.
Schober, H.R. 406 408 420 422; D
Schopohl, N. 51 67 72 13 19 55 71; T.
Schr dinger equation 35 36 37 50 64 65 67
Schrieffer, J.R. 412 421 375 376 400 421 373 423; J. Berk N.F. Scalapino D.J.
Schwarz, K.M. 76 81 137
SCL current 86 90 100 114
SCL current mobility 89
SCL technique 127
Scoles, G. 170 364; R.
screening 403 404
Second-order recombination 238 241
Second-sound surface mode 354
Seidel, G. 204 227 368; R.
Seitz, F. 128 757
Selection rule 237
Self-energies 382
Seppala, H.K. 51 59 60 61 62 63 65 66 72
Serene, J.W. 67 383 72 423 21 23 70 72; W.F. Sauls J.A.
Shal’nikov, A.I. 91 92 137 91 94 95 135 84 89 92 93 96 108 135 136; E.L. Keshishev K.O.
Sham, L.J. 399 423 400 422 423; M. Kohn W. Rietschel H.
Shen, S.Y. 352 365; J.R.
Shevchenko, S.I. 352 369
Shewmon, P.G. 122 137
Shih, S. 170 365; D.M.
Shikin, V.B. 76 81 83 91 101 102 103 104 107 123 124 129 137 108 135; V.B.
Shinkoda, I. 206 207 220 221 229 369; M.W.
Shirokovskii, V.P. 406 408 424; A.G.
Shizgal, B. 303 306 310 365; A.J.
Shlyapnikov, G.V. 181 183 184 185 220 223 231 232 233 234 240 241 259 280 290 292 301 303 311 319 320 340 351 359 362 367; Yu
Siggia, E D. 311 340 369 337 367 369; D.A. Ruckenstein A.E.
Silvera, I.F. 148 150 153 155 161 169 174 175 188 189 192 194 196 197 198 204 205 207 209 253 254 256 336 340 347 358 360 369 291 311 318 364 365 206 207 222 363 366 337 339 349 366 178 179 184 369 153 189 196 203 206 207 216 217 218 219 220 221 223 224 229 230 231 232 235 258 358 359 369 163 207 208 214 216 220 227 228 345 370 337 335; R.M.C. Berlinsky A.J. Godfried H.P. Goldman V.V. Matthey A.P.M. Salonen K.T. Sprik R. van G.H. Walraven J.T.M.
Simhony, M. 88 146; A.
Simmons, R.O. 95 127 131 135; S.M.
Simola, J.T. 23 30 31 32 38 40 71 51 61 62 63 65 66 72;; P.J. Pekola J.P. Sepp H K.
Simons, A.L. 406 420 423
Simpson, R.W. 406 422; D.
Single-atom properties 156
Single-valuedness 51
Singlet state 10 164
Singly quantized singular MH texture 59
Singly quantized vortices 8 20 54 56
Singular  texture 53
Singular cores 51
Singular singly quantized vortices 51 58 62 66
Singular superflow 53
Singular textures 51 53
Sinha, S.K. 401 406 408 420 422; B.N.
Slater, J.C. 401 424
Smith Jr,J.B. 83 84 129 137
Smith, D.A. 189 197 198 365 163 174 188 365; R.W. Crampton S.B.
Smith, E.N. 356 365; B.C.
Smith, H. 24 25 36 72 26 27 38 39 40 71; K.W.
Smith, H.G. 406 408 421; W.H.
Smith, R.A. 327 333 334 367; E.
Soft core 59
Solid-body rotation 7 8 50
Souza, S.P. 195 365; S.B.
Space-charge limited current transients 88
Spear, W.E. 76 137
Specific-heat anomaly 11
Spectator atom 232
Spectator index 261
Spectrum in bounded container 37
Spin current 342
Spin degeneracy 326
Spin density 32 33 63
Spin diffusion coefficient 342
Spin exchange 303 361
Spin part of the order parameter 63
Spin polarization 160 173 343
Spin waves 39 151 226 340
Spin waves in a ferromagnet 5
Spin-fluctation model 21
Spin-fluctuation effects 411
Spin-polarized deuterium ( ) 148
Spin-polarized hydrogen ( ) 148 151 355
Spin-polarized tritium ( ) 148
Sprik, R. 153 189 196 203 206 207 216 217 218 219 220 221 223 224 229 230 231 232 235 258 358 359 369
Springett, B.E. 83 121 137
Square lattice 56 62
Stabilization 153 173 188
Stabilization of 204
Stabilization of 189
State polarization 160
Statt, B.W. 163 203 206 207 214 218 221 227 229 253 258 303 311 345 369 163 189 211 212 241 259 366 206 207 220 221 229 369; W.N. Reynolds M.W.
Stein, D.L. 6 23 72 45 49 51 55 57 58 67 68 70 61 63 65 66 67 72; A.L. Sauls J.A. Vulovic V.Z.
Stewart, A.T. 84 137; W.
Stewart, G.R. 10 374 72 424
Sticking probability 178 181
Strain field 132 133
Strained crystals 91
Strong-coupling theory 12 21 411
Structure of cavity 129
Structure of ions 76 109
Stutzki, J. 184 365; J.
Stwallcy, W.C. 176 177 188 207 239 240 329 369 171 300 370; Y.H.
Sullivan, N. 95 126 137
Super-current 44
Superconductors 10
Superconductors, type — II 10
Superfluid density tensor 44
Superfluid turbulence 69
Superfluid velocity 5 43 47 48 52 55
Superfluid velocity for nonuniform flow 44
Superfluid velocity in the B phase 15
Superfluid vorticity 48
Surface chemical potential 347
Surface collisions 179
Surface coverage 154 178
| Surface energy 25
Surface layer 26 38
Surface recombination 188
Surface recombination rate constant 208 213
Surface region 30
Surface tension 231 358
Surfaces 346
Swenson, C.A. 95 137; H.H.
Swihart, J.C. 406 421 424; M. Tomlinson P.G.
Symmetrized states 241
Tabakar, V.P. 400 422; V.P.
Takano, Y. 356 365; B.C.
Tastevin, G. 345 370
Tedrow, P.M. 413 415 421; J.A.X.
Tewordt, L. 13 19 55 71; T.
Texture of the B phase 13
Textures in rotating container 24 68
Textures, topologically equivalent 52
Theodorakis, S. 36 38 41 72 21 70; A.L.
Theory of positive-ion mobility 123
Thermal escape 203
Thermodynamic conjugate 322
Third-order decay constant 231
Third-order recombination 238 259
Third-sound waves 353
Thomas, A, W. 253 370 239 241 258 366; J.M.
Thomson, G.P. 85 137; J.J.
Thomson, J.J. 85 137
Thomson, J.O. 80 91 734; G.
Thouless, D.J. 352 367; J.M.
Three-body center of mass 241
Three-body recombination 361
Thuneberg, E.V. 69 70
Tight-binding approximation 65 406
Time of flight 86 89 90 94
Tipped magnetic field 62 66
Titus, W.J. 116 136; L.H.
Tjukanov, E. 178 180 361 369 196 223 229 232 359 370; K. Tommila T.
Tkachenko, V.K. 9 72
Tomizuka, C.T. 84 121 134; V.E.
Tomlinson, P.G. 406 408 424
Tommila, T. 196 223 229 232 359 370 178 180 361 369 362 363 368; K. Lovelace R.V.E.
Topological constraints 62
Topologically distinct rotations 22
Torsional oscillations 41
Tosi, M.P. 402 421; F.
Tough, J.T. 3 72
Toulouse, G. 55 70; P.W.
Transient response 87 89 90 97 115
Transient space-charge limited (SCL) currents 85 86
Transit time 88 91
Transition in vortex cores 69
Transverse excitation 64
Transverse modes 38
Transverse NMR 39 65 66
Transverse NMR satellites 40
Transverse response 34 35
Trapped charge 86 89 91 94 99 127
Triangular lattice 51 58
Triftshauser, W. 84 137
Triplet 164
Triplet p-wave order parameter 42
Triplet pairing 11 413 414
Triplet potential 173
Tsuneto, T. 16 23 27 71 50 56 57 58 70 68 71; T. Nakahara M. Ohmi T
Tsymbalenko, V.L. 86 89 90 94 135; A.V
Tung — Li, H. 102 135; E.P.
tunnelling 77 78 79 105 112 113 127 132 133
Twerdochlib, M. 171 172 366 368; J.E. Milleur M.B.
Two quanta of circulation 61
Two-dimensional harmonic oscillator 39
Two-dimensional superfluidity 150 351 363
Two-dimensional surface 154
Two-particle Green’s function 413
Type — I lattice 58 62 67 68
Type — I texture 57
Type — II superconductors 67
Uang, Y.H 171 300 370
Ultrasonic attenuation 62 67
Uniform field 63
Uniform translation 43
Unitarity 23
Unsymmetrized states 242
Upper critical field 51
Vacancies 76 77 101 103 104 105 106 107 108 109 110 114 120 125 127 128 130 131 132 133
Vacancion 78 109 110 111 112 113 122 128 131 132
Vacancy mechanism 133
Vacancy waves 122
Vacancy-assisted mechanism 105 122 123 129 130
Vacancy-assisted mobility 103 106
Vacancy-assisted motion 128 132 133
Vails, O.T. 21 71 400 423; K. Levine K.
Valeo, E.J. 151 356 367; R.M.
van den Eijnde, J.P.H.W. 220 301 311 316 317 370 302 370 291 311 312 313 318 3 54; R.M.C. Verhaar B.J.
Van der Waals interaction 166
van der Waals recombination 241 246 255
van Yperen, G.H. 163 207 208 214 216 220 227 228 345 370 222 223 311 313 317 319 367 178 179 184 359 203 206 207 216 217 218 219 220 221 235 258 369; A. Salonen K.T. Sprik R.
Vapor compression 194
Varma, C.M. 406 420 423; A.L.
Vartanyantz, I.A. 220 223 231 232 233 234 240 241 259 280 290 292 301 303 311 319 320 351 359 362 3 57; Yu
Vauge, C. 80 737
Veprev, A.G. 406 408 424
Verhaar, B.J. 203 232 282 293 302 370 291 311 312 313 318 354 220 234 288 291 365 220 301 311 317 370; R.M.C. de L.P.H van J.P.H.W.
Verlet, L. 333 369; D.
Vessot, R.F.C. 157 366; H.
Vibration-rotation levels 240
Vilches, O.E. 351 368; E.V.L.
Vinen, W.F. 3 72
Virial expansion 351
Vlasov, S.V. 410 424
Voermans, M.A.J. 302 370; B.J.
Void radius 129
Volovik, G.E. 23 27 51 52 58 59 62 63 72 21 23 26 30 31 32 38 39 40 41 71 16 19 20 21 22 23 24 27 28 29 51 59 69 70 72 51 59 60 61 62 63 65 66 72; P.J. Pekola J.P. Salomaa M.M. Sepp H.K.
von Barth, U. 400 402 424; A.R.
Vonsovsky, S.V. 373 424
Vortex core 3 7 16 23 27 42 49 53
Vortex core structure 18
Vortex density 8
Vortex dynamics 69
Vortex in the A phase 43
Vortex lattice 9
Vortex lines 30
Vortex nucleation 4
Vortex orientation energy 29
Vortex ring 116 117 118
Vortex waves 69
Vortex-core radius 15
Vortex-orientation contribution 28
Vortices in superconductors 10
Vredenbregt, E.J.D. 302 370; B.J.
Vulovic, V.Z. 61 63 65 66 67 72
Wakabayashi, N. 406 408 421; W.H.
Walecka, J.D. 36 46 47 383 70 422; A.L.
Wall coverage 194
Wall recombination 194
Walraven, J.T.M. 155 166 167 188 189 192 197 198 254 335 337 370 223 311 313 317 319 367 220 234 291 365 188 199 205 206 207 209 211 212 213 214 255 368 178 179 184 369 153 189 196 203 206 207 216 217 218 219 220 221 223 224 229 230 231 232 235 258 358 359 369 148 150 153 161 174 188 189 194 196 197 204 205 207 209 253 254 256 336 340 369 163 207 208 214 216 220 227 228 345 370; L.P.H. Lagendijk A. Matthey A.P.M J.T.M. Salonen K.T. Silvera I.F. Sprik R. van G.H.
Warnke, M. 13 19 71; T.
Washburn, J. 119 137
Wcak-coupling limit 12
Wcisz, S.Z. 88 146; A
Weak-coupling GL regime 35
Weak-coupling parameters 19
Weakly interacting Bose gas 337
Weber, W. 402 424 406 420 423; A.L.
Weinrib, A. 163 174 188 365; S.B.
Werthamer, N.R. 15 70; R
Wheatley, J.C. 11 34 72 68 71; D.N.
Whitehead, L.A. 174 187 188 209 224 366; W.N.
Whitmore, M.D. 401 406 424
Whitten, J.L. 80 137; C.
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