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

Koretskaya, S.      2 104
Kornev, V.K.      7 95 11 50 11 53 12 52 13 134 14 52 14 57 14 66 A.18
Kosaka, S.      2 45 2 46 2 49 2 171 2 172 2 177 7 109
Kose, V.E.      1 30 6 46 11 23 11 113 12 51
Kosevich, A.M.      15 129
Koshelets, V.P.      2 83 4 5 10 25 10 64 11 21 11 56 11 112 11 174 12 111 15 31 15 134
Koss, R.W.      16 7
Kosterlitz — Thouless transition      460
Kotera, N.      5 31
Kotyczka, W.      8 57
Kotzebue, K.L.      10 8
Kovalenko, A.S.      2 128 12 102 13 8 13 9 13 110
Koyanagi      8 90
Kraan, W.H.      8 1 12 2
Kramers — Kronig relations      52—53 70
Kramers, H.A.      3 3
Krasnopolin, I.Ya      14 11
Kratz, H.A.      6 82 7 82 8 78
Kravchenko, V.F.      9 34
Krech, W.      4 50 13 32 13 48
Kreisman, P.J.      6 2 8 30 9 1
Krenn, H.      14 42 14 45
Kroger, H.      2 38 2 39 2 41 2 47 2 50 2 80 2 165
Kronecker symbol      95
Kruglov, A.H.      2 71
Krumhansl, J.A.      15 5 15 14 15 100 15 105
Krusin, L.      13 41
Kruskal, M.D.      8 94
Krut’ko, A.P.      10 63
Kuan, T.S.      2 36 2 37
Kubo, K.      11 76
Kubo, S.      5 36
Kulik, I.O., P.      29 2 18 4 31 6 12 8 20 8 27 8 64 12 33 13 126 16 21
Kulikov, V.A.      2 113 12 65 12 69 12 72 12 74
Kumar, P.      11 51
Kunita      9 2
Kuo, P.K.      8 49 8 89
Kupriyanov, M.Yu      2 17 2 68 2 73 2 74 8 24 9 14
Kurdyumov, N.N.      2 113 2 127
Kuriki, S.      2 94 2 166
Kurkijarvi, J.      3 9 3 13 3 15 4 36 7 94 11 162 14 25 14 26 14 31
Kuroda, Y.      6 10
Kurosawa, I.      7 81 A.7
Kusundei, S.      13 63
Kuwada      15 62
Kuzii, V.V.      13 120
Kuzmerov, Yu.A.      13 84
Kuzmin, L.S., P.      25 10 18 10 22 10 28 10 30 10 37 10 65 11 38 11 130 11 140 11 191 11 192 12 35 12 36 12 107 12 108 13 28 13 46 14 66
Kwo, J.      2 44
Lacquaniti, V.      9 38 12 22
Lahiri, S.K.      2 31
Laibowitz, R.B.      2 34 2 97 7 44 7 45 7 49
Lamb, G.L.      15 117
Lambe, J.J.      1 18 7 1 7 2 16 20
Lambert, L.M.      16 7
Lampert      16 23
Landau, L.D.      1 5 1 32 2 145 3 1
Landauer, R.W.      3 28 6 36 6 37 15 40
Landman, B.S.      7 30 8 3
Langenberg, D.N., P.      10 P.111 17 2 12 2 13 2 22 3 2 4 3 6 56 11 6 11 39 11 117 11 123 12 44 12 48 15 43 15 56
Langevin equation      74
Langevin force      15 21
Langevin method/approach      15 22 74 114
Lapir, G.M.      2 88 8 82 9 13 9 45
Laplace equation      273 279—80
Laplace equation, Green’s function of      279
Laplace equation, potential solution of      279—80
Larkin, A.I.      1 36 2 5 2 20 2 65 2 66 3 19 13 88 13 102
Laser frequency measurements      366
Laser phase locking      366
Lavrishchev, B.P.      2 104
Lax      1 40
Layered superconductors      461
Lebwohl, P.      15 8
Lee, A.      3 8
Lee, G.S.      13 132
Leeman, Ch      13 131
Leggett, A.      1 37 3 16 3 17 3 18 3 33 6 76 6 77
Leibbrandt, G.      15 65 15 66
Leighton, R.B., P.      33
Lerch, Ph      13 131
Leshchenko, G.F.      2 113 10 17 13 110
Leslie, J.D.      8 33 12 16
Letrou, C.      12 123
Levinsen, M.T.      4 15 4 24 6 14 10 26 10 31 11 8 11 45 11 70 11 77 11 133 11 134 11 161 11 171 12 10
Levring, O.A.      12 111 15 47 15 48 15 49 15 125 15 134
Leyvraz, F.      13 145
Lhota, J.R.      8 49
Li, K.      13 29
Libchaber, A.      11 47
Liengme, O.      11 176
Lifetime ( $\tau_{L}$ ,) of metastable R state      121 125—26 315—16 405-6
Lifetime ( $\tau_{L}$ ,) of metastable S state      74 164 199 230—31 485—86
Lifshits, A.E.      8 84
Lifshitz, E.M., L      32 2 145 3 1 4 31
Liibbig, H.      2 144 3 32 6 8 6 13 6 20 A.4
Likharev, K.K., P.      25 P.28 P.31 P.42 1 20 1 35 1 36 1 46 1 47 I.48 2 18 2 67 2 68 2 73 2 82 2 83 2 129 2 138 3 12 4 8 4 18 4 26 4 32 4 40 5 39 6 11 6 33 6 35 6 84 7 12 7 13 7 36 7 58 7 59 7 95 8 23 8 24 8 44 8 58 8 76 9 4 9 12 9 13 9 14 9 17 9 19 10 17 10 18 10 22 10 28 10 30 10 37 10 41 10 42 10 49 10 50 10 65 11 24 11 30 11 38 11 53 11.71 11 75 11 78 11 111 11 130 11 140 11 191 11 192 12 26 12 29 12 35 12 36 12 49 12 52 12 58 12 65 12 82 12 85 12 114 13 1 13 28 13 39 13 46 13 74 13 90 13 91 13 128 13 134 14 7 14 8 14 14 14 19 14 20 14 44 14 52 16 1 16 5 16 14 16 25 16 27
Lindelof, P.E.      2 81 4 24 10 26 10 46 11 116 13 21 13 22 13 25 13 49 13 51 13 61
Lindstrom, C.O.      12 122
Linke, R.A.      11 16 11 17
Little, L.T.      10 13
Lloyd, F.L.      5 20 5 25 5 41 7 83 7 84 7 85 7 87 11 13 12 78 12 87
Llurba, P.      7 99
Load      130 145 410 417 423 450
Lobb, C.J.      13 60 13 101 13 142 13 160
Local oscillator      423 461
Lock-in amplifier      571—73 496 500
Loe, K.F.      6 83
Logic circuits      145—48
Logic circuits, 4JL system of      146—47
Logic circuits, current-injection      217
Logic circuits, DCI system of      146
Logic circuits, latching      147
Logic circuits, power/energy consumption of      147 173—74
Logic circuits, reversible      172 220
Logic circuits, RSFQ system of      148 220
Logic circuits, self-gating      149
Logic circuits, soliton (ballistic)      535
Logic circuits, threshold-principle      148—49 171
Logic circuits, with Josephson gates      265—66
Logic circuits, with SET transistors      562
Lomdahl, P.S.      9 51 9 52 15 24 15 44 15 50 15 52 15 53 15 68 15 84 15 120 15 130
London, F.      1 3 1 4
London, H.      1 3
Long, A.P.      14 24
Longacre, A., Jr      10 12 12 30
Lorentz force      255 288 291 509 513
Lorentz transform      507—8
Lorentzian line (shape)      106 123
Lorentzian lrule      49—50
Lounasmaa, O.V., P.      38
Lourtioz, J.M.      11 103
Low-damping limit      55
Low-pass filter      206 471 572
Low-pass filter, bandwidth of      206 418
Lowe, W.P.      2 161
Ludeke, R.      3 42
Luinley, J.M.      2 170 8 37
Lukens, J.E.      1 45 2 86 2 98 2 175 2 176 3 11 3 36 4 12 4 23 4 25 13 1 13 6 13 10 13 11 13 20 13 26 13 27 13 29 13 39 13 45 13 50 13 52
Lukichev, V.F.      2 17 2 68 2 74
Lum, W.Y.      6 26 6 27 12 20
Lumped Josephson junction(s)      7
Lumped Josephson junction(s), basic equation of      18
Lumped Josephson junction(s), basic properties of      63—150
Lumped Josephson junction(s), Bloch/SET oscillations in      541—64
Lumped Josephson junction(s), electronic analogs of      569—73
Lumped Josephson junction(s), equivalent circuit of      18
Lumped Josephson junction(s), in interferometers and SQUIDs      153—231 471—502
Lumped Josephson junction(s), kinetic energy of      19
Lumped Josephson junction(s), mechanical analogs of      10—11 569

Lumped Josephson junction(s), microwave properties of      297—383 388—98 401—7 410-68
Lumped Josephson junction(s), multiterminal      463
Lumped Josephson junction(s), potential energy of      19 65
Lumped Josephson junction(s), vs. distributed junctions      247—48 259 401 407—9 463
Luther, A.      13 117
Luther, H., A.      4
Lynton, E., P.      35
Lyons, W.G.      11 185
M $\ddot{u}$ hlschlegel, B.      13 158
Maah — Sango, J.      2 78
MacDonald, A.H.      11 48
Macfarlane, J.C.      1 16
Macroscopic quantum interference in resistive systems      175
Macroscopic quantum interference in superconductivity (primary)      154 208
Macroscopic quantum interference in two-junction systems      184 191
Macroscopic quantum interference, secondary      165 184
Macroscopic quantum tunneling      77
Macroscopic quantum tunneling, and Bloch oscillations      544—45 547
Macroscopic quantum tunneling, effect of damping on      80—81
Macroscopic quantum tunneling, effect of microwaves on      82
Macroscopic quantum tunneling, in ac SQUIDs      490
Macroscopic quantum tunneling, in interferometers      165 199
Macroscopic quantum tunneling, in single junctions      77—82
Magee, C.J.      15 2
Magerlein, J.H.      2 19 2 56 5 24 12 28 A.5
Maginu, K.      8 83 15 143
Magnetic bubbles      266
Magnetic flux ( $\Phi$ )      5
Magnetic flux ( $\Phi$ ), and Josephson phase      153—55
Magnetic flux ( $\Phi$ ), and Josephson vortex      240
Magnetic flux ( $\Phi$ ), bias ( $|Phi_{B}$ )      206 471
Magnetic flux ( $\Phi$ ), conservation      533
Magnetic flux ( $\Phi$ ), external ( $\Phi_{e}$ )      154
Magnetic flux ( $\Phi$ ), measured ($\Phi_{x})      206 471
Magnetic flux ( $\Phi$ ), net (total)      154
Magnetic flux ( $\Phi$ ), pumping      176 204
Magnetic flux ( $\Phi$ ), quantization      4—6 159—60 235 272
Magnetic flux ( $\Phi$ ), quantum ( $\Phi_{0}$ )      5
Magnetic flux ( $\Phi$ ), rate      494
Magnetic flux ( $\Phi$ ), shuttle      266
Magnetic spacing      233 236 266—67 281
Magnetic-domain walls      533
Mahutte, C.K.      8 33
Makhov, V.I.      2 79 2 181 9 46
Makhrukov, V.G.      15 64
Maki, K.      15 99 15 103
Malinovskii, L.L.      11 2
Manakov, S.V.      15 118
Manikopoulos, C.N., P.      45
Mankiewich, P.M.      4 12 13 50 13 52
Manley — Rowe relations      10 11 304
Manley, J.M.      1 23
Manninen, E.      13 163
Marchesoni, f.      15 145
Marcus, P.M.      6 49 7 31 8 68
Margolin, N.M.      2 121 2 129
Maritato, L.      2 162
Mark, L.      16 23
Markoffian process      74
Marrero, J.L.R.      12 98
Marshak, H.      6 63 6 67 6 70
Martin, R.J.      11 11
Martin, W.      14 29
Martinis, J.M.      3 31 3 37 3 38 7 62 7 68
Martinoli, P.      13 131
Marullo, G.      12 22
Maslov, E.M.      15 15 15 136
Maslov, K.V.      4 31
Maslova, L.A.      7 96 9 13
Master equation      549
Master equation, boundary conditions for      556
Masumi      14 54
Mathews, R.H.      7 51
Mathieu equation      22—23 542
Mathieu equation, characteristic number of      23 542
Matisoo, J., P.      22 5 2 5 15 5 22 8 31 12 15
Matkowsky, B.J.      4 44 7 92
Matrix continous fraction method      120
Matsinger, A.A.J.      7 22
Matsuda, A.      2 76 9 48 15 138 15 140
Matsuo, K.      2 137 13 63
Matsuoka, Y.      5 40
Mattauch, R.J.      11 87
Matveets, L.V.      2 113 12 69 12 72 12 74
Matveev, V.I.      13 108
May, D.      16 8
McCumber, D.E., P.      16 1 11 1 24
McDonald, D.G.      2 114 4 7 5 4 5 19 6 74 7 89 11 79 11 84 11 94 11 96 11 98 11 113 11 129 13 137 C.4
McGrath, W.R.      11 19 12 78 12 126 12 129
McKeon, G.      15 66
McLaughlin, D.W.      15 3 15 12 15 13 15 54
McMenamin, J.C.      1 17
Meepagala, S.C.      8 89
Megaloudis, G.      16 4 16 26
Megerlein, J.H.      2 56
Meier, W.      11 189
Meincke, P.P.M.      2 120
Meissner current      160 235 236
Meissner effect      3 153 159 266—67 271
Meissner, H.      13 3
Meissner, W.      1 2
Mel’nikov, V.I.      3 29 3 39 4 45 4 47
Memory cells, single-flux-quantum      171—218
Memory cells, with Bloch/SET junctions      562
Memory cells, with destructive read-out      170—71 218
Memory cells, with nondestructive read-out (NDRO)      171 218
Mercereau, J.E., P.      13 P.17 7 1 7 2 7 5 9 32 10 24 13 18
Meriakri, S.V.      2 73
Mesak, R.M.      9 25
Meservey, J.E.      8 38
Metastable state      74
Metastable state, lifetime/decay rate of      74 121 125— 27 164 199 231 315—16 406 485-86
Meyer, H.G.      4 50
Michelson, P.F.      4 10 10 7 10 27
Michikami, O.      2 157 2 158 2 159 2 164
Microstrip line      145 265 292
Microstrip resonator      383—384
Microwave generators      416—17 461 562
Microwave receivers      324—28 366—69 417-25 462 562 567
Microwave signals, biharmonic      351—64
Microwave signals, large sinusoidal      332—50 422—25 463 558
Microwave signals, small complex      299 324
Microwave signals, small sinusoidal      299—324
Microwave SQUIDs      497—502
Migny, P.      5 6
Migulin, V.V., P.      25 2 113 10 18 10 17 10 22 10 28 10 30 11 38 11 130 11 140 11 191 11 192 12 58 12 69
Miki, I.      14 54
Mikoshiba, N.      2 122 11 4 11 29 11 142 11 144
Millea, M.F.      12 99
Miller, J.H.      11 185
Miller, M.D.      15 105 15 106 15 108
Miller, R.E.      11 16 12 125
Miller, S.L.      9 56
Millimeter-wave band      327 417 425 461 462 497 567
Mimura, Y.      5 36
Mineev, M.B.      8 56 15 81
Miracky, R.F.      6 50 11 150 11 158 11 166
Miranker, W.L.      9 27
Mischke, G.      7 82 8 9
Mitani      9 3
Mitropolskii, Yu.A.      8 59
Mixers, Bloch/SET-junction      562
Mixers, Josephson-junction      422—24 462
Mixers, Schottky-diode      425
Mixers, SIS (quasiparticle)      424—25 461
Miyake, H.      2 178 7 113
Miyake, K.      13 63
Mkrtchyan, G.S.      15 72
Modena, I.      14 18
Modestino, G.      12 106 12 109

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