Likharev K.K. — Dynamics of Josephson junctions and circuits :: Электронная библиотека попечительского совета мехмата МГУ

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Likharev K.K. — Dynamics of Josephson junctions and circuits

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Название: Dynamics of Josephson junctions and circuits

Автор: Likharev K.K.

Аннотация:

Written by one of the world's leading theorists working on the Josephson effect, this extensive monograph offers a detailed description of the statics, dynamics and statistics of Josephson junctions. Particular emphasis is placed on the dynamics of new circuits and analog and digital devices using single quanta of magnetic flux. Professor Likharev also describes for the first time in the monograph literature new phenomena of correlated tunneling of single electrons and Cooper pairs in ultrasmall tunnel junctions.

Язык:

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1986

Количество страниц: 614

Добавлена в каталог: 18.09.2005

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

Предметный указатель

Mohr, Th.O.      2 32 2 34 8 70
Monaco, R.      11 148 12 111 15 31 15 J.34
Moody, M.V., C.      21
Mooij, J.E.      2 85 7 46 7 60 13 19 13 55 13 103
Moore, D.F.      2 52 2 63
Moore, S.E.      2 120
Mordovets, N.A.      10 68
Morf, R.      15 87
Morita, S.      2 122 11 4 11 29 11 142 11 144
Moriwaki, K.      13 150
Moriya      6 34
Morohashi, S.      2 169
Morris, K.A.      14 48
Moser, A.      7 79 8 57
Moto-oka      5 40
Motornaya, A.A.      4 31
Mozurkewich, G.      11 186
Muhlfelder, B.      7 70 7 102
Mukhanov, O.A.      5 38 5 39
Mukherjee, A.      7 26
Mullen, J.A.      7 64
Muller, K.A.      13 75
Muller, U.      8 54
Multijunction arrays, coherent in-phase state in      449—55
Multijunction arrays, in microwave generators      416—17
Multijunction arrays, in mixers      423 425
Multijunction arrays, in multipliers      417
Multijunction arrays, in videodetectors      420 422
Multijunction arrays, in voltage standards      365
Multijunction arrays, interaction radius in      452—56
Multijunction arrays, junction spacing in      451
Multijunction arrays, nonuniform      457—61
Multijunction arrays, of Bloch/SET junctions      564
Multijunction arrays, of interferometers      417 496—97
Multijunction arrays, one-dimensional      421 422 447—55
Multijunction arrays, quasi-one-dimensional      459 460
Multijunction arrays, three-dimensional      460—61
Multijunction arrays, travelling-wave      463
Multijunction arrays, two-dimensional      455—60
Multijunction arrays, uniform      448—57
Murakami      2 31 2 33 13 79 13 80 13 81 13 149 13 150 13 151
Muramatsu, A.      16 13
Murata, K.      5 40
Murayama, Y.      4 43
Mutton, J.E.      16 26
Mygind, J.      2 15 4 24 9 59 10 26 11 57 11 61 11 65 11 67 11 68 11 70 12 111 13 21 15 31 15 48 15 49 15 134
N $\ddot{a}$ bauer      1 10
N $\ddot{o}$ ldeke, Ch      11 170
Nad’, F.Ya      2 115 10 20 10 35 10 54 12 70
Nagai, M.      16 6
Nagashima      12 110
Nagata, K.      2 76 5 36 8 81 11 181
Nagatsuma      5 12 8 95 8 96 8 97 15 102
Naito, S.      2 179 2 180
Nakagawa, H.      2 171 2 172
Nakagawa, K.      5 40
Nakajima, K.      7 111 13 129 15 18 15 19 15 33 15 34 15 42 15 61
Nakajima, S.      6 10
Nakamura      15 42
Nakanishi      13 135
Nakano, J.      5 36
Nakayama      15 94
Namba, S.      2 95 2 96 2 101
Nandakumar, V.      7 111
Naor      7 27
Narbut. T.P.      2 124 12 6
Narrow-band semiconductors      544
Neirynck, J.      11 55
Nelson, D.R.      13 104
Nerenberg, M.A.H.      9 23 13 15 13 23 13 35 13 47 13 133
Neugebauer, C.A.      16 16
Neuhaus      7 82 8 78
Neumaier, K.      2 116
Neveu, A.      15 96
Nevirkovets, I.P.      9 60
Newman, H.S.      15 114
Newrock, R.S.      13 58
Ngai, K.L.      12 24
Nicole, D.      7 93
Niemeyer, J.      11 187 11 188 11 189
Nierwetberg, J.      11 164 11 169
Nikitin, V.V.      11 105
Nisenoff      2 47 2 50 2 165 10 2 13 73 13 77 14 49
Nishino      5 35 5 37
Nishiura, A.      5 29
Nitta      7 81
Nitta, J.      15 140
Noguchi      2 122 7 91 11 29
Noise factor ( $\eta$ )      358 361
Noise input      210—11
Noise output      211
Noise parameter ( $E_{N}$ )      211—12 368 418 423
Noise temperatures ( $T_{N}$ ) of Josephson junction      125
Noise temperatures ( $T_{N}$ ) of low-frequency amplifiers      211
Noise temperatures ( $T_{N}$ ) of mixers      423—25
Noise temperatures ( $T_{N}$ ) of parametric amplifiers      327—28 366—67
Noise thermometers      184 204
Noise-equivalent flux (NEF, flux sensitivity)      207
Noise-equivalent power (NEP)      418
Noise-equivalent temperature (NET, fluctuation sensitivity)      419
Nonlocal electrodynamics of distributed junctions      279—81
Noordam, J.E.      9 50 13 55
Nordman, J.E.      2 160 12 14 15 39
Normal (quasiparticle) current ( $I_{N}$ )      12
Normal (quasiparticle) current ( $I_{N}$ ), approximations for      48—49
Normal (quasiparticle) current ( $I_{N}$ ), complex amplitude ( $I_{q}$ ) of      29—30
Normal (quasiparticle) current ( $I_{N}$ ), frequency dispersion      314—15
Normal (quasiparticle) current ( $I_{N}$ ), general properties of      12—13
Normal (quasiparticle) current ( $I_{N}$ ), in tunnel junctions      28—29
Normal (quasiparticle) current ( $I_{N}$ ), in weak links      40
Notarys, H.A.      7 101 8 99 11 143
Notation      xvi
Novikov, S.P.      15 118
Novoseller, D.E.      1 17
Novotny, M.A.      13 156
Nozaki, K.      15 82
Obukhov, Yu.V.      11 21
Ochsenfeld, R.      1 2
Octavio      2 87 3 40 11 157 11 175
Odehnal      14 37 12
Odintsov, A.A.      2 183
Odintsov, A.G.      12 107
Odwamoto, Y.      15 94
Odyniec      11 145
Ofter, J.E.      11 126
Oga      7 112
Ogawa, Y.      2 131 13 62 15 33 16 6
Ohigashi, H.      2 172
Ohmae, Y.      11 76
Ohta, H.      2 102 10 39 11 106 12 66
Okabe, Y.      2 178 6 32 7 113 13 78
Okamura, H.      2 54
Okamura, S.      13 78
Okawamoto, Y.      15 94
Okuyama, K.      11 58 12 79 12 118
Olsen, O.H.      9 51 9 52 15 23 15 28 15 30 15 67 15 83 15 111 15 115 15 120 15 125 15 130
Olsson, H.      12 108
Olsson, L.      12 122
Omar, M.H.      7 4 7 6 12 2
Omodaka      2 131
Ono, R.H.      2 175 7 102 13 52
Onodera, Y.      9 2 13 62 14 43 15 18 15 19 15 33 15 34 15 42 15 61 15 62
Oosenbrug, A.      2 32 2 61
Opfer, J.E.      11 126
Order parameter in phase transitions      462
Order parameter in superconductivity      4
Orlando, T.R.      13 103
Ostman, P.      14 17 14 21
Ostrovsky, L.A.      15 11
Ostrowsky, D.B.      11 36

Ott, E.      6 52 11 177
Ovadyahu, Z.      13 68
Ovchinnikov, Yu.N.      1 36 2 5 2 20 2 65 3 19 4 48 4 49
Ovsyannikov, G.A.      2 83 4 5 10 25 10 64 11 56 11 112 11 159 11 174 13 16 13 24 13 28 13 46
Owen, C.S.      8 16 8 21
Pace, S.      8 86 9 44 12 21 12 22 15 78 15 133 15 144
Packard, N.H.      11 42
Pagano, S.      8 86
Paik, H.J.      751 7 52 C.21
Palmer, D.W.      13 18
Palmer, F.L.      15 86 15 105
Pan, S. — K.      12 89 12 120
Pang, C.S.      14 23
Pannetier, B.      13 148
Panov, V.I.      14 68
Parallel component of fluctuations      438—39
Parallel connection of Bloch/SET structures      560—62
Parallel connection of Josephson junctions      188 225 421 422 430
Parallel dc bias      434—43 453
Parameter(s), (random) scattering of      368 451 453 456 461 561—62
Parameter(s), margins      145 219 447 496
Parameter(s), negative values of      304
Parametric (frequency) conversion, by external signal      351
Parametric (frequency) conversion, by Josephson oscillations      301
Parametric (frequency) conversion, coefficients      301—7 351—62 367 402
Parametric (frequency) conversion, factor ( $\Lambda$ )      356—59 361—62
Parametric (frequency) conversion, matrix      112—13 182
Parametric (frequency) conversion, saturation of      319
Parametric (frequency) conversion, via normal current      352—54
Parametric amplifiers, classical-mode      327—28 367—69
Parametric amplifiers, degenerate      369 419
Parametric amplifiers, nondegenerate single-frequency-mode      327—28 366—67
Parametric amplifiers, quasi-degenerate      367—69
Parametric amplifiers, with Bloch/SET junctions      562
Parametric amplifiers, with external pumping      367—69
Parametric amplifiers, with self-pumping      327—28
Parametric element      302 367
Parametric interactions      301—10 351—62 367-69
Parametric oscillations/generation      401 413—16
Parametric oscillations/generation, higher-subharmonic      402 406 407—9
Parametric oscillations/generation, Non — Josephson      404—7 413 462
Parametric oscillations/generation, nondegenerate two-frequency      410
Parametric oscillations/generation, second-subharmonic      402—4 405-6 407—9
Parametric quantron      172 198 220 567
Parametric resonance      402
Parametric up-converters      425 496
Paraskevopulos, D.      8 38
Park, J.G.      6 42 6 43 6 44 14 33
Parke, J.W., C.      21
Parker, E.A.      10 13 14 9
Parker, W.H.      2 22 4 29 4 34 11 117 11 120 12 48 14 9
Parmenter, R.H.      13 86 15 113
Parmentier, R.D.      12 111 15 4 15 20 15 29 15 32 15 36 15 38 15 54 15 113 15 134 15 144
Parodi, R.      14 39
Parrish, P.T.      11 106 11 107 11 108 11 109 12 66 12 98
Parthasarathy, L.      7 29
Pascal, D.      14 12
Paterno, G., P.      32 7 88 8 52 8 86 12 14 12 106 12 109
Paterson, J.L.      7 11
Pavlyuk, V.A.      9 29
Pearce, P.R.      11 104
Pedersen, N.F.      2 14 2 15 2 135 4 14 4 24 5 28 8 98 9 59 10 26 11 44 11 46 11 57 11 59 11 60 11 61 11 64 11 65 11 67 11 68 11 70 11 167 12 61 12 111 13 21 15 45 15 47 15 48 15 49 15 116 15 126 15 127 A.11
Pedersen, R.J.      6 54
Pei, S.S.      3 11 4 23
Pelikan, S.      11 177
Pelinovsky, E.N.      15 11 15 17
Pellan, P.      13 105 13 107
Penetration depth (of magnetic field) to granular superconductor      460
Penetration depth (of magnetic field) to Josephson junction ( $\lambda_{J}$ )      234
Penetration depth (of magnetic field) to superconductor ( $\lambda_{S}$ )      232 460
Penfield, P.      10 9
Percolation      458—60
Percolation threshold      459
Pergum, C.M.      7 68
Perkowitz, S.      13 153
Pernot, J.C.      12 123
Perring, J.K.      15 10
Peskovatskii, S.A.      6 59
Petersen, D.A.      7 111
Petersen, F.R.      11 79
Peterson, R.L.      5 4 5 5 5 19 5 25 6 46 6 74 7 18 7 89 14 61 14 62 C.27
Petley, B.W., P.      20 14 48 C.3
Petricek, V.      14 37
Peyral, P.      13 115 13 161
Peyrard      8 94
Phaneuf, L.E.      2 165
Phase locking (synchronization), external, of beating frequency      441—43
Phase locking (synchronization), external, of Bloch/SET oscillations      558—59
Phase locking (synchronization), external, of Josephson oscillations      310 332 342 431 440 532—33
Phase locking (synchronization), external, of laser      366 559
Phase locking (synchronization), external, of relaxation oscillations      181 201
Phase locking (synchronization), mutual, in electronic simulators      573
Phase locking (synchronization), mutual, in multijunction arrays      447—63
Phase locking (synchronization), mutual, in two-junction cells      432—47
Phase locking (synchronization), mutual, in two-junction interferometer      444—47
Phase locking (synchronization), mutual, of interferometers      444
Phase locking (synchronization), parameter      445—47
Phase locking (synchronization), range      435—44
Phase, average      190
Phase, detector      496 573
Phase, transition      459 462 564
Phase-leaders ( $\Theta$ )      91 255 299
Phase-leaders ( $\Theta$ ), equations for      105 256 286—87
Phase-plane portraits      102—4 343
Phillips, J.C.      2 2
Phillips, R.P.      6 81
Phillips, T.G.      11 14 11 16 11 17 12 90
Philo, J., C.      9
Photo-detection      562
Photon counter      421
Photon points      321 337
Pickier, J.M.      6 47
Pikovskii, A.S.      11 154
Pippard, A.B., P.      5 8 66 8 67
Pitaevskii, L.P.      15 118
Placais, B.      5 6
Plasma frequency ( $\omega_{p}$ )      14
Plasma oscillations      67 530
Plasma resonance (frequency)      68 302 307 345
Plasma voltage ( $V_{p}$ )      97—98
Plateau in ac curve      479—90 499
Plateau in bias current waveform      143
Platov, K.Yu      7 95
Plischke      11 48
Point contact(s)      43—44
Point contact(s), $\Phi(\Phi_{e})$ periodicity in      157—58
Point contact(s), 1/ noise in      43
Point contact(s), and Josephson steps      335—36 338 340
Point contact(s), and resonance peaks      383
Point contact(s), capacitance of      44
Point contact(s), dc response of      324
Point contact(s), frequency mixing in      360 366
Point contact(s), ideal      44 100—1 340—41
Point contact(s), in ac SQUIDs      208 475 498 500
Point contact(s), in dc SQUIDs      206
Point contact(s), in mixers      423—24
Point contact(s), in videodetectors      418—20
Point contact(s), Josephson oscillations in      87
Point contact(s), mechanisms for adjustment of      44
Point contact(s), microstructure of      43
Point contact(s), MQT experiments with      81
Point contact(s), parametric interactions in      328 360 407
Point contact(s), SFNPR effect in      304
Point contact(s), SNS-type      498
Point contact(s), thermal activation in      75
Polder, D.      11 27
Poliak, R.A.      2 37
Polunin, E.A.      11 191 12 107
Polyanskii, O.Yu      10 58
Pomerantz      13 75

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