Physica C: Superconductivity 1991: Vol 177 Index

17 Pages·1991·4.2 MB·English

Physica C 177 (1991) 509-512
North-Holland
Author Index to Volume 177
Aarnink, W.A.M., see J. Gao 177, 384 H.W. Zandbergen, A new type of homologous series in the
Adrian, H., see A. Walkenhorst 177, 165 La-Cu-O system 177,115
Aguillon, C., see P. Manuel 177, 281 Ceder, G., M. Asta and D. de Fontaine, Computation of the
Akimov, A.I., see S.M. Butorin 177, 8 OI-OII-OIII phase diagram and local oxygen configurations
Alloul, H.,see H.B. Brom = 177, 297 for YBa,Cu,O, with z between 6.5 and 7 177, 106
Altshuler, E., S. Garcia and J. Barroso, Flux trapping in Chattopadhyay, T., P.J. Brown and U. KO6bler, Crystal and
transport measurements of YBa,Cu,O,_.,. superconductors: magnetic structure of Nd,CuO, at millikelvin
A fingerprint of intragrain properties 177, 61
temperatures 177, 294
Ammor, L., see J.C. Soret 177, 95
Chen, W.L., see H.-C.I. Kao 177, 367
Angadi, M.A., A.D. Caplin, J.R. Laverty and Z.X. Shen, Non-
Cheshnitsky, S.M., see S.M. Butorin 177, 8
destructive determination of the current-carrying length
Chevalier, B., see A. Tressaud 177, 330
scale in superconducting crystals and thin films 177,479
Chu, C.W., see L. Gao 177, 438
Arendt, P.N., see S.K. Remillard 177, 345
Coddens, G., see E. Vanlathem 177, 207
Asta, M., see G. Ceder 177, 106
Coene, W., see J. Gao 177, 384
Aubin, M., see P. Fournier 177, 159
De Fontaine, D., see G. Ceder 177, 106
Balakrishnan, G., C.K. Subramaniam, D.MckK. Paul, S. Pifiol
Deltour, R., see E. Vanlathem 177, 207
and R. Vijayaraghavan, An upper limit on the lower critical
Dinse, K.-P., see O. Dobbert 177, 17
field in single crystal Nd, .gsCep,,;;CuO,_, 177, 310
Dobbert, O., K.-P. Dinse, W. Goldacker and T. Wolf,
Bando, Y.,see Y. lye 177, 393
Temperature dependence of the pinning potential in the
Barriquand, F., P. Odier and D. Jérome, '7O0 NMR anisotropic
high-temperature superconductor Y,Ba,Cu307,_, 177,17
properties of the planar oxygen sites in an YBa,Cu,;0O, 5
Dominec, J., C. Laermans and V. Plechaéek, Velocity and
single crystal 177, 230
attenuation of ultrasound in the Bi,Sr,CuO,
Barroso, J.,see E. Altshuler 177, 61
superconductor 177, 373
Batlogg, B., see R.J. Cava 177,115
Bonoldi, L., M. Sparpaglione and L. Zini, Nonhomogeneous
Eddy, M., see D.H. Kim 177, 431
charge distribution in doped layered superconducting
Edwards, P.P., see A. Maignan 177, 461
compounds’ 177, 73
Eibl, O., K. Hradil and H. Schmidt, Interface analysis of
Braithwaite, D., J.Q. Liu, G. Martinez, P.J.M. Van Bentum and
epitaxial YBa,Cu,O, thin films deposited on sapphire
P. Lejay, Anisotropies of Raman scattering cross-sections of
(Al,O;) with YSZ buffer layers 177, 89
YBa,Cu,;0,,5;compounds 177, 213
Eibl, O., see S. Lésch 177, 271
Brass, A. and B. Mitrovic, Monte Carlo study of the specific
Elliott, N.E., see S.K. Remillard 177, 345
heat and magnetization of a random three-dimensional
Etourneau, J.,see A. Tressaud 177, 330
cluster of Josephson coupled superconducting grains 177,
138
Brom, H.B. and H. Alloul, Study of the flux pattern in the high- Finkelstein, L.D., see S.M. Butorin 177, 8
Forgacs, G., L.S. Schulman, L.B. Kiss, P. Svedlindh and
T. superconductor YBa,Cu;O, by °Y-NMR_ 177, 297
L. Lundgren, Method for determining the distribution of
Brown, P.J.,see T. Chattopadhyay 177, 294
Josephson coupling energies in high-7,
Budin, H., see S. Lésch 177,271
Butorin, S.M., V.R. Galakhov, L.D. Finkelstein, E.Z. Kurmaev, superconductors 177, 67
Forsthuber, M., F. Ludwig and G. Hilscher, Size dependence of
Yu.A. Teterin, M.I. Sosulnikov, S.M. Cheshnitsky,
S.A. Lebedev and A.I. Akimov, Electronic valence band the AC susceptibility and critical current densities of
structure of high-7, superconductors: X-ray emission ceramic high-7. superconductors 177, 401
Fournier, P., R. Gagnon and M. Aubin, Variable-range hopping
spectroscopy study 177, 8
in YBa(Cu,_.M,)30¢645 [M-e, Zn] 177, 159
Cao, G.,see Y. Li 177, 36 Fukunaga, O., see N. Ohashi 177, 377
Caplin, A.D., see M.A. Angadi 177, 479
Carter, W., see K.H. Sandhage 177, 45 Gagnon, R.,see P. Fournier 177, 159
Cava, R.J., T. Siegrist, B. Hessen, J.J. Krajewski, W.F. Peck Jr., Galakhov, V.R., see S.M. Butorin 177, 8
B. Batlogg, H. Takagi, J.V. Waszczak, L.F. Schneemeyer and Gantmakher, V.F., A.M. Neminsky and D.V. Shovkun, AC-
510 Index of authors and papers
susceptibility of YBa,Cu3O,_, ceramics in terms of the Jakob, G., see A. Walkenhorst 177, 165
percolation theory 177, 469 Jérome, D., see F. Barriquand 177, 230
Gao, J.. W.A.M. Aarnink, G.J. Gerritsma, A.J.H.M. Rijnders, Jin, S., J.E. Graebner, T.H. Tiefel, R.B. van Dover, A.E. White
H. Rogalla, F. Hakkens, W. Coene and M.A.M. Gijs, and G.W. Kammlott, High critical currents in c-axis
Epitaxial multilayers of YBa,Cu,0,/PrBa,Cu,;0,/ textured Bi—Pb-Sr—Ca—Cu-O superconductor
YBa,Cu,0, 177, 384 ribbons 177, 189
Gao, L., Y.Y. Xue, P.H. Hor and C.W. Chu, The giant short- Jobst, B.,see G. Zorn 177, 494
time decay of persistent currents in Y,Ba;Cu,O7_; at 77 Joshi, C., see K.H. Sandhage 177, 45
K_ 177, 438 Junod, A., see J.-Y. Genoud 177,315
Garcia, S.,see E. Altshuler 177, 61
Genoud, J.-Y., T. Graf, A. Junod, D. Sanchez, G. Triscone and Kalinay, P., Temperature dependence of nuclear relaxation rate
J. Muller, Preparation, resistivity, magnetic properties and for the t-J model 177, 145
specific heat of the 95 K superconductor YBa,Cu; 507.54,
Kammlott, G.W., see S. Jin 177, 189
(247") 177,315
Kampwirth, R.T., see D.H. Kim 177, 431
Gerritsma, G.J.,see J. Gao 177, 384 Kaneko, T., T. Wada, A. Ichinose, H. Yamauchi and S. Tanaka,
Gijs, M.A.M., see J. Gao 177, 384 Orthorhombic-tetragonal transition in non-superconducting
Gobel, H.,see G. Zorn 177, 494 (T1,_,Pb,.)Sr,CuO;_,, 177, 153
Goldacker, W.,see O. Dobbert 177, 17
Kang, J.H.,see D.H. Kim 177, 431
Goll, G., U. Paschen and H. v. Léhneysen, Impurity
Kao, H.-C.I., W.L. Chen, T.P. Wei, J.C. Lin and C.M. Wang, A
contributions to the specific heat of YBa;Cu;O07_, single
correlation between the oxygen stoichiometry and 7, of
crystals below | K in magnetic fields upto6T 177, 351
BizCaSro,1_ .)Cu2(1;~yOg4+5_2x-2» Superconductors 177,
Gopinath, C.S., R. Nirmala and S. Subramanian, WHMO
367
calculations on CuO clusters of YBa,Cu;O0;7_,. Correlation
Kato, M., K. Yoshimura and K. Kosuge, Over-doped metallic
between 7,, structure, oxygen stoichiometry and highest
behavior of Bi,Sr,CuO,,. Synthesis of Bi-2201 with
occupied molecular orbital energy 177, 27
stoichiometric cation composition 177, 52
Gosset, P.C. and B.L. Gydrffy, The effects of quantum
Kemmler-Sack, S., see S. Lésch 177, 271
fluctuations on an array of Josephson coupled point
Kheifets, A.S. and A.I. Veinger, Absolute measurements of the
superconductors in a magnetic field 177, 356
low magnetic field microwave absorption in YBa,Cu,;07_ 5
Graebner, J.E.,see S. Jin 177, 189
ceramics 177, 289
Graf, T., see J.-Y. Genoud 177, 315
Kim, D.H., K.E. Gray, R.T. Kampwirth, J.C. Smith,
Gray, K.E.,see D.H. Kim 177, 431
D.S. Richeson, T.J. Marks, J.H. Kang, J. Talvacchio and
Greene, R.L., see J.L. Peng 177, 79
M. Eddy, Effect of Cu-O layer spacing on the magnetic field
Grenier, J.-C., see J.C. Park 177, 487
induced resistive broadening of high-temperature
Groult, D., see A. Maignan 177, 461
superconductors 177, 431
Gu, D.X., see Y. Xin 177, 183
Kiss, L.B., see G. Forgacs 177, 67
Gupta, A., see A. Kussmaul 177, 415
Kobayashi, M., see N. Ohashi 177, 377
Gyorffy, B.L., see P.C. Gosset 177, 356
Kobler, U., see T. Chattopadhyay 177, 294
Hakkens, F., see J. Gao 177, 384 Kodama, Y., see N. Murayama _ 177, 135
Hartmann, M., see S. Lésch_ 177, 271 Koshelev, A.E., G.Yu. Logvenov, V.A. Larkin, V.V. Ryazanov
and K.Ya. Soifer, Observation of magneto-thermoelectric
Hennion, M.,see E. Vanlathem 177, 207
effects in high-7, superconducting T1,Ba,CaCu,O, single
Hervieu, M., see A. Maignan’ 177, 461
Hessen, B., see R.J. Cava 177,115 crystals 177, 129
Hilscher, G., see M. Forsthuber 177, 401 Kosuge, K.,see M. Kato 177, 52
Hirabayashi, I., see N. Ogawa_ 177, 101 Krajewski, J.J.,see R.J. Cava 177,115
Hor, P.H., see L. Gao 177, 438 Kronmiiller, H., see H. Theuss 177, 253
Hradil, K., see O. Eibl 177, 89 Kurmaey, E.Z., see S.M. Butorin 177, 8
Hsu, H., see K.H. Sandhage 177, 45 Kussmaul, A., J.S. Moodera, P.M. Tedrow and A. Gupta, Two-
Huebener, R.P., see S. Lésch 177, 271 dimensional character of the magnetoresistance in
Huong, P.V., see J.C. Park 177, 487 Nd, gsCep. ;;CuO,_sthin films 177,415
Kwok, H.S. and Q.Y. Ying, Dynamics ofi n situ YBa;Cu,;0,
Ichinose, A., see T. Kaneko 177, 153 superconducting film formation 177, 122
Ikawa, H., see N. Ohashi 177, 377
Iye, Y., T. Terashima and Y. Bando, Anomalous angular Laermans, C.,see J. Dominec 177, 373
dependence of dissipation in layered high-temperature Larkin, V.A., see A.E. Koshelev 177, 129
superconductors 177, 393 Laverty, J.R., see M.A. Angadi 177, 479
Lebedev, S.A., see S.M. Butorin 177, 8
Index of authors and papers 511
Ledbetter, H. and M. Lei, Estimated d7./dP and d7T./do;; for Ogawa, N., I. Hirabayashi and S. Tanaka, Preparation of a high-
the Y,Ba,Cu3;0, superconductor 177, 86 J, YBCO bulk superconductor by the platinum doped melt
Leelaprute, S., see I.M. Tang 177,57 growth method 177, 101
Lei, M., see H. Ledbetter 177, 86 Ohashi, N., H. Ikawa, O. Fukunaga, M. Kobayashi and
Lejay, P., see D. Braithwaite 177,213 J. Tanaka, Carrier behavior in the T*-phase of
Li, Y., R. Ma and G. Cao, Méssbauer study of quadrupole (Ln,_,_,,Ln{,Sr,)2CuO,_5 177, 377
interaction at the different Cu sites in the Bi-system Olson, W.L., see R.P. Vasquez 177, 223
superconductor 177, 36
Li, Z.Y., see J.L. Peng 177,79 Park, J.C., P.V. Huong, M. Rey-Lafon, J.-C. Grenier,
Lin, J.C., see H.-C.I. Kao 177, 367 A. Wattiaux and M. Pouchard, Infra-red and Raman
Liu, J.Q., see D. Braithwaite 177, 213 spectroscopic studies of superconducting electrochemically
Liu, R.S., see A. Maignan 177, 461 oxidized La,CuO, 177, 487
Logvenov, G.Yu., see A.E. Koshelev 177, 129 Paschen, U., see G. Goll 177, 351
Lésch, S., H. Budin, O. Eibl, M. Hartmann, T. Rentschler, Paul, D.McK., see G. Balakrishnan 177, 310
M. Rygula, S. Kemmler-Sack and R.P. Huebener, Structural Peacor, S.D., seeC. Uher 177, 23
analysis and superconducting properties of Pb-free Peck Jr., W.F., see R.J. Cava 177,115
Bi,Sr,Ca3Cu,O, (™, nominal composition) 177, 271 Pederson, D.O., see Y. Xin 177, 183
Lozano, L., see A. Tressaud 177, 330 Peng, J.L., Z.Y. Liand R.L. Greene, Growth and
Ludwig, F., see M. Forsthuber 177, 401 characterization of high-quality single crystals of
Lundgren, L., see G. Forgacs 177, 67 R2_,Ce,CuO,_, (ROd,Sm) 177, 79
Pinol, S., see G. Balakrishnan 177, 310
Ma,R.,see Y. Li 177, 36 Plechaéek, V., see J. Dominec 177, 373
Maeda, T., K. Sakuyama, N. Sakai, H. Yamauchi and Pouchard, M., see J.C. Park 177, 487
S. Tanaka, Synthesis and structural analysis of the Presland, M.R. and J.L. Tallon, Superconductivity at 105 K in
superconducting lead cuprates, (Pb, Cu) (Sr, R)2(R’, Tlo.5Pbo.sCaSr2_,La,Cu,0, 177,1
Ce) ,Cu,O. (R, R’: rare-earth element) 177, 337 Provost, J.,see A. Maignan 177, 461
Maignan, A., T. Rouillon, D. Groult, J. Provost, M. Hervieu,
C. Michel, B. Raveau, R.S. Liu and P.P. Edwards, Oxygen Rammer, J., Temperature and field dependence of the vortex
pressure, the key factor for optimization of structure in high-7, superconductors 177, 421
superconductivity in the 1212-phase Raveau, B., see A. Maignan 177, 461
Pb, _,St2Cap 5Yo.5Cu24,O745 177, 461 Remillard, S.K., P.N. Arendt and N.E. Elliott, Electrophoretic
Manuel, P., C. Aguillon and S. Senoussi, Exponential decay of deposition of TI-Ba—Ca—Cu-O and Bi,Sr,CaCu,O,. thick
critical current in Y—-Ba—Cu-O: relationship with the films 177, 345
pinning potential profile and its physical origin 177, 281 Rentschler, T., see S. Lésch 177, 271
Markiewicz, R.S., Van Hove singularity and high-7, Rey-Lafon, M., see J.C. Park 177, 487
superconductivity VI. Interlayer coupling 177, 171 Rice, D.E., see E. Takayama-Muromachi 177, 195
Markiewicz, R.S., Hall density and de Haas—van Alphen effect Richeson, D.S., see D.H. Kim 177, 431
near the Van Hove singularity in the high-7, Rijnders, A.J.H.M., see J.Gao 177, 384
superconductors 177, 445 Robin, C., see A. Tressaud 177, 330
Marks, T.J.,see D.H. Kim 177, 431 Rogalla, H.,seeJ.Gao 177, 384
Martinez, G., see D. Braithwaite 177, 213 Rouillon, T., see A. Maignan 177, 461
Masur, L., see K.H. Sandhage 177, 45 Ryazanov, V.V., see A.E. Koshelev 177, 129
Mehbod, M., see E. Vanlathem 177, 207 Rygula, M.,see S. Lésch_ 177, 271
Michel, C., see A. Maignan’ 177, 461
Mirebeau, I.,see E. Vanlathem 177, 207 Sakaguchi, S., see N. Murayama 177, 135
Mitrovic, B.,see A. Brass 177, 138 Sakai, N., see T. Maeda_ 177, 337
Moodera, J.S.,see A. Kussmaul 177, 415 Sakuyama, K., see T. Maeda _ 177, 337
Muller, J., see J.-Y.Genoud 177, 315 Sanchez, D., see J.-Y. Genoud 177, 315
Murayama, N., Y. Kodama, S. Sakaguchi and F. Wakai, Sandhage, K.H., W. Carter, L. Masur, C. Joshi, H. Hsu and
Anisotropy and anomalous temperature dependence of G.J. Yurek, Synthesis of a Ba-Pb-Bi-O/Ag
Josephson lower critical field in grain-oriented Bi-Pb-Sr- superconducting composite by the oxidation of a Ba-Pb-Bi-
Ca-—Cu-O superconductor 177, 135 Ag metallic precursor 177, 45
Schmidt, H., see O. Eibl 177, 89
Neminsky, A.M., see V.F. Gantmakher 177, 469 Schmitt, M., see A. Walkenhorst 177, 165
Nirmala, R., see C.S. Gopinath 177, 27 Schneemeyer, L.F., see R.J. Cava 177, 115
Schulman, L.S., see G. Forgacs 177, 67
Odier, P., see F. Barriquand 177, 230 Seebacher, B., see G. Zorn 177, 494
512 Index of authors and papers
Senoussi, S., see P. Manuel 177, 281 V. Lohneysen, H., see G. Goll 177, 351
Setsuwan, P., see I1.M. Tang 177,57 Van Bentum, P.J.M., see D. Braithwaite 177, 213
Shen, Z.X., see M.A. Angadi 177, 479 Van Dover, R.B., see S. Jin 177, 189
Sheng, Z.Z.,see Y. Xin 177, 183 Vanlathem, E., M. Mehbod, R. Deltour, M. Hennion,
Shewchun, J.,see C. Uher 177, 23 I. Mirebeau and G. Coddens, Neutron scattering study of
Shovkun, D.V., see V.F. Gantmakher 177, 469 the dynamics ofi ron spins in iron doped BizCaSr,Cu,O0,
Siegrist, T.,see R.J. Cava 177,115 superconducting compounds 177, 207
Smith, J.C., see D.H. Kim 177, 431 Vasquez, R.P. and W.L. Olson, X-ray photoelectron
Soifer, K.Ya., see A.E. Koshelev 177, 129 spectroscopy study of chemically etched T1,Ba,CaOCgu,
Soret, J.C. and L. Ammor, Scaling behaviour and crossover of thin film surfaces 177, 223
resistive transition in YBa,Cu,0;_, 177,95 Veinger, A.I., see A.S. Kheifets 177, 289
Sosulnikov, M.I., see S.M. Butorin 177, 8 Vijayaraghavan, R., see G. Balakrishnan 177, 310
Sparpaglione, M., see L. Bonoldi 177, 73
Stdlzel, C., see A. Walkenhorst 177, 165 Wada, T., see T. Kaneko 177, 153
Subramaniam, C.K., see G. Balakrishnan 177, 310 Wakai, F.,see N. Murayama _ 177, 135
Subramanian, S., see C.S. Gopinath 177, 27 Walkenhorst, A., C. Tomé-Rosa, C. Stélzel, G. Jakob,
Svedlindh, P., see G. Forgacs 177, 67 M. Schmitt and H. Adrian, Anisotropy of the depinning
field and the pinning force density of thin epitaxial
Takagi, H.,see R.J. Cava 177, 115 YBa,Cu,0O, films 177, 165
Takayama-Muromachi, E. and D.E. Rice, Oxygen deficiency in Wang, C.M., see H.-C.I. Kao 177, 367
the superconducting oxides (La,;_,.M,),CuO, (M=r, Waszczak, J.V.,see R.J. Cava 177, 115
Ba) 177,195 Wattiaux, A.,see J.C. Park 177, 487
Tallon, J.L.,see M.R. Presland 177, 1 Wei, T.P., see H.-C.I. Kao 177, 367
Talvacchio, J..see D.H. Kim 177, 431 White, A.E., see S. Jin 177, 189
Tanaka, J.,.see N. Ohashi 177, 377 Wolf, T.,seeO. Dobbert 177, 17
Tanaka, S., see N. Ogawa_ 177, 101
Tanaka, S., see T. Kaneko 177, 153 Xin, Y., Z.Z. Sheng, D.X. Gu and D.O. Pederson, Formation
Tanaka, S.,see T. Maeda 177, 337 and superconductivity of 1212-type phase
Tang, I.M., S. Leelaprute and P. Setsuwan, Optimization oft he TISrz(Sro.5Ro.5)Cu2O7_5 with R=c, Y and lanthanides 177,
hole concentration in the two-layer bismuth 183
superconductors 177,57 Xue, Y.Y.,see L.Gao 177, 438
Tedrow, P.M., see A. Kussmaul 177, 415
Terashima, T., see Y. lye 177, 393 Yamaji, K., Negative-U superconductivity in the two-band
Teterin, Yu.A., see S.M. Butorin 177, 8 model with the pair-transfer interaction 177, 303
Theuss, H. and H. Kronmiiller, The influence of a point defect Yamauchi, H., see T. Kaneko 177, 153
structure on the magnetic properties of YBa,Cu,;07_; Yamauchi, H., see T. Maeda _ 177, 337
polycrystals 177,253 Ying, Q.Y., see H.S. Kwok = 177, 122
Tiefel, T.H., see S. Jin 177, 189 Yoshimura, K.,see M. Kato 177, 52
Tomeé-Rosa, C., see A. Walkenhorst 177, 165 Yurek, G.J., see K.H. Sandhage 177, 45
Tressaud, A., C. Robin, B. Chevalier, L. Lozano and
J. Etourneau, Superconductivity in chlorine-treated Zandbergen, H.W., see R.J. Cava 177, 115
La,CuO, 177, 330 Zini, L., see L. Bonoldi 177, 73
Triscone, G., see J.-Y.Genoud 177, 315 Zorn, G., B. Seebacher, B. Jobst and H. Gobel, Investigation of
formation reactions in the system Bi-Pb-Sr—Ca-—Cu-oxide
Uher, C., S.D. Peacor and J. Shewchun, Thermal conductivity starting from oxides and carbonates 177, 494
of T1,Ba,Ca,Cu,O;, ceramics from 300 K down to 0.1
K 177,23
PhysicaC 177 (1991) 513-514
North-Holland
Analytic Subject Index to Volume 177
2D weak localization 415 HREM 89, 115, 384 Raman scattering 213
-of La,CuO, 487
AC susceptibility 52, 469 Impurity effects 351
Anisotropic superconductor 213, 310, Infrared spectroscopy 487 Single-crystal growth
393, 431 Interlayer coupling 171 -of R,_,Ce,CuO,_, (R=Nd,Sm) 79
Irradiation effect 189, 253 Specific heat 138, 351
Band structure 8, 171 Isotope effect 303 Specific heat, in magnetic fields 351
BCS model 421 Specific heat, low-T 351
Josephson lower critical field 135 Spin fluctuations 207
Carrier concentration 57, 73,377 Spin-lattice relaxation time 7, 230
Charge-density waves 445 Knight shift 230 Structural phase transition 195, 445
Coulomb interaction 303 Kosterlitz—Thouless transition 129 Structure
Critical current density 17, 101, 189, -of Ba-Pb-Bi-O/Ag 95
281, 401, 438, 479 Lattice parameters 195 -of Bi,Sr,Ca;Cu,O, 271
-of YBa,Cu;,0, 165 Lower critical fields 310 -of Bi,Sr,CuO,, 52
Critical phenomena 45, 315 -of Bi-Pb-Sr—Ca-—Cu-oxide 494
Critical state model 253, 401 Madelungenergy 86 -of La,Cu,0;, 115
Cu-O chains 106, 315 Magnetic relaxation 438 -of Nd,CuO, 294
Cu-O planes 1, 36, 171, 415 Magnetic structure -of (Pb,Cu) (Sr,R )2(Rv,Ce)2Cu,0,
-of Nd,CuO, 294 (R,Rv: rare-earth elements) 337
Defect structures 89, 159, 384 Magnetic susceptibility 115,271, 315, -of R2_,Ce,CuO,_, (R=Nd,Sm) 79
Depinning field Bz,(7,g) 165 330 -of (T1,_,Pb,.)Sr,CuO;_, 153
Doping 73, 101 Magnetization 135, 138, 281, 315, 479 -of TISr2(Sro.5Ro.5)Cu,07_5 183
D-wave superconductor 145 -of Nd, .3sCeo,;sCuO,_, 310 -of YBa,Cu;0,_; 106
Magnetoresistance 415 Substitution effects 1, 27, 36, 57
Elastic constants 86 Microwave absorption 17, 289 -in BizCaSr,Cu,0g45 367
Electrical resistivity 45, 52, 61, 79, 95, Mixed state 421 -in Bi-Pb-Sr—Ca-—Cu-oxide 494
115, 122, 159, 171, 183, 367, 393, 431 Mossbauer spectroscopy 36 -inLa,CuOQ, 330
Electrochemical oxidation 487 Multilayers 384 -in TISr2(Stro.5Ro.5)Cu2O7_5 183
Electronic structure 27, 73 Muon spin rotation 421 -in YBa2(Cu,_,M,.)30645 [M = Fe,
Electron-phonon coupling 445 Zn] 159
Energy gap 213 Neutron scattering (inelastic) 207 Surface impedance 289, 345
NMR 145, 230, 297 Synthesis
Fermi surface 223,445 Normal-state properties 23 -of Ba-Pb-Bi-O/Ag 95
Fluctuation effects 67 -of Bi,Sr,CuO, 373
Flux creep 17 O-T transition 122, 153 -of Bi,Sr,CuO, 52
Flux dynamics 129, 431, 438 Oxygen diffusion 122 —Of Lag + 4n,CUgs2nO1448n (N=2,3) 115
Flux pinning 61,271, 281, 393 Oxygen stoichiometry 27,57, 106, 153, -of (Pb,Cu) (Sr,R )2(R/,Ce)2Cu,0,
159, 330, 461, 469 (R,Rv: rare-earth elements) 337
Glassy state 438 -in Bi,CaSr,Cu,03g,5 367 -of Pb, _ ,St2Cap 5Yo9.5Cu24,O7+5 461
Grain alignment (texturing) 135 -in (La,_,M,.),CuO, (M=Sr,Ba) 195 -of YBa,Cu;0,_; 101
Grain boundaries 271 -in (Ln,_x_,,Lnv,,Sr,)2,CuO,_5 377
Granular superconductivity 45, 61, 67, T+*-phase compound 377
135, 138, 289, 356, 401, 469 Penetration depth 345, 421 Thermal conductivity
Granular superconductors 479 Percolation 67, 469 -—of T1,Ba,Ca,Cu;0;, 23
Phase diagram 1, 27, 106, 145 Thermoelectric effects 129, 159
Hall effect 79,377, 445 Phonon spectrum 213 Thin films 89, 223, 345, 479
High pressure effect 86 Pinning force 253 —of YBa,Cu;0, (epitaxial) 165
Hole concentration 1 -—of YBa,Cu;0;_; 122
Analytic subject index
Ultrasound velocity 373 XES 8
Tunneling 356 Upper critical field XPS 223
Two-band model -of YBa,C;Cuu3 ; 50754, 315 X-ray diffraction 494
Two-fluid model
Weak links 45, 67, 138, 189, 289, 356
Ultrasound attenuation
Physica C 177 (1991) 515
North-Holland
Materials Index to Volume 177
Ba-—Pb-Bi-O/Ag —Raman scattering 487
-structure 95 -substitution effects 330 (Tl, _,Pb,.)Sr2CuOs_,,
-synthesis 95 Lag + 4nCug+2nO14+8n -structure 153
Bi,CaSr,Cu,Og, 5 -synthesis 115 T1,Ba,Ca,Cu;0j9
—oxygen stoichiometry 367 (Ln, _x—yLnv,,St,)2CuO4_ 5 -thermal conductivity 23
—substitution effects 367 —oxygen stoichiometry 377 TISr2(Sro.sRo.5)Cu207_5
Bi,Sr,Ca3;Cu,O, -Structure 183
-structure 271 Nd, ssCe&p 1sCuO4_, —substitution effects 183
Bi,Sr,CuO, —magnetization 310
-synthesis 373 Nd,CuO,
YBa2(Cu, ~xM.)306+6
Bi,Sr,CuO,, —magnetic structure 294 —substitution effects 159
-structure 52 -structure 294 YBazsCCu3u 50;75+ x
-synthesis 52 -upper critical field 315
Bi-Pb-Sr—Ca-—Cu-oxide (Pb,Cu) (Sr,R )2(Rr,Ce),Cu,0,
YBa,Cu,;0,
-structure 494 -structure 337 -critical current density 165
—substitution effects 494 -synthesis 337 -thin films 165
Pb, _ Sr2Cao sYo.sCu2+.O7+5 YBa,Cu;07_;5
-synthesis 461 -structure 106
( La, _xM, )2 CuO,
-oxygen stoichiometry 195 -synthesis 101
La,Cu,0, R, esx Ce,CuO, -y —thin films 122
-structure 115 -single-crystal growth 79
La,CuO, -structure 79

Physica C 177 (1991) 517-526
North-Holland
Cumulative Author Index to Vols. 172-184
Aarnink, W.A.M., 177, 384 Bai, G., 173, 487; 174, 1 Bowden, M., 174, 383
Adachi, H., 175, 523 Bajorek, A., 174, 71 Bozovic, I., 174, 435
Adachi, S., 175, 523 Bak, T., 175, 555 Brabers, V.A.M., 176, 137
Adrian, H., 177, 165 Balagurov, A.M., 172, 331 Braginski, A.I., 175, 545
Afalfiz, L., 173, 9 Balakrishnan, G., 177, 310 Braithwaite, D., 177, 213
Affronte, M., 172, 131 Batanda, M., 174, 71 Brass, A., 177, 138
Agostinelli, E., 176, 216 Bando, Y., 175, 192; 176, 441; 177, 393 Brinkmann, D., 172, 57; 175, 581
Agrawala, G., 175, 27 Bansal, S., 173, 260 Broddin, D., 173, 361
Aguillon, C., 175, 202, 215; 177, 281 Bansal, T.K., 173, 260 Brom, H.B., 175, 12; 177, 297
Ahrens, R., 173, 309 Bansil, A., 172, 175 Brosh, B., 173, 337
Akamatsu, M., 174, 359 Barabanov, A.F., 176, 511 . Brown, P.J., 174, 489; 177, 294
Akella, J., 176, 503 Baranov, M.A., 173, 458 Bruls, G., 175, 61
Akimov, A.I., 174, 447; 177, 8 Barnes, C.L., 173, 152 Brunner, B., 173, 159
Akis, R., 176, 485 Barriquand, F., 177, 230 Brunner, O., 172, 365, 373
Alario-Franco, M.A., 172, 477 Barroso, J., 177, 61 Bruynseraede, Y., 175, 197
Aldoshina, M.Z., 172, 340 Barry, J.C., 176, 347 Bryksin, V.V., 172, 352
Alexander, K.B., 172, 486 Batlogg, B., 177, 115 Brynestad, J., 172, 486
Alexandrov, O.V., 172, 491 Bauerle, D., 173, 208; 176, 507 Buckley, R.G., 174, 383; 176, 95, 242
Alexandrov, V.V., 173, 458 Baughman, R.J., 172, 413, 465 Budin, H., 177, 271
Alimoussa, A., 175, 285 Baumann, Th., 175, 102 Burchfield, L.A., 172, 43
Allen, R.E., 173, 173 Bazhenov, A.V., 176, 35 Biirkle, H., 173, 309
Allenspach, P., 175, 587 Bechtold, J., 175, 595 Butorin, S.M., 177, 8
Alloul, H., 172, 304; 175, 279; 177, 297 Bednarczyk, P.J., 176, 126 Buzdin, A.I., 175, 42, 143
Almasan, C.C., 174, 93 Behera, S.N., 173, 293
Altendorf, E., 175, 47 Bennett, J.C., 173, 220 Cahen, D., 174, 273
Altshuler, E., 172, 361; 177, 61 Bennington, S.M., 175, 587 Calestani, G., 176, 216
Amelinckx, S., 173, 361; 176, 575 Benoit, W., 172, 407 Campbell, A.M., 172, 253; 175, 539
Ammor, L., 177, 95 Berastegui, P., 173, 377 Canfield, P.C., 176, 57
Andersen, N.H., 172, 31; 173, 387 Berger, H., 172, 407 Cao, G., 177, 36
Andrikidis, C., 173, 117 Beynon, R.J., 173, 9 Cao, Y., 172, |
Angadi, M.A., 177, 479 Bhagat, S.M., 175, 27 Cao Liezhao, 172, 71
Antognazza, L., 172,365, 373 Bhullar, M.S., 172, 217 Caplin, A.D., 177, 479
Antson, O.K., 173, 65 Bianconi, A., 175, 369 Capponi, J.J., 175, 293
Aoki, Y., 175, 381 Blackstead, H.A., 174, 394; 175, 534 Caracino, P., 175, 435
Aomine, T., 176, 409 Blanchin, M.G., 175, 651 Carbotte, J.P., 172, 345; 176, 485
Appel, J., 172, 127 Blank, B., 173, 309 Cardona, M., 174, 377
Apperley, M.H., 172, 63 Blanton, T.N., 173, 152 Carel, C., 172, 213
Arendt, P.N., 177, 345 Block, R., 173, 409 Carrillo, D., 172, 361
Arendt, R.H., 176, 126, 131 Blunt, F.J., 172, 253; 175, 539 Carter, C.B., 172, 47
Arrouy, F., 175, 342 Boekholt, M., 175, 127; 176, 420 Carter, W., 177, 45
Artemenko, S.N., 173, 125 Bokhimi, 175, 119 Casanove, M.J., 175, 285
Asano, H., 172, 120; 174, 359; 175, 393 Bonnet, B., 172, 193 Catlow, C.R.A., 173, 25
Asta, M., 177, 106 Bonoldi, L., 177, 73 Cava, R.J., 172, 138; 173, 37; 177, 115
Asthana, A., 174, 33 Bordet, P., 172, 183 Cavin, O.B., 174, 135
Aubel, J.L., 175, 17 Borisovskii, V.V., 173, 458 Ceder, G., 177, 106
Aubin, M., 177, 159 Borjesson, L., 173, 377 Chaillout, C., 175, 293
Azuma, M., 176, 441 Borner, H., 174, 109 Chandrachood, M.R., 175, 156
Borowski, R., 173, 414 Chandran, L., 173, 409
Bach, H., 172, 23 Boswell, F.W., 173, 220 Chandrashekhar, G.V., 176, 336
Baczewski, L.T., 175, 363 Bouffard, S., 175, 111 Chang, C.C., 173, 163
518 Cumulative author index
Chang, H.L.M., 174, 1 Das, I., 173, 331 Fastampa, R., 173, 145; 176, 216
Chang, L., 174, 33 Datta, T., 176, 541 Fastnacht, R.A., 173, 75, 135
Chang, Y.-W., 173, 251 Davidov, D., 176, 379 Favrot, D., 175, 279
Chattopadhyay, T., 174, 489; 177, 294 Deakin, D.S., 175, 603 Fawler, J.F., 172, 207
Chen, C.H., 173, 285; 175, 301 Decroux, M., 172, 131 Fedotova, T.A., 173, 458
Chen, D.-X., 175, 33 De Fontaine, D., 177, 106 Feile, R., 175, 89
Chen, H., 174, 352 Degterov, S.A., 176, 387 Felner, I., 173, 337
Chen, J., 173, 239; 175, 634 De Jonge, W.J.M., 176, 137 Feng, H.H., 175, 595
Chen, J.T., 172, 217, 233 De Jongh, L.J., 174, 455 Fesenko, V.I., 176, 551
Chen, J.W., 172, 229; 176, 257 Della Longa, S., 175, 369 Filipezuk, S.W., 173, 1
Chen, K., 173, 227 Deltour, R., 173, 361; 177, 207 Finger, L.W., 176, 503
Chen, T., 174, 355 Demazeau, G., 175, 342 Finkelstein, L.D., 177, 8
Chen, W., 176, 203 DeWames, R.E., 176, 121 Fiorani, D., 176, 216
Chen, W.L., 177, 367 Dimesso, L., 176, 216 Fischer, @., 172, 131, 365, 373
Chen, X.-D., 172, 1 Dimitriev, Y.B., 175, 335 Fisher, B., 176, 75
Chen, Y.C., 173, 227 Dinse, K.-P., 177, 17 Fisher, L.M., 173, 458
Chen, Z., 172, 335; 176, 19 DiSalvo, F.J., 173, 37 Fisk, Z., 172, 455; 176, 57
Chen Zhaojia, 172, 71 Divakaran, P.P., 176, 457 Flambaum, V.V., 175, 347
Cheong, S.-W., 172, 455; 175, 301 Dixon, M.A., 174, 117 Fleming, R.M., 172, 138; 173, 37
Chern, G., 173, 201 Dobbert, O., 177, 17 Fleuster, M., 176, 420
Cheshnitsky, S.M., 177, 8 Doi, K., 172, 383 Flower, N.E., 174, 383; 176, 95
Cheung, J.T., 175, 603; 176, 121 Dominec, J., 177, 373 Foltyn, S., 173, 163
Domon, M., 173, 453
Chevalier, B., 175, 435; 177, 330 Forgacs, G., 177, 67
Chi, H., 172, 345 Dong, C., 176, 368 Forsthuber, M., 177, 401
Donnelly, K., 172, 207
Chiang, C., 172, 271 Fossheim, K., 172, 495
Chiengpratoom, N., 175, 250 Dorogovtsev, S.N., 172, 352 Fournier, P., 177, 159
Chin, T.S., 175, 667 Dou, S.X., 172, 63, 295 Fournier, T., 172, 183; 175, 293
Chippindale, A.M., 172, 477 Dousek, F.P., 173, 99 Francesconi, M.G., 176, 216
Doverspike, K., 172, 486
Chmaissen, O., 175, 293 Francesio, L., 175, 324
Drechsler, S.-L., 173, 80
Chocron, S., 176, 379 Franck, J.P., 172, 90
Chou, W.-C., 172, 229 Drechsler, S.L., 176, 496 Francois, M., 172, 491
Chow, L., 175, 634 Driver, R., 173, 117 Freeman, A.J., 172, 467; 173, 274;
Duan, H., 176, 541
Chrzanowski, J., 172, 90; 175, 47 176, 159
Dupree, R., 175, 269
Chu, C.W., 175, 595, 627; 176, 195; Fromknecht, R., 175, 381
Diirrler, M., 174, 377
177, 438 Froning, P., 174, 289
Chu, J.W., 175, 595 Fruchart, D., 172, 207
Eab, C.H., 174, 149
Clayman, B.P., 176, 242 Fruchter, L., 176, 517
Easterling, K.E., 172, 63
Clinton, T.W., 174, 487 Fueki, K., 176, 325
Eddy, M., 177, 431
Clough, C.A., 175, 534 Fujikami, J., 174, 359
Edwards, P.P., 177, 461
Coddens, G., 177, 207 Fujimoto, H., 172, 495
Eibl, O., 172, 365, 373; 175, 419; 177, 89,
Coene, W., 177, 384 Fujishita, H., 175, 165
271
Coey, J.M.D., 172, 207 Fujita, J., 174, 144
Elliott, N.E., 177, 345
Collocott, S.J., 173, 117 Fujita, T., 173, 322; 176, 533
Emmen, J.H.P.M., 176, 137
Comberg, A., 174, 289 Fujiwara, S., 176, 325
Endoh, Y., 172, 120
Congiu-Castellano, A., 175, 369 Fukami, T., 175, 93; 176, 521
Engelsberg, S., 176, 451
Cooper, A.S., 175, 301 Fukunaga, O., 177, 377
Entel, P., 175, 639
Coppens, P., 174, 23 Furrer, A., 175, 587
Eom, C.B., 174, 435
Croft, M., 173, 239
Eriksson, S., 173, 377
Crooker, P.P., 172, 1 Gabilly, R., 172, 304
Eschrig, H., 173, 80
Cros, C., 175, 342 Gagnon, R., 177, 159
Escribe-Filippini, C., 175, 285
Crossley, A., 176, 106 Gai, P.L., 176, 347
Espinosa, G.P., 173, 285
Cui, G.J., 175, 545 Gaines, J.R., 172, 1
Etourneau, J., 173, 139; 175, 342, 435;
Curbelo, C., 172, 361 177, 330 Gaitonde, D.M., 173, 293
Ewert, S., 174, 289 Galakhov, V.R., 177, 8
Dalichaouch, Y., 174, 93 Galbaatar, T., 176, 496
Exley, R., 173, 9
Darab, J.G., 173, 213 Galkin, V.Ju., 172, 331
Das, A.N., 174, 215 Falkovsky, L.A., 172, 242 Gantmakher, V.F., 177, 469