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

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Предметный указатель

Tsernyshev, V.I.      12 74
Tsherygin, V.M.      12 75
Tsoi, G.M.      3 24 6 79 6 80 10 6 14 32 14 34 14 40 14 63
Tsuei, C.C.      2 42 8 99 13 41 13 85
Tsuge, H.      2 160
Tucker, B.A.      11 8
Tucker, J.R.      2 25 11 185 12 99 12 112
Tuckerman, D.B.      5 26 12 28 A.6
Tunnel junction(s)      xiv 7 27
Tunnel junction(s), and Josephson steps      335—36 341
Tunnel junction(s), and quasiparticle steps      337
Tunnel junction(s), and resonance steps      383 388
Tunnel junction(s), and thermal fluctuation effects      120
Tunnel junction(s), capacitance of      34
Tunnel junction(s), edge-type      38 294 366
Tunnel junction(s), fluctuations in      35—36
Tunnel junction(s), in ac SQUIDs      185 495
Tunnel junction(s), in dc SQUIDs      206 208 214
Tunnel junction(s), in microwave generators      461
Tunnel junction(s), in multijunction arrays      456 460
Tunnel junction(s), in parametric amplifiers      328 368
Tunnel junction(s), in SIS mixers      424
Tunnel junction(s), in SIS videodetectors      420
Tunnel junction(s), Josephson oscillation linewidth in      108 529
Tunnel junction(s), Josephson oscillations in      87
Tunnel junction(s), mutual phase locking of      440
Tunnel junction(s), normal (NIN)      555—60
Tunnel junction(s), parametric interactions in      564
Tunnel junction(s), planar-type (SIS sandwich)      352 402
Tunnel junction(s), technology of fabrication of      38
Tunnel junction(s), theory of      36—38
Tunnel junction(s), thermal activation in      27—35
Tunnel junction(s), with grains inside barrier      75
Turn-on delay      551
Turn-on delay, fluctuations of      133 166 168 184
Turn-on delay, time ( $\tau_{D}$ )      143—44
Turner, C.W., P.      41
Turovets, S.I.      2 138
Turygin, S.Yu      12 83
Tutter      12 127
Tyablikov, A.V.      2 79 2 181 9 46
Type II superconductors      243 291 528
Uchida, N.      8 100
Ueda, Y.      11 54
Uehara, S.      2 76 8 81 9 48
Uiterwaal, A.A.      7 37
Ulrich, B.T., P.      31 2 78 6 14 10 31 11 77 12 5 12 37 12 67 13 33
Umarov, B.A.      15 142
UNITS      xvi-xvii
Utton, D.B.      6 70
Vabishchevich, P.N.      9 57
Vabre      2 173
Vaccarone, R.      14 39
Vaglio, R.      2 162 8 52 9 4 9 9 9 10 9 38 9 44 9 58 12 11 12 13 12 21 12 22
Valsamakis, E.A.      6 29
Van Beelen, H.      7 22
Van der Hamer, P.      7 46 7 97
Van der Heijden, R.W.      7 37
Van der Pol method      312
Van Dover, R.B.      2 48 2 90 2 91
Van Duzer, T., P.      41 2 28 2 75 2 77 2 78 2 93 2 105 5 7 5 10 5 17 6 26 6 27 7 15 7 86 7 111 10 21 11 72 12 20 12 115
Van Harlingen, D.J.      4 19 4 42 7 48 7 63 7 68
Van Kemper, H.      11 19
Van Vechten, D.      6 66 6 68 14 61
Van Weelderen, R.      3 23
Van Zeghbroeck, B.J.      5 32 9 49
Vandamme, L.K.J.      1 29
Vandenberg, J.M.      13 76
Vanneste, C.      11 36 11 143
Vant — Hull, L.L.      7 5
Varmazis, C.      2 98 13 26 13 27 13 29 13 45
Vasenko, S.A.      8 29 8 58 9 19 9 57 10 40
Vasiliev, B.V.      14 7 14 20
Vazquez, L.      15 145
Vecht, A.      16 8
Vedeneev, S.I.      11 105
Veenstra, T.B.      2 84
Vehara, S.      11 181
Vendik, O.G.      14 69
Verbilo, A.V.      2 92
Verburgh, Ph      11 55
Vernet, G.      4 11 4 21 10 14 10 16 10 47 10 67 10 69 11 103 12 117
Vernon, F.L., Jr      1 31 4 20 6 54 10 19 10 48 14 53
Verschueren, J.M.V.      7 37
Vettiger, F.      2 63
Vicent, J.L.      13 165
Videodetectors      324 326 418
Videodetectors, figures-of-merit of      418—19 425
Videodetectors, Josephson-junction self-selective      418 414—15 462
Videodetectors, Josephson-junction wideband      419—20 425 462
Videodetectors, SIS (quasiparticle)      420—21 425
Videodetectors, using Bloch/SET junctions      562
Vieux — Rochaz, L.      2 173
Viggiano, J.M.      7 45
Villegier, J.C.      2 173 13 148
Vincent, D.A., P.      24 10 1 10 5 14 35
Volkov, A.F.      2 69 10 35 11 10 12 1 13 13 13 14
Vollmer, E.      11 189
Vollmer, H.D.      4 35 4 38 10 33
Voltage ()      xiii 6
Voltage (),-controlled oscillator      572—73
Voltage (),-controlled time delay      573—74
Voltage (),gain      562
Voltage (),gap ( $V_{g}$ )      12
Voltage (),plasma ( $V_{p}$ )      97—98
Voltage (),relation to Josephson phase      6
Voltage (),steps at Bloch/SET oscillations      558
Volynes, P.G.      3 27
Vorontsov, Yu.I.      7 67 11 137
Vorreiter, J.W., C.      25 C.28
Voss, R.F.      3 14 3 35 4 37 7 43 7 44 7 45 7 49 13 59 13 83 13 141
Vystavkin, A.N., P.      25 10 15 10 17 10 18 10 22 10 28 10 30 10 64 11 21 11 86 11 89 11 102 12 35 12 83
Wada, E.      5 40
Wada, K.      15 101
Wada, Y.      15 93 15 101
Wahlsten, S.      9 33 9 35 11 66 13 37
Waho      2 155
Waldram, J.R., P.      26 8 37 8 66 8 67 10 29 11 31
Walker, I.R., P.      49
Wallis, R.F.      15 73
Walter, W.      2 34 2 61
Wang, L.K.      11 87
Wang, R.H.      7 101 8 99 11 143
Wang, T.C.      6 17 12 12 12 19

Warlaumont, J.M.      2 89
Warman, J.      6 57 12 50 13 106
Warnecke, A.J.      2 31
Warnick, A.      7 57
Washboard potential      66 87 133 139
Washburn, S.      3 35
Washington, M.A.      2 43 2 167
Watanabe, K.      15 55 15 132
Wavefunction of current-biased junction      77—78
Wavefunction of superconducting condensate      3—4 456
Wavefunction of unbiased junction      23 545—46
Weak links      38
Weak links, $I_{N}-V$ dependence in      102
Weak links, 1/ noise in      44
Weak links, and Josephson steps      340
Weak links, capacitance of      39
Weak links, dc curves of      100—1 315
Weak links, interaction via Cooper pairs      431
Weak links, interaction via quasiparticles      432
Weak links, microwave impedance of      300
Weak links, nonstationary properties of      40—41
Weak links, SFNPR effect in      304
Weak links, stationary properties of      39—40
Weak links, types of      41—44
Weak links, vortex crossover in      243
Webb, D.J.      2 56
Webb, M.B.      16 16
Webb, R.A.      3 14 3 35 6 69 7 53 13 59 13 141
Webb, W.W.      2 111 3 11 8 36 11 35 14 2 14 25
Weber, P.      2 35 8 54
Weihnacht      8 15
Weiner, D.      15 45 15 126 15 127
Weiss — Parmeggiani, L.      13 33
Weiss, U.      16 12
Weitz, D.A.      2 130 11 5
Wells, J.S.      11 98 11 113
Wellstood, F.      7 100
Welton, T.E.      1 38
Wengler, M.J.      12 125
Wermund, H.J.      7 82
Werthamer, N.R.      1 19 2 4
Wertheim, G.K.      2 44
Wesserman, G.      11 156
Westervelt, R.M.      11 172
Whalen, A.D.      1 27
Wheatley, J.C.      6 69 7 53
Whitehouse, J.E., P.      48
Whitley, S.R.      12 95
Whitney, D.A.      13 121
Widom, A.      16 4 16 26
Wiesenfeld, K.      11 158
Wiik      9 28
Wikswo, J.P.      6 47
Wilkins, J.W.      2 146 12 96
Williams      15 84
Williamson, S.J., C.      15
Wilmsen, C.W.      8 2 8 43 9 8
Wilson, J.      7 21 9 30 12 62
Winkler, D.      11 179 11 180
Witt, T.J.      11 124
Wolf, P.      5 32 7 17 7 79 12 17 C.22
Wolf, S.A.      10 2 13 79 14 49
Wonneberger, W.      15 92 11 182
Woody, D.P.      11 14 11 16 11 17 12 125
Wu, P.H.      11 31
Wunsch, J.      7 19 7 82 8 78 8 85
Wyder, P.      7 37
X-band      328 368
Yagi, A.      5 30 15 141 A.7
Yakobson, L.A.      2 67
Yamada, H.      5 34 8 77
Yamada, K.      2 53
Yamaguchi, A.      12 116
Yamaguchi, Y.      11 160
Yamaoka      2 156 7 108 8 8
Yamashita      7 112
Yamashita, K.      5 31
Yanagawa, F.      5 36
Yanson, I.K., P.      29 2 125 4 2 6 55 8 55 8 63 11 40 11 82 12 57
Yeh, J.T.C.      2 42 4 16 6 56
Yeh, W.J.      11 49 11 165 13 138
Yell, R.W.      14 48
Yen, E.T.      2 31
Yogi      7 101 8 99 11 143
Yorke, J.A.      11 177
Yoshida, K.      5 12 7 114 8 95 8 96 8 97 8 100 9 45 12 46 12 47 12 103 12 104 15 58 15 60 15 70 15 75 15 76 15 77 15 94
Yoshii, S.      2 157
Yoshikawa, N.      16 6
Yu, M.L.      13 109
Yudin, B.F.      12 70
Yurchenko      1 1 13 4 13 108
Zabolotnyi, V.F.      12 70
Zabusky, N.R.      15 68
Zacherl, A.      11 169
Zadorozhnyi, A.I.      13 84
Zafra, R.L.      12 100
Zahn, W.      9 21
Zaikin, A.D.      7 23 8 35
Zaitsev, A.V.      2 69 2 70 11 10 13 14 13 16
Zakharov, V.E.      15 118
Zanzucchi, P., C.      17
Zappe, H.H.      4 9 5 1 5 23 6 22 6 23 6 29 6 30 7 30 7 78 8 51
Zavaleev, V.P.      10 50 11 71 12 49 12 85
Zawadowski, A.      11 183
Zeller, H.R.      16 18 16 19
Zero-field steps      408—9 520—29 532
Zettl, A.      11 184
Zhang, L.      13 38
Zharkov, G.F., P.      12 7 23 8 25 8 28 8 29 8 35
Zheng, G. — G.      13 165
Zhukov, A.P.      12 83
Zhuravlev, V.V.      13 84
Zhuravlev, Yu.E.      2 181
Ziglin, S.L.      11 174
Zilberman, L.A.      3 5 8 60 8 69
Ziman, J.      16 2
Zimmer, H.      11 62
Zimmerman      11 138
Zimmerman, J.E.      2 107 2 108 2 110 6 3 6 4 6 6 6 39 6 40 6 41 6 45 6 46 6 60 6 61 6 62 6 73 7 3 10 11 12 3 12 55 13 43 A.1 C.26
Zorin, A.B.      1 46 1 47 1 48 2 18 2 24 2 138 2 183 4 8 4 26 7 59 7 74 11 30 11 140 11 192 12 82 12 114 12 128 16 5 16 25
Zubeck, R.B.      2 52
Zubkov, A.A.      8 82
Zurbrogg, Ch      3 32
Zych, D.A., P.      46

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