Physica C: Superconductivity 1991: Vol 179 Index

7 Pages·1991·1.7 MB·English

PHYSICA [i
Physica C 179 (1991) 469-472
North-Holland
Author Index to Volume 179
Alekseevskii, N.E., see I.A. Garifullin 179, 9 Crabtree, G.W., see W. Kritscha 179, 59
Allen, C.J., see M.R. De Guire 179, 333 Cucolo, A.M., R.C. Dynes, J.M. Valles Jr. and
Anokhin, A.O., V.Yu. Irkhin and M.I. Katsnelson, On the effect L.F. Schneemeyer, Planar tunnel junctions on 90 K and 60
of strong electron correlations on various superconductivity K YBCO single crystals. Superconducting and normal state
mechanisms’ 179, 167 properties 179, 69
Aomine, T., see B. Zhao 179, 138 Cui, C., see X. Qiu. 179, 176
Aponte, J.M.,see M. Mejias 179, 437
Asano, H., see T. Wada _ 179, 455 Dabrowski, B., see S.J.L. Billinge 179, 279
Asayama, K.,see K. Ishida 179, 29 Davydov, A.S. and S.P. Kruchinin, Interlayer effects in the
Asayama, K., see Y. Kitaoka 179, 107 newest high-7. superconductors 179, 461
De Guire, M.R., N.P. Bansal, D.E. Farrell, V. Finan, C.J. Kim,
Babu, T.G.N., see R. Dupree 179, 311 B.J. Hills and C.J. Allen, The series Bi,Sr,Ca,,_ ;Cu,,O2,,44
Bansal, N.P., see M.R. De Guire 179, 333 (1<n<5). Phase stability and superconducting
Baranov, M.A., V.S. Gorbachev and A.V. Senatorov, Properties properties 179, 333
of the Josephson medium at finite temperature 179, 52 Deslandes, F., A.I. Nazzal and J.B. Torrance, Search for
Bartram, M.E., see N.D. Shinn 179, 303 superconductivity in analogues of Laz_ ,Sr,CuO,:
Bertrand, D., see X. Bozec 179, 22 Sr,_,Ln,VO, (Ln=La, Ce, Pr, Nd, Eu) 179, 207
Billinge, S.J.L., T. Egami, D.R. Richards, D.C. Hinks, Diko, P., see M. Nevriva 179, 253
B. Dabrowski, J.D. Jorgensen and K.J. Volin, Local Dou, S.X., see Y. Zhao 179, 85
structural change close to 7, in Nd,_,Ce,CuO,_, 179, 279 Dou, S.X., see N. Savvides_ 179, 361
Boekholt, M., J.V. Harzer, B. Hillebrands and G. Giintherodt, Dupree, R., Z.P. Han, D.McK. Paul, T.G.N. Babu and
Determination of the sound velocities and the complete set C. Greaves, NMR evidence for common magnetic
of elastic constants for Bi,Sr,CaCu,Og4 5 single crystals behaviour in YBa,Cu,O, and YBa,Cu3;0;,_; 179, 311
using Brillouin light scattering 179, 101 Duréok, S., see M. Nevriva 179, 253
Bolmont, D., see B. Loegel 179, 15 Dynes, R.C., see A.M. Cucolo 179, 69
Bonetti, E., E.G. Campari, T. Manfredini and S. Mantovani,
Orthorhombic to tetragonal phase transition in Edwards, P.P., see R.S. Liu 179, 353
Y Ba,Cu,0,_, observed by dynamic Young’s modulus Egami, T., see S.J.L. Billinge 179, 279
measurements 179, 381 Emel’chenko, G.A., see S.I. Bredikhin 179, 286
Bozec, X., R. Maury, A.R. Fert, J.P. Redoulées, D. Bertrand, Endoh, Y., see M. Matsuda_ 179, 347
M. Potel, J.C. Levet, P. Gougeon and H. Noél,
Temperature, frequency and field dependence of AC Farrell, D.E., see M.R. De Guire 179, 333
hysteresis losses in superconducting YBaCuO single Fert, A.R., see X. Bozec 179, 22
crystal 179, 22 Finan, V.,see M.R. De Guire 179, 333
Bozukov, L.N., see D.M. Mateev 179, 295 Fisk, Z.,see N.D. Shinn 179, 303
Bredikhin, S.I.,G.A. Emel’chenko, V.Sh. Shechtman, Flank, A.M., see H. Tolentino 179, 387
A.A. Zhokhov, S. Carter, R.J. Chater, J.A. Kilner and Fontaine, A., see H. Tolentino 179, 387
B.C.H. Steele, Anisotropy of oxygen self-diffusion in Fueki, K., see Y. Idemoto 179, 96
YBa,Cu,0,_;single crystals 179, 286 Fujita, T., see M. Kurisu- 179, 358
Fujiwara, K., see Y. Kitaoka 179, 107
Campari, E.G., see E. Bonetti 179, 381 Fujiwara, S.,see Y. Idemoto 179, 96
Carter, S., see S.1. Bredikhin 179, 286
Cava, R.J., see H.W. Zandbergen 179, 213 Garifullin, I.A., N.N. Garif’yanov, N.E. Alekseevskii and
Chang, Y.C., see W. Kritscha 179, 59 S.F. Kim, EPR data on the evolution of the oxygen
Chater, R.J., see S.I. Bredikhin 179, 286 distribution in single crystals of YBa,Cu3;07,_5 179,9
Chen, L., see X. Qiu. 179, 176 Garif’yanov, N.N., see 1.A. Garifullin 179, 9
Chen, P., see X. Qiu. 179, 176 Gorbachev, V.S., see M.A. Baranov 179, 52
Chen, T.G., see C.J. Zhou 179, 369 Gornostyrev, Yu.N., M.I. Katsnelson and A.V. Trefilov, Defects
Cheong, S.-W., see N.D. Shinn = 179, 303 at structure domain boundaries in YBa,Cu,3O, and their
Chu, C.W., see R.L. Meng 179, 149 dynamics 179,119
470 Index of authors and papers
Gougeon, P., see X. Bozec 179, 22 Karmanenko, S.F., see O.G. Vendik 179, 91
Grantscharova, E., see R. Vijayaraghavan 179, 183 Katsaros, A., see N. Savvides_ 179, 361
Greaves, C.,see R. Dupree 179, 311 Katsnelson, M.I., see Yu.N. Gornostyrev 179, 119
Guilloux-Viry, M., see M.G. Karkut 179, 262 Katsnelson, M.I., see A.O. Anokhin 179, 167
Giintherodt, G., see M. Boekholt 179, 101 Kilner, J.A., see S.I. Bredikhin 179, 286
Guru Row, T.N., see R. Vijayaraghavan 179, 183 Kim, C.J., see M.R. De Guire 179, 333
Kim, J.H., see J.P. Lu 179, 191
Hadjiev, V.G., see D.M. Mateev 179, 295 Kim, S.F., see 1.A. Garifullin 179, 9
Han, Z.P.,see R. Dupree 179, 311 Kinoshita, K., see T. Ishii 179, 39
Harzer, J.V., see M. Boekholt 179, 101 Kitaoka, Y., see K. Ishida 179, 29
Hase, T., see H. Takahashi 179, 291 Kitaoka, Y., K. Fujiwara, K. Ishida, K. Asayama,
Hejtmanek, J.,see M. Nevriva 179, 253 Y. Shimakawa, T. Manako and Y. Kubo, Spin dynamics in
Hervieu, M., see C. Martin 179, 1 heavily-doped high-7, superconductors T1,Ba,CuO,,,, with
Hervieu, M., see M. Huve 179, 229 a single CuO, layer studied by ®*Cu and 7°T1 NMR_ 179,
Hidaka, Y., see M. Matsuda _ 179, 347 107
Hillebrands, B., see M. Boekholt 179, 101 Klaumiinzer, S., see H. Watanabe 179, 75
Hills, B.J., see M.R. De Guire 179, 333 Kobatake, K., see T. Ohtani 179, 376
Hinks, D.C., see S.J.L. Billinge 179, 279 Koblischka, M.R., see Th. Schuster 179, 269
Hirsch, J.E., Bose decondensation versus pair unbinding in Kolesov, S.G., see O.G. Vendik 179,91
short-coherence-length superconductors 179, 317 Konson, A.F., see O.G. Vendik 179,91
Hor, P.H., see R.L. Meng 179, 149 Kosuge, M., see J. Sugiyama 179, 131
Horie, Y.,see B. Zhao 179, 138 Krajewski, J.J., see H.W. Zandbergen 179, 213
Huve, M., see C. Martin 179, | Kritscha, W., F.M. Sauerzopf, H.W. Weber, G.W. Crabtree,
Huve, M., C. Michel, C. Martin, M. Hervieu, A. Maignan, Y.C. Chang and P.Z. Jiang, Magnetization of
J. Provost and B. Raveau, The “*1201”’-phase of the ““Tl-Sr- Bi,Sr,CaCu,O; single crystals. Field-induced diamagnetism
La—Cu-O” system. Homogeneity range, structure and above 7., anisotropic irreversibility lines, and reversible
superconductivity 179, 229 mixed state properties 179, 59
Kronmiiller, H., see Th. Schuster 179, 269
Ichinose, A.,see T. Wada_ 179, 455 Kruchinin, S.P., see A.S. Davydov 179, 461
Idemoto, Y., S. Fujiwara and K. Fueki, High temperature Kubo, Y., see Y. Kitaoka 179, 107
conductivity of 2223 phase of Bi-Pb-Sr-Ca—Cu-O Kulik, J., see H.W. Zandbergen 179, 43
superconducting oxides 179, 96 Kulkarni, G.U., see R. Vijayaraghavan 179, 183
Igarashi, H., see E. Iguchi 179, 393 Kurisu, M., S. Matsuda, T. Suzuki and T. Fujita, Two-step
Iguchi, E., H. Nishikawa, A. Tamenori, T. Manako and superconducting transition and anomalous pressure
H. Igarashi, Correlation between ionic potential and dependence of 7, in La,CuO, 179, 358
superconductivity in Tl,Ba,CuO,,,series 179, 393 Kuroda, Y., see K. Miura 179, 411
Iliev, M.N., see D.M. Mateev 179, 295 Kuroumaru, S., see B. Zhao 179, 138
Irkhin, V.Yu., see A.O. Anokhin 179, 167
Ishida, K., Y. Kitaoka, T. Yoshitomi, N. Ogata, T. Kamino and Lagarde, P.,see H. Tolentino 179, 387
K. Asayama, Gapless superconductivity in Zn-doped Levet, J.C., see X. Bozec 179, 22
Y Ba,Cu,30, studied by Cu NMR and NQR. Possibility of d- Levin, K.,see J.P. Lu 179, 191
wave superconductivity in high-7, oxides 179, 29 Li, J.,see X. Qiu. 179, 176
Ishida, K., see Y. Kitaoka 179, 107 Li, L., see B. Zhao = 179, 138
Ishii, T., T. Watanabe, K. Kinoshita and A. Matsuda, Single Li, L., see X. Qiu’ 179, 176
crystal growth and superconductivity in Li, N., see X. Qiu. 179, 176
La; g7Ca, ;3Cu,0, 179, 39 Li, S., see X. Qiu. 179, 176
Izumi, F., see T. Wada_ 179, 455 Li, T.W., see C.J. Zhou 179, 369
Izumi, H., see H. Takahashi 179, 291 Likholetov, Yu.V., seeO.G. Vendik 179, 91
Liou, S.H., see D.J. Werder 179, 430
Jiang, P.Z., see W. Kritscha 179, 59 Liu, G., see X. Qiu. 179, 176
Jorgensen, J.D., see S.J.L. Billinge 179, 279 Liu, H.K., see Y. Zhao 179, 85
Liu, M., see X. Qiu. 179, 176
Kabius, B., see H. Watanabe 179, 75 Liu, R.S. and P.P. Edwards, Synthesis of monophasic
Kamino, T., see K. Ishida 179, 29 T1,Ba,Ca,Cu30,9(7.=120K) superconductor 179, 353
Karkut, M.G., M. Guilloux-Viry, A. Perrin, J. Padiou and Locquet, J.-P., see T. Schneider 179, 125
M. Sergent, Surface and in-plane characterization of Loegel, B., D. Bolmont and A. Mehdaoui, The influence of
Y Ba,Cu,0O, thin films grown by laser ablation 179, 262 thermal treatments, fabrication methods and shapes on the
Index of authors and papers
magnetic transition of high temperature superconducting Ogata, N., see K. Ishida 179, 29
compounds’ 179, 15 Ohata, K., see H. Takahashi 179, 291
Lovtsov, S.V. and V.Yu. Yushankhai, Effective singlet-triplet Ohkubo, H., see B. Zhao’ 179, 138
model for CuO; plane in oxide superconductors: the charge Ohtani, T., K. Kobatake and T. Takehara, Thermoelectric
fluctuation regime 179, 159 power of the high-7. oxide superconductors at elevated
Lu, J.P., Q. Si, J.-H. Kim and K. Levin, Microscopic Fermi temperatures 179, 376
liquid theory of NMR relaxation and neutron scattering in Ojima, Y., see J. Sugiyama 179, 131
the metallic copper oxides 179, 191 Overmyer, D.L., see N.D. Shinn 179, 303
Ma, B.H., see K. Zhang 179, 405 Padiou, J., see M.G. Karkut 179, 262
Maignan, A., see C. Martin 179, | Paul, D.McK., see R. Dupree _ 179, 311
Maignan, A., see M. Huve 179, 229 Peck Jr., W.F., see H.W. Zandbergen 179, 213
Manako, T., see Y. Kitaoka 179, 107 Perrin, A., see M.G. Karkut 179, 262
Manako, T., see E. Iguchi 179, 393 Pollert, E., see M. Nevriva 179, 253
Manfredini, T., see E. Bonetti 179, 381 Potel, M., see X. Bozec 179, 22
Mantovani, S., see E. Bonetti 179, 381 Provost, J.,.seeM. Huve 179, 229
Martin, C., A. Maignan, M. Huve, M. Hervieu, C. Michel and
B. Raveau, T]1,LBaz,a ,zCu,_09+ 5: a new 42 K Qiu, X.,see B. Zhao 179, 138
superconductor, intergrowth of “1201” and “0201” Qiu, X., C. Cui, S. Li, M. Liu, J. Li, Y. Zhang, Y. Zhao, P. Xu,
structures 179, 1 L. Li, L. Chen, P. Chen, N. Li and G. Liu, Resistive
Martin, C.,see M. Huve 179, 229 transition and pinning potential in YBa,Cu3O, thin
Mase, S., see B. Zhao 179, 138 film 179, 176
Mateev, D.M., M.N. Iliev, L.N. Bozukov, V.G. Hadjiev and
P. Stastny, Raman spectrum of the double-layer Rangavittal, N., see R. Vijayaraghavan 179, 183
superconductor Laz_ ,Sr,CaCu,0,_ 57(0.2<x<0.4) 179, Rao, C.N.R., see R. Vijayaraghavan 179, 183
295 Raveau, B.,see C. Martin 179, 1
Matsuda, A., see T. Ishii 179, 39 Raveau, B.,see M. Huve_ 179, 229
Matsuda, M., Y. Endoh and Y. Hidaka, Crystal growth and Redouleés, J.P., see X. Bozec 179, 22
characterization of Pr,_,Ce,CuO, 179, 347 Richards, D.R., see S.J.L. Billinge 179, 279
Matsuda, S., see M. Kurisu- 179, 358 Roas, B., see H. Watanabe 179, 75
Matsuura, T.,see K. Miura 179, 411 Rogers Jr., J.W., see N.D. Shinn = 179, 303
Maury, R., see X. Bozec 179, 22
Mehdaoui, A., see B. Loegel 179, 15 Saemann-Ischenko, G., see H. Watanabe 179, 75
Mejias, M., J.M. Aponte and M. Octavio, Fabrication of high Sauerzopf, F.M., see W. Kritscha 179, 59
quality Bi-Sr-Ca—Cu-O thin films by multiple source Savvides, N., A. Katsaros and S.X. Dou, Critical current
evaporation 179, 437 density and flux pinning in silver/superconductor
Meng, R.L., Y.Y. Sun, P.H. Hor and C.W. Chu, Grain growth composites and tapes 179, 361
in monolithic YBazCu3O, with high J. 179, 149 Schirber, J.E., see N.D. Shinn 179, 303
Michel, C., see C. Martin 179, | Schneemeyer, L.F., see A.M. Cucolo 179, 69
Michel, C., see M. Huve 179, 229 Schneider, T. and J.-P. Locquet, Dimensional crossover and
Mitsugi, K.,see Y. Yamaguchi 179, 447 finite size effects in superconducting films 179, 125
Miura, K., T. Matsuura and Y. Kuroda, Quasi-particle Schuster, Th., M.R. Koblischka, N. Moser and H. Kronmiiller,
interaction in strongly correlated systems. Degenerate Observation of nucleation and annihilation of flux-lines
Anderson lattice 179, 411 with opposite sign in high-7. superconductors 179, 269
Morishita, T., see H. Takahashi 179, 291 Segre, C.U., see K. Zhang 179, 405
Moser, N., see Th. Schuster 179, 269 Seidler, G., see K. Zhang 179, 405
Senatorov, A.V., see M.A. Baranov 179, 52
Nara, A., see T. Wada_ 179, 455 Sergent, M., see M.G. Karkut 179, 262
Nazzal, A.I., see F. Deslandes 179, 207 Shechtman, V.Sh., see S.I. Bredikhin 179, 286
Nevriva, M., E. Pollert, J. Hejtmanek, S. Duréok, Shimakawa, Y., see Y. Kitaoka 179, 107
M. Simeékova and P. Diko, Growth and characterization of Shinn, N.D., M.E. Bartram, J.E. Schirber, J.W. Rogers Jr.,
Y,_,Pr,Ba,Cu;07_, single crystals 179, 253 D.L. Overmyer, Z. Fisk and S.-W. Cheong, Interstitial
Nieuwendijk, B., see H.W. Zandbergen 179, 43 doping and oxygen exchange in superconducting
Nishikawa, H., see E. Iguchi 179, 393 La,CuO,4,5 179, 303
Noél, H., see X. Bozec 179, 22 Si, Q., see J.P. Lu 179, 191
Simeékova, M., see M. Neviiva 179, 253
Octavio, M., see M. Mejias 179, 437 Soderholm, L., C.W. Williams and U. Welp, The
472 Index of authors and papers
superconductor-related oxides Cm CuO, and ion irradiation on the microstructure of YBa,Cu,O, thin
Cm, 83 ho ;7CuO, 179, 440 films 179,75
Stastny, P., see D.M. Mateev 179, 295 Watanabe, T., see T. Ishii 179, 39
Steele, B.C.H., see S.I. Bredikhin 179, 286 Weber, H.W., see W. Kritscha 179, 59
Studer, F.,see H. Tolentino 179, 387 Welp, U., see L. Soderholm 179, 440
Sugiyama, J., M. Kosuge, Y. Ojima, H. Yamauchi and Werder, D.J. and S.H. Liou, Epitaxial T1,Ba,Ca,Cu3;09 on
S. Tanaka, TEM observation and Hall measurements on (0,0,1)LaAlO; substrates 179, 430
superconductive Nd,CuO,_,.F, 179, 131 Williams, C.W., see L. Soderholm 179, 440
Sun, Y.Y.,see R.L. Meng 179, 149
Suzuki, T., see M. Kurisu 179, 358 Xu, P., see B. Zhao = 179, 138
Xu, P., see X. Qiu. 179, 176
Takahashi, H., T. Hase, H. Izumi, K. Ohata, T. Morishita and
S. Tanaka, Effect of an oxygen pressure on crystal growth of Yamaguchi, Y., M. Tokumoto and K. Mitsugi, Low-frequency
a-axis oriented YBa,Cu,O,_., films prepared by pulsed laser AC losses near lower critical field of high-7,
deposition 179, 291 superconductors 179, 447
Takehara, T.,see T. Ohtani 179, 376 Yamauchi, H., see J. Sugiyama _ 179, 131
Tamenori, A., see E. Iguchi 179, 393 Yamauchi, H., see T. Wada_ 179, 455
Tanaka, S., see J. Sugiyama 179, 131 Yanada, E., see B. Zhao 179, 138
Tanaka, S., see H. Takahashi 179, 291 Yoshitomi, T., see K. Ishida 179, 29
Tanaka, S., see T. Wada 179, 455 Yushankhai, V.Yu., see S.V. Lovtsov 179, 159
Tokumoto, M., see Y. Yamaguchi 179, 447
Tolentino, H., A. Fontaine, A.M. Flank, P. Lagarde and Zandbergen, H.W., J. Kulik and B. Nieuwendijk, Limitations
F. Studer, Reverse model of metallization for La,CuO,/ on the monitoring with electron microscopy of the
Nd,CuO, by impurity hole/electron levels in the band formation of defects in YBa,Cu,O, by neutron
gap 179, 387 irradiation 179, 43
Torrance, J.B.,see F. Deslandes 179, 207 Zandbergen, H.W., R.J. Cava, J.J. Krajewski and W.F. Peck Jr.,
Trefilov, A.V., see Yu.N. Gornostyrev 179, 119 HREM study of structural changes at or near the surface of
ErBa,Cu,O, upon heating in air at 100-250°C 179, 213
Urban, K., see H. Watanabe 179,75 Zhang, K., G. Seidler, B.H. Ma and C.U. Segre, Structure and
superconductivity in the single Cu—O layered
Valles Jr., J.M., see A.M. Cucolo 179, 69 (Biz_,Pb,.) (Sr2_,La,)CuOg45system 179, 405
Vendik, O.G., Yu.V. Likholetov, S.F. Karmanenko, Zhang, Y., see B. Zhao 179, 138
S.G. Kolesov and A.F. Konson, A two-layer simulation of Zhang, Y., see X. Qiu. 179, 176
the YBa,Cu,O,_, film microwave surface resistance 179, Zhao, B., S. Kuroumaru, Y. Horie, E. Yanada, T. Aomine,
91 X. Qiu, Y. Zhang, Y. Zhao, P. Xu, L. Li, H.O hkubo and
Vijayaraghavan, R., N. Rangavittal, G.U. Kulkarni, S. Mase, Flux creep in c-axis oriented epitaxial YBa,Cu3;0,
E. Grantscharova, T.N. Guru Row and C.N.R. Rao, thin film 179, 138
Structure and superconducting properties of Zhao, Y., H.K. Liu and S.X. Dou, Effect of co-doping of Ca and
Tl, _,Pb,Y,_,Ca,Sr,Cu,0,7. Dependence of T. on hole Alon hole concentration and superconductivity in the
concentration 179, 183 YBa,Cu30,_, system 179, 85
Volin, K.J., see S.J.L. Billinge 179, 279 Zhao, Y., see B. Zhao’ 179, 138
Zhao, Y., see X. Qiu. 179, 176
Wada, T., A. Ichinose, F. Izumi, A. Nara, H. Yamauchi, Zhokhov, A.A., see S.I. Bredikhin 179, 286
H. Asano and S. Tanaka, Neutron powder diffraction study Zhou, C.J., T.W. Liand T.G. Chen, Out-diffusion of oxygen in
of the Pb-based copper oxide containing thick fluorite Bi-system superconducting oxide 179, 369
blocks: (Pb,Cu)Sr,(Ho,Ce)3;Cu,0,,4- 179, 455
Watanabe, H., B. Kabius, K. Urban, B. Roas, S. Klaumiinzer
and G. Saemann-Ischenko, The influence of 173 MeV Xe-
Physica C 179 (1991) 473
North-Holland
Analytic Subject Index to Volume 179
AC susceptibility of superconductors 15, Holeconcentration 159 -of Nd,CuO,_,F, 131
22, 361, 447 HREM 1, 43, 75, 214, 227 -of Nd,_,Ce,CuO,_, 279
AF spin correlation 107 HTSC 52 -of (Pb,Cu)Sr,(Ho,Ce)3;Cu,0;,;4- 455
Anderson lattice 411 Hubbard hamiltonian 159 -of Tl,_,Pb,Y,_,Ca,Sr,Cu,0, 183
Antiferromagnetic order 358, 440 -of T1,Ba,Ca,Cu,;0,, (thin films) 430
Applications of high-7, Interlayer coupling 461 -of T1,Ba,CuO,,, 393
superconductors 361 Irradiation effect 43,75 -of Tl,_ ,Ba,Ca2,,Cu;0, 353
-of TIBa,_ ,La,,.Cu,0o+5 1
Bisoliton 461 Lattice parameters 85, 183, 214, 405 -of Tl-Sr-La-—Cu-O 214
Bose condensation 317 Localized moments 9 -of YBa,Cu,;O, (thin films) 262
Brillouin scattering Lower critical field H,, 447 -of YBa,Cu3;07_, 207
-on Bi,SrzCaCu,0g,5 101 Substitution effects
Magnetic alignment 333 -in Nd,CuO,_,F, 131
Carrier concentration 96, 183, 207, 393 Magnetic susceptibility 311, 440 -in Pr,_,Ce,CuO, 347
Coulomb interactions 393 Magnetization -in YBa,;Cu,0, 29
Critical current density 138, 361,437 -of Bi,Sr,CaCu,0, 59 -in YBa,Cu;07_, 207
Crystal field 393 Microwave absorption 119 Surface impedance 91
Cu-O planes 159, 393 Multilayers 125 Synthesis
-of Bi, 6Pbp 4Sr2Ca,Cu;,0, 369
Defect structures 43, 119, 227,279 Neutron diffraction 279, 455 -of Bi,Sr,Ca,,_ ;Cu,,O2,44
Neutron scattering (inelastic) 191 (l<n<5) 333
Elastic constants NMR _ 29, 107, 191 -of Bi-Sr—Ca-—Cu-O (thin films) 437
-of Bi,Sr,CaCu,0,,5 101 -in Yba,Cu;07_5 311 -of Cm, g3Tho.;7CuO, 440
Electrical resistivity 85, 96, 347, 358, -in YBa,Cu,O, 311 -ofCm,CuO, 440
369, 405 Normal-state properties 69, 311, 376 -of ErBa,Cu,Og 227
Electron doped superconductor 279 NQR 29 -of La,CuO,,5 303
Electronic structure 159 -of La,_ ,Sr,CaCu,O,_5 295
-of La,CuO,/Nd,CuO, 387 O-T transition -of Sr,_,Ln,VO, (Ln=La, Ce, Pr, Nd,
Electron microscopy 291 -in YBa,Cu3;0;_, 381 Eu) 85
Eliashberg equations 167 Oxygen diffusion 286, 303, 381 -of Tl,_ ,BazCa2,,Cu;0, 353
Energy gap 69 Oxygen stoichiometry 96, 253, 286, 369 -of TIBLaaz, z,.C_u,09 +5 1
EXAFS 9 -of Y,_,Pr,Ba,Cu,;0,_, 253
Pair distribution (PDF) 279 -of YBa,Cu;0, 149
Fermi liquid 167,191 Pair unbinding 317 -of YBa,Cu,07_, (thin films) 291
Fluctuation effects 59, 125 Penetration depth 59,91
Fluxcreep 138, 176, 361 Pinning force 15 Thermal desorption mass
Flux domains 269 spectroscopy 303
Flux dynamics 22, 269 Rietveld analysis 455 Thermoelectric effects 376
Flux pinning 15, 59, 75, 269, 361, 447 Thin films 75,91, 138, 176, 262, 430
Single-crystal growth 253, 347 Tunneling 69
Gapless superconductor 29 —of La, g7Ca, ;3Cu,O, 39
Ginzburg-Landau theory 52, 125 Specific heat, at 7, 317 Ultrasound attenuation 119
Grain alignment (texturing) 149 Spin-lattice relaxation time 7, 29 Ultrasound velocity 101
Grain boundaries 149, 430 -in T1,Ba,CuO,+, 107 Upper critical field H.. 39, 125, 176
Granular superconductivity 15,52 Strong electron correlations 167
Structure Weak links 52
Halleffect 131 -of Bi,Sr,Ca,,_ ;Cu,O2,44
XAS 387
Heavy-fermion compounds 411 (lsns5) 333 VY model 52
High energy electron diffraction 262 -of (Bi,_,Pb,) (Sr;_,La,)CuO.g45 405 '
High pressure effect 358 -of La,_,Sr,CaCusO,_5 295 Young’s modulus 381

PHYSICA [i
Physica C 179 (1991) 475
North-Holland
Materials Index to Volume 179
Bi, 6Pbo.4Sr2Ca,Cu,;O, La,CuO,/Nd,CuO, -spin-lattice relaxation time 7, 107
-synthesis 369 -electronic structure 387 Tl,_,BazCa24,Cu30,
Bi,Sr,CaCu,O0, La,_,Sr,CaCu,O¢_¢ -structure 353
—magnetization 59 -structure 295 -synthesis 353
Bi,Sr,CaCu,0g45 -synthesis 295 TIBaz_ ,Laz, ,Cur09+5
-Brillouin scattering 101 -structure |
-elastic constants 101 Nd,CuO,._F , -synthesis 1
-structure 131 Tl-Sr—La—Cu-—O
Bi,SrCa,,_ 1Cu,Orn+4
-structure 333 —substitution effects 131 -structure 214
-synthesis 333 Nd2_ ,Ce,CuO,_,
(Bi._,.Pb,.) (Sr._,La,)CuO¢+ 5 -structure 279 Y,_,Pr,Ba,Cu,;07_,
-structure 405 -synthesis 253
Bi-Sr—Ca—Cu-O (Pb,Cu )Sr2(Ho,Ce)3Cu,0,;, 4,
YBa,Cu,0,
-synthesis 437 -structure 455 -structure 262
Pr,_ ,Ce,CuO, -substitution effects 29
Cm, 331 ho ;7CuO, —substitution effects 347 -synthesis 149
-synthesis 440
Yba,Cu,;07_;
Cm,CuO, Sr, reo.x Ln,VO, -NMR 311
-synthesis 440 -synthesis 85 YBa,Cu3;07_.,
-O-T transition 381
ErBa,Cu,O, Tl, _,Pb,Y,_,.Ca,Sr,Cu,0, -synthesis 291
-synthesis 227 -structure 183 YBa,Cu;307_,,
T1,Ba,Ca,Cu30;9 -structure 207
La;g 7Ca,.13Cu20. -structure 430 —substitution effects 207
—single-crystal growth 39 T1,Ba,CuO,,.. YBa,Cu,O,
La,CuO,,5 -structure 393 -NMR 311
-synthesis 303 T1,Ba,CuO,+,