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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 |
Lifshitz, I.M. 77 78 134; A.F.
Line defects 52
Line singularities 48
Line strength 162
Liquid barrier 81
Liquid ground state 334
LMTO 406
Local density potentials 401
localization 121
Localized vacancies 110
Locke, D.P. 79 136
London, F. 149 565
Longitudinal NMR 67
Longitudinal NMR in rotating cylinders 41
Longitudinal response 34 35
Louie, S.G. 412 423
Lounasmaa, O.V. 21 40 41 71; P.J. Pekola J.P.
Lovelace, R.V.E. 362 363 368
Lower critical angular velocity 15
Lundqvist, B.I. 400 423
Lundqvist, S. 399 401 425 400 422; L.
Luttinger, J.M. 413 423
MacDonald, A.H. 400 406 425
Mackintosh, A.R. 402 425
Maekawa, S. 94 131 136; T.
Magnetic anisotropy inside the vortex core 29
Magnetic compression 192
Magnetic confinement 194
Magnetic dipole field 13
Magnetic excitations 334 340
Magnetic field 22 24 25
Magnetic free-energy density 48
Magnetic impurities 216 221
Magnetic interaction 22
magnetic moment 24 27 156 160
magnetic susceptibility 63
Magnetic traps 360
Magnetic-dipole interaction 12 25 170 231
Magnetic-tipped 31
magnetization 160 192
Maidanov, V.A. 79 94 127 131 136; V.A.
Maki, K. 26 38 39 55 62 66 68 71 55 62 63 68 72; X.
Maksimov, E.G. 373 421; O.V.
Maksimov, L.A. 78 131 135; Yu
Mallardeau, C. 206 207 222 363 566; H.P.
Mamaladze, Yu. G.3 70; E.L.
Mamniashvili, G. 40 41 71; J.P.
Mantz, I.B. 176 177 565 150 155 302 347 352 365; D.O.
Many, A. 88 89 136 146
Maraviglia, B. 176 365; C.
March, N.H. 399 401 425; S.
Mark, P. 88 135 85 89 136; W. Lampert M.A.
Markowitz, D. 415 425
Marsolais, R.M. 163 189 211 212 241 259 566; W.N.
Marty, D. 86 89 94 95 96 99 105 108 121 125 126 130 136
Masharov, N.F. 400 425
Mass enhancement 408 410
Mathur, B.S. 157 368
Matrix isolation 155
Matsubara frequencies 379 381 414
Matthey, A.P.M. 188 199 205 206 207 209 211 212 213 214 255 368 375 425 207 208 214 220 370 197 198 370; J.T.M. van G.H.
Matthias, B.T. 375 423
Maximum density 214 235
Mayer, R. 204 227 368
Mazzoldi, P. 117 118 134; L. Careri G.
McGervey, J.D. 83 84 129 137; J.B.
McMillan — Hopfield constants 409
McMillan, W.L. 328 329 409 419 368 423
McQueeney, D. 353 368
Mean power absorbed 37
Mechanism 131
Mehanian, C. 362 363 368; R.V.E.
Meierovich, A.E. 110 113 756 108 110 111 112 114 134 115 135; A.F. Keshishev K.O.
Mello, E.V.L. 351 368
Mermin — Ho condition 45 48
Mermin — Ho texture 50
Mermin, N.D. 3 43 45 46 49 50 52 54 71 23 70; V.
Messiah, A. 274 300 368
Mester, J.C. 206 207 222 363 566; H.P.
Metallic surfaces 152
Metastability 67
Meyer, H.L. 151 236 567; J.T.
Mezhov — Deglin, L.P. 100 101 133 156 85 87 90 94 95 97 99 100 108 115 119 125 126 129 131 134 135 89 94 97 98 100 118 125 135 91 94 95 135 386 425 84 89 92 93 135 136; V.B. Golov A.I. Ifft E.L. Keshishev K.O. Levchenko A.A.
MH texture 53 54 56 57
MH vortices 55 58 62
Migdal, A.B. 386 423
Migdal’s theorem 386
Mikheev, V.A. 78 79 94 127 131 136 78 135; B.N. Grigor’ev V.N. Esel’son B.N.
Mikhin, N.P. 78 79 94 127 131 136; V.A.
Miller, M.D. 150 175 320 321 322 323 324 325 327 328 329 330 331 333 334 349 368 353 365 175 176 180 353 566; F.M. Guyer R.A.
Milleur, M.B. 171 565 172 566; J.E.
Mineev, V.P. 42 77 106 71 136 23 30 31 32 38 71 23 27 52 72; P.J. Volovik G.E.
Misha, W.A. 259 368
Mitchell, D.N. 152 368
Mitrovi , B. 373 415 416 421; P.B.
Mitrovic, B. 419 423
Mixing parameters 158
Mixt-twist texture 55 56
Miyoshi, D.S. 94 136
Mizusaki, T. 94 131 136
Mobility 84 85 86 90 91 92 94 95 96 98 99 104 107 108 121 122 123 124 128 133
Mobility tensor 98 109 112 126 130 133
Monte Carlo method 329
Morrow, M. 163 187 188 205 206 207 209 210 212 303 307 368 155 163 189 211 212 224 225 241 259 366 163 178 207 208 209 212 361 367; W.N. Jochemsen R.
Morse potential 329
Morse, P.M. 65 71
Moruzzi, V.L. 410 420 423; D.A.
Moser, E. 409 420 423; M.
Mott, N.F. 128 136
MT texture 57
MT vortices 58 62
Muzikar, P. 53 58 61 71
Nacher, P.J. 345 370; G.
Nakahara, M. 68 71 50 56 57 58 70 26 38 39; T. Maki K.
Nambu matrix 379
Nearest-neighbor separation 57
Negative ion 76 80 81 82 92 93 94 95 99 100 101 103 105 107 108 114 116 121 123 124 128 129 130 131 132
Negative-ion activation energies 104
Negative-ion cavity 108 132
Negative-ion mobility 95
Negative-ion radius 122
Negatively charged cavity 81 131
Nelson, D.R. 352 368
Nemoshkalenko, V.V. 406 420 422; W.
New ultra-low-temperature phases of  10
Nicolct, M.A. 88 134; R.
Nieminen, R.M. 349 351 567; L.J.
Niinikoski, T.O. 151 368
Nilsen, T.S. 327 368
Nizhnikova, G.P. 410 424; S.V.
NMR 13 22 162 217 224 225 345
NMR in a rotating container 32
NMR in rotating  63
NMR of the rotating B phase 14
NMR satellite 65 66
NMR shifts in bulk B phase 32
NMR spectrum 23 27
Node in the order parameter 7
Nonaxisymmetric potential 66
Nonaxisymmetric vortices 60
Nonaxisymmetry vortex textures 59
Noninertial frame 7
Nonquantized circulation 48
Nonsingular Anderson — Toulouse doubly quantized vortices 58
Nonsingular cores 51
Nonsingular texture 50 51 55 56 58
Nonsingular vortices 57 58 62
Nonunitary character of order parameter 23
Nonunitary corrections 55
Nonunitary order parameter 27
| Normal core 52
Normal fluid 4
Nosanow, L.H. 116 155 320 322 323 327 136 368 150 320 321 322 323 324 325 327 328 329 330 331 333 334 349 565 188 329 369; M.D. Stwalley W.C.
Notation 201
Nuclear magneton 156
Nummila, K.K. 40 41 71; J.P.
Ohmi, T. 16 23 27 62 71 50 56 57 58 70 68 71 51 61 62 63 65 66 72; T. Nakahara M. Seppala H.K.
Onsager, L. 3 71
Oppenheimer, J.R. 149 365; P.
Orbital angular momentum of Cooper pair 43
Orbital part of the order parameter 33 45 47
Orbital viscosity 69
Order parameter 3 4 5 10 13 16 17 28 33 61
Order, single-valued 5
Order, spatial rotation of orbital part 44
Orienting effect 28
Orienting effect of magnetic field 49
Orienting energy 30
Orienting term 48
Orlando, T.P. 413 415 421; J.A.X.
Ortho hydrogen 166
Ortho- 254
Ortho-para classification 172
Ortho-positronium 80 84 129
Ortho-positronium cavity 129
Orthonormal triad 47
Osheroff, D.D. 3 11 32 71
Ovchinnikov, Yu.N. 396 422; A.I.
Overhauser, A.W. 399 423
Overlap integral 37 65
O’Malley, T.F. 84 136
Packard, R.E. 40 41 71; J.P.
Padmore, T.C. 117 136
Pair-correlation function 328
Palmer, R.W. 327 328 329 330 331 333 334 365 366; R.D.
Pan, J. 341 368
Pandharipande, V.R. 175 368
Panoff, R.M. 149 321 323 328 333 334 368 327 328 365 327 333 334 367; J.W. Krotscheck E.
Papaconstantopoulos, D.A. 410 420 423 422 407 424; B.M. Zdetis A.D.
Papoular, M. 177 208 565 183 565; B.
Para hydrogen 166
Para- 254
Parish, L.J. 320 323 324 325 333 368 320 322 323 327 368; M.D. Nosanow L.H.
Parker, E.R. 119 137; J.
Particle-hole asymmetry 23
Passvogel, T. 13 19 55 71
Patterson, P.L. 80 136
Pauling, L. 80 136
Paulson, D.N. 68 71
Pekola, J.P. 40 41 71
Penco, R. 170 364; R.
Pentil , S. 151 368; T.O.
Perlov, C, M. 401 402 406 420 423
Permanent ground-state orbital angular momentum 55
Peshkov, V.P. 3 72
Peter, M. 406 409 412 415 420 423 410 419 422; T.
Peters, H.E. 157 566; H.
Petit, P. 157 368
Pettifor, D.G. 407 423
Phase angle 52
phase diagram 12
Phase factor 43
Phase shift 302 410
Phase vortex 52
Phenomenological parameters 32
Phillips, W.D. 163 174 188 565; S.B.
Phonon Green’s function 380 381 405
Phonon line width 408
Phonon self-energy 388 389
Phonon-assisted ion motion 108
Pickett, W.E. 406 410 425 404 410 422; B.M.
Pieper, S.C. 175 368; V.R.
Pinard, M. 246 303 304 368
Pinski, F.J. 406 408 423 406 420 421; W.H.
Pinsky, F.J. 320 322 323 327 368; L.H.
Pipkin, F.M. 303 364; L.C.
Pitaevski, L.P. 413 422; L.P.
Plane-wave Bom approximation 313
Plastic flow 90 108 127
Plastic, phonon-assisted 128
Polar core 61
Polar phase 53 58
Polarization 189
Pollack, L. 233 235 364; D.A.
Polycritical point 21
Poshuta, R.D. 80 136
Positive ion 79 81 82 91 92 93 94 95 98 99 100 106 108 114 115 119 121 122 123 124 127 130 131 132
Positive-ion diffusion coefficient 96
Positive-ion drift velocity 114
Positive-ion mobility 129 130
Positive-ion velocity 100 118
Potential barrier  84
Pressure gauge 199
Principal-value integral 37
Pritchard, D.E. 360 369
Pseudo-potential 401 406
Pushkarov, D.I. 78 136
PWBA 313
QTCS 321
Quadratic contribution 11
Quantization of magnetic flux 3 10
Quantization of superfluid circulation 3 5 10 15 16 52
Quantized vortices 6 23 52 53
Quantum theory of corresponding states 320
Quartic contributions 11
Quasiparticle renormalization factor 392
Radial disgyration 58 61
Radius  of positive ion 80
Rainer, D. 383 415 419 423 413 415 421 412 419 406 408 420 422 423; J.A.X. Bergmann G. Gl D. Serene J.W.
Rakavy, G. 89 136; A.
Ramsey, N.F. 157 369 368 370 148 567; D. Mathur B.S. Wineland D.J.
Rasmussen, F.B. 21 71; W.P.
Rate constant 152 236 257
Rate equation 151 200 309
Ray, S. 186 369
Rayfield, G.W. 116 136
Rayleigh — Ritz quotient 37
Recombination 151 207 211 236
Recombination, dipolar 280
Recombination, field dependence 258 288
Recombination, rate constants 294
Recombination, surface 255 290
Recombination, theory 235
Rectilinear vortices 8
Rehr, J.J. 351 368; E.V.L.
Reich, H.A. 95 122 126 136
Reichardt, W. 400 406 419 423 424; H. Winter H.
Reif, F. 116 136; G.W.
Relaxation, dipolar 311
Relaxation, electronic 223
Relaxation, electronic spin 319
Relaxation, impurity 220
Relaxation, intrinsic 218
Relaxation, spin 296
Relaxation, spin exchange 303
Relaxation, surface 317
Relaxation, theory 235
Reppy, J.D. 3 71 353 368 356 565; B.C. Langer J.S. McQueeney D.
Resonance 162
Resonance recombination 239
Resonant frequencies 37
Retherford, R.C. 148 567; W.E.
Reuver, C.J. 291 311 318 364 206 207 220 221 229 369 220 301 311 317 570; R.M.C. van J.P.H.W.
Reynolds, M.W. 206 207 220 221 229 369
rf field 63 67 124
Rice, M.J . 341 567; A.J.
Richards, M.G. 78 94 134; A.R.
Richardson, R.C. 3 11 22 32 71 77 78 94 135 136; R.A. Halperin W.P. Lee D.M. Miyoshi D.S. Osheroff D.D.
Ridner, A. 227 368; R.
Ries, G. 406 424; H.
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