Physica C. Superconductivity 1992: Vol 196 Index

7 Pages·1992·2.1 MB·English

PHYSICA |
Physica C 196 (1992) 403-406
North-Holland
Author Index to Volume 196
Abd-Elmeguid, M.M., J. Olejniczak, U. Kébler, Ch. Sauer and of orthorhombic YBa,Cu,0,_, at oxygen pressures 10~?-
W. Zinn, Effect of Sn substitution for Cu on the magnetic 100 bar 196, 164
and superconducting properties of
La2_,Sr,.(Cu,_,Sn,)Og45 (O<x<0.15) 196, 315 De Crescenzi, M., see A. Balzarotti 196, 79
Abdel-Raouf, M.A., see P. Saalfrank 196, 340 De Groot, P.A.J.,see Y. Ren 196, 111
Adachi, H., T. Satoh, Y. Ichikawa, K. Setsune and K. Wasa, Den, T. and T. Kobayashi, Preparation and properties of
Superconducting (Sr,Nd)CuO, thin films with infinite-layer YSr,Cu;_,.M,O, (M=Li, Al, Ti, V, Cr, Fe, Co, Ga, Ge, Mo,
structure 196, 14 WandRe) 196, 141
Adachi, S., S. Takano and H. Yamauchi, Structural and De Wette, F.W. and A.D. Kulkarni, Comment on “Phonons
superconducting properties of cuprates in the YSr,Cu,;O,- and specific heat in high-7, T1,,2)BazCa,,_ ;Cu,,02,34,4 )
GaSr,YCu,O, system 196, 125 superconductors” 196, 399
Akera, H.,seeM.R. Norman 196, 43 Dlouha, M., see Z. Jirak 196, 68
Ando, K., see S. Nomura 196, 323 Dong, C., H.M. Duan, W. Kiehl, A. Naziripour, J.W. Drexler
Andres, K., see G. Schindler 196, | and A.M. Hermann, Composition dependence of the
Arai, J.,.seeH. Shimizu 196, 329 superconducting properties of the TI-Ba—Ca—Cu-—O
Arciprete, F., see A. Balzarotti 196, 79 system 196, 291
Asano, H., see F. Izumi 196, 227 Dorokhova, N.A., see I.K. Bdikin 196, 191
Doyle, R.A., see A.R. Jones 196, 63
Balzarotti, A., F. Patella, F. Arciprete, N. Motta and Drexler, J.W.,see C. Dong 196, 291
M. De Crescenzi, Reactivity of the Bi,Sr,CaCu,O, and D’Souza, C.P.,seeR. Pinto 196, 264
Bi, 7Pbo.;Sr,CaCu,Og surfaces for d-metal overlayers 196, Duan, H.M., see C. Dong 196, 291
79 Dunne, L.J. and J.N. Murrell, Symmetry in the
Bando, Y.,seeG. Er 196, 271 superconducting, insulating and metallic phases of doped
Bdikin, I.K., N.A. Dorokhova, D. Ya. Lenchinenko, cuprates 196, 185
M.P. Kulakov, V.Sh. Shekhtman and I.M. Shmyt’ko,
Structural changes in Bi,Sr,CaCu,Ox,, , single crystals Er, G., S. Kikkawa, F. Kanamaru, Y. Miyamoto, S. Tanaka,
between 20° and 875°C 196, 191 M. Sera, M. Sato, Z. Hiroi, M. Takano and Y. Bando,
Behnia, K., D. Jaccard, J. Sierro, P. Lejay and J. Flouquet, Structural, electrical and magnetic studies of infinite-layered
Thermal conductivity of heavy-fermion superconductor Sr,_,La,CuO, superconductor 196, 271
URu,Si, 196, 57
Bernhard, K. and G. Gritzner, T1,Ba,Ca;Cu,O, Fischer, P., Large, flux-free Y ,Ba,Cu,O7,_, single crystals by
superconductors from coprecipitated oxalate improved CuO-BaO flux growth 196, 105
precursors 196, 259 Flouquet, J.,see K. Behnia 196, 57
Besagni, T., see F. Licci 196, 307 Frigeri, C., see F. Licci 196, 307
Blunt, F.J.,see A.R. Jones 196, 63 Fruchter, L., see B. Janossy 196, 73
Bonetti, E., E.G. Campari and S. Mantovani, Off-
stoichiometric superconducting phases, oxygen mobility and Gamari-Seale, H., see P. VaSek 196, 90
anelastic relaxation in YBa,Cu,0,_, 196, 7 Gan, Z.Z., see J.Q. Li 196, 135
Braginski, A.I., see C.L. Jia 196,211 Ganguly, P. and K. Rajagopalan Nair, Possible importance of
Bredikhin, S.I., A.A. Maksimov, B.C.H. Steele and localisation effects on the superconducting transition
I.I. Tartakovskii, RS spectra in YBa,Cu,O,,., crystals with temperatures in the alkali-metal—fullerides 196, 171
site-selective isotopic substitution of oxygen 196, 117 Gerdanian, P., see C. Picard 196, 297
Buchgeister, M., see T. Krekels 196, 363 Golubov, A.A. and V.M. Krasnov, The first critical field, H3,
and the penetration depth in dirty superconducting S/N
Cabannel, R., see B. Janossy 196, 73 multilayers 196, 177
Campari, E.G., see E. Bonetti 196, 7 Greber, T., see M. Shimoda 196, 236
Campbell, A.M., see A.R. Jones 196, 63 Gritzner, G., see K. Bernhard 196, 259
Cava, R.J., see H.W. Zandbergen 196, 252 Gupta, L.C.,see R. Pinto 196, 264
Conder, K., J. Karpinski, E. Kaldis, S. Rusiecki and E. Jilek,
Thermodynamics of the oxygen defects and phase stability Hermann, A.M., see C. Dong 196, 291
404 Index of authors and papers
Herrmann, K., see C.L. Jia 196, 211 Koblischka, M.R., see Th. Schuster 196, 373
Herzog, P., see T. Krekels 196, 363 Koike, Y.,see H. Matsuo 196, 276
Hiroi, Z.,seeG. Er 196, 271 Kojima, H., see B. Janossy 196, 73
Horiuchi, S., see K. Yanagisawa 196, 34 Krajewski, J.J.,see H.W. Zandbergen 196, 252
Hosseini, $.M., see T. Krekels 196, 363 Krasnov, V.M.,see A.A. Golubov 196, 177
Krasnov, V.M., V.A. Oboznov and V.V. Ryazanov, Anomalous
Ichikawa, M., see N. Sugii 196, 129 temperature dependence of Hz in superconducting Nb/Cu
Ichikawa, Y.,seeH. Adachi 196, 14 multilayer 196, 335
Ishigaki, T., see F. Izumi 196, 227 Krekels, T., H. Zou, G. van Tendeloo, D. Wagener,
Izumi, F., K. Kinoshita, Y. Matsui, K. Yanagisawa, T. Ishigaki, M. Buchgeister, S.M. Hosseini and P. Herzog, Ortho II
T. Kamiyama, T. Yamada and H. Asano, The crystal structure in ABa,Cu,07_; compounds (A=Er, Nd, Pr, Sm,
structure of the superconducting copper oxide carbonate Yb) 196, 363
(Ba, _.Sr,.)2Cu, + O242)4-(CO3),_,. Defects in charge Kronmiiller, H., see Th. Schuster 196, 373
reservoirs and superconductivity 196, 227 Kubo, K., see N. Sugii 196, 129
Kufudakis, A., see P. VaSek 196, 90
Jaccard, D.,see K. Behnia 196, 57 Kugel, K.I. and A.L. Rakhmanov, Bean-Livingston surface
Janossy, B., I. Tanaka, H. Kojima, R. Cabannel and barrier and magnetic properties of granular
L. Fruchter, Magnetic susceptibility in the fluctuation superconductors 196, 17
regime for a (La,_,Sr,)»CuO, (x=0.075) single Kuhn, H., see Th. Schuster 196, 373
crystal 196, 73 Kulakov, M.P., see I.K. Bdikin 196, 191
Jia, C.L., B. Kabius, K. Urban, K. Herrmann, J. Schubert, Kulkarni, A.D., see F.W. de Wette 196, 399
W. Zander and A.I. Braginski, The microstructure of Kumar, D., see R. Pinto 196, 264
epitaxial YBa,Cu,;O, films on steep steps in LaAlO,
substrates 196, 211 Ladik, J., see P. Saalfrank 196, 340
Jilek, E.,seeK. Conder 196, 164 Lee, S.H., seeS.H. Kim 196, 27
Jin, X.,seeZ. Shi 196, 285 Leghissa, M., see Th. Schuster 196, 373
Jirak, Z., E. Pollert, D.S edmidubsky, M. Dlouha and Lejay, P.,see K. Behnia 196, 57
S. Vratislav, Neutron diffraction study of Lenchinenko, D.Ya., see I.K. Bdikin 196, 191
Bi,Sr,MnO,,, 196, 68 Li, J.Q., Z.X. Zhao, Y.L. Li, D.B. Zhu, Z.Z. Gan and D.L. Yin,
Jones, A.R., R.A. Doyle, F.J. Blunt and A.M. Campbell, The Structural study on Cg material 196, 135
relationship between magnetisation and hysteresis of critical Li, Y.L., see J.Q. Li 196, 135
current in sintered YBCO 196, 63 - Licci, F., L. Raffo, T. Besagni, C. Frigeri and C. Paris,
Diamagnetic substitution in LaSCO and YBCO
Kabius, B., see C.L. Jia 196, 211 superconductors. Study of Cd- and Sn-doped systems 196,
Kaldis, E.,see K. Conder 196, 164 307
Kamiyama, T., see F. Izumi 196, 227 Liegener, C.-M., see P. Saalfrank 196, 340
Kanamaru, F.,seeG. Er 196, 271 Lindemer, T.B., F.A. Washburn and C.S. MacDougall, Study of
Karpinski, J.,.seeK. Conder 196, 164 phase behavior in the YBa,Cu,0,_ ,-BaCuO,, ,-CuO-Ag
Ké, T.S., see L. Wei 196, 121 system 196, 390
Kechiantz, A.M., The cause of unusual charging dependence of Lippert, M., see Th. Schuster 196, 373
T, in the electrostatic charging experiments on high- Lu, M., see Z. Shi 196, 285
temperature superconducting films 196, 48 Ludescher, B., see Th. Schuster 196, 373
Khalil, A.E., Lattice structure, flux dynamics and intrinsic noise
generation in high-temperature superconductors 196, 357 MacDonald, A.H., see M.R. Norman 196, 43
Kiehl, W., see C. Dong 196, 291 MacDougall, C.S., see T.B. Lindemer 196, 390
Kikkawa, S.,seeG. Er 196, 271 Maksimoyv, A.A., see S.I. Bredikhin 196, 117
Kim, K.H., see S.H. Kim 196, 27 Mantovani, S., see E. Bonetti 196, 7
Kim, S.H., Y.Y. Kim, S.H. Lee and K.H. Kim, Thermodynamic Matsui, Y., see K. Yanagisawa 196, 34
study of the effects of Pb-addition on the formation of the Matsui, Y.,see F. Izumi 196, 227
2223 phase in the Bi-based superconductor system 196, 27 Matsuo, H., Y. Koike, T. Noji, N. Kobayashi and Y. Saito,
Kim, Y.Y., see S.H. Kim 196, 27 Carrier doping and resistive and magnetic anomalies in
Kinoshita, K.,see F. Izumi 196, 227 partially substituted Ca,_,Sr,CuO, 196, 276
Kiyama, T.,see H. Shimizu 196, 329 Mitros, Ch., see P. VaSek 196, 90
Kleiner, R., see G. Schindler 196, | Miyamoto, Y.,seeG. Er 196, 271
Kobayashi, N., see H. Matsuo 196, 276 Mott, N.F., Note on the specific heat and conductivity of
Kobayashi, T.,seeT. Den 196, 141 YB,(Cu,_,Zn,);07_, in the non-superconducting range of
Kobler, U., see M.M. Abd-Elmeguid 196, 315 x 196, 369
Index of authors and papers
Motta, N., see A. Balzarotti 196, 79 Sato, M.,seeG. Er 196, 271
Miiller, P., see G. Schindler 196, 1 Satoh, T.,see H. Adachi 196, 14
Murrell, J.N., see L.J. Dunne 196, 185 Sauer, Ch., see M.M. Abd-Elmeguid 196, 315
Schindler, G., B. Seebacher, R. Kleiner, P. Miiller and
Naziripour, A.,seeC. Dong 196, 291 K. Andres, Electrical characterisation of single grain
Niarchos, D., see P. VaSek 196, 90 boundaries in DyBa,Cu,;O,-ceramics 196, |
Niarchos, D., see M. Pissas 196, 157 Schlapbach, L., see M. Shimoda 196, 236
Nicolaides, G.K., see M. Pissas 196, 157 Schubert, J., see C.L. Jia 196, 211
Noji, T., see H. Matsuo 196, 276 Schuster, Th., M.R. Koblischka, H. Kuhn, B. Ludescher,
Nomura, S., H. Yoshino and K. Ando, Cross-substitution of Bi M. Leghissa, M. Lippert and H. Kronmiiller, Flux-lines of
and Sr in Bi,Sr,CaCu,0,g,5 196, 323 inversed sign in YBa,Cu,O0,_;thin films 196, 373
Norman, M.R., H. Akera and A.H. MacDonald, Mean-field Sedmidubsky, D., see Z. Jirak 196, 68
superconductivity in a strong magnetic field 196, 43 Seebacher, B., see G. Schindler 196, |
Sera, M.,seeG.Er 196, 271
Oboznov, V.A., see V.M. Krasnov 196, 335 Setsune, K.,see H. Adachi 196, 14
Olejniczak, J., see M.M. Abd-Elmeguid 196, 315 Sharon, M.,see R. Pinto 196, 264
Osterwalder, J.,see M. Shimoda 196, 236 Shekhtman, V.Sh., see I.K. Bdikin 196, 191
Shen, M.-Y., S.-L. Zhang and Y.-F. Zhang, Raman spectra of
Pai, S.P.,seeR. Pinto 196, 264 superconducting and non-superconducting phase of
Paris, C., see F. Licci 196, 307 Nd,_,Ce,CuO, 196, 95
Patella, F., see A. Balzarotti 196, 79 Shi, Z., Y. Zhang, X. Jin, M. Lu, X. Xu and X. Yao, Magnetic
Peck Jr., W.F., see H.W. Zandbergen 196, 252 properties of high-7.. superconductive materials in low
Phillips, J.C., Dopant microdomains, local magnetic moments, fields 196, 285
and superconductivity in La,_,Sr,Cu,;_,.M,O, alloys 196, Shimizu, H., T. Kiyama and J. Arai, Influence of Fe, Co, Ni and
153 Zn substitution on critical temperature and structural
Picard, C. and P. Gerdanian, Chain-plane oxygen change of GdBa,Cu,0, 196, 329
rearrangement in YBa ,Cu,O, at room temperature. Shimoda, M., T. Greber, J. Osterwalder and L. Schlapbach, X-
Thermodynamic equilibrium may be obtained in a ray photoelectron diffraction studies of
reasonable period of time 196, 297 Bi,Sr,CaCu,0g,, 196, 236
Pinto, R., S.P. Pai, C.P. D’Souza, L.C. Gupta, Shmyt’ko, I.M., see I.K. Bdikin 196, 191
R. Vijayaraghavan, D. Kumar and M. Sharon, Optimization Shoda, K., see K. Yanagisawa 196, 34
of KrF laser ablation parameters for in-situ growth of Sierro, J.,.see K. Behnia 196, 57
Y,Ba,Cu,0,_;thin films 196, 264 Steele, B.C.H., see S.I. Bredikhin 196, 117
Pissas, M., G.K. Nicolaides, V. Psycharis and D. Niarchos, Steger, P.L., see X.Z. Wang 196, 247
Quantitative analysis and studies of the transformation Steiner, W., see X.Z. Wang 196, 247
from Bi,Sr,CaCu,Og, ,t o Bi,Sr,Ca,Cu;0)9,, using Sugii, N., M. Ichikawa, K. Kubo, T. Sakurai, K. Yamamoto and
Rietveld analysis and AC-susceptibility 196, 157 H. Yamauchi, Growth of Sr,_..Nd,CuO, thin films by RF-
Pollert, E., see Z. Jirak 196, 68 magnetron sputtering and their crystallographic
Pollert, E., see P. VaSek 196, 90 properties 196, 129
Psycharis, V.,see M. Pissas 196, 157 Svoboda, P., see P. VaSek 196, 90
Raffo, L., see F. Licci 196, 307 Takano, M.,seeG. Er 196, 271
Rajagopalan Nair, K., see P. Ganguly 196, 171 Takano, S., see S. Adachi 196, 125
Rakhmanov, A.L., see K.I. Kugel 196, 17 Takayama-Muromachi, E., see K. Yanagisawa 196, 34
Reissner, M., see X.Z. Wang 196, 247 Tanaka, I., see B. Janossy 196, 73
Ren, Y. and P.A.J. de Groot, Non-logarithmic relaxation in Tanaka, S.,seeG. Er 196, 271
flux-grown YBa,Cu,0,_; single crystal 196, 111 Tartakovskii, I.I., see S.I. Bredikhin 196, 117
Rusiecki, S.,see K. Conder 196, 164 TeSanovic, Z., see L. Xing 196, 241
Ryazanov, V.V., see V.M. Krasnov 196, 335 Tewordt, L., see S. Wermbter 196, 383
Saalfrank, P., J. Ladik, R.F. Wood, M.A. Abdel-Raouafnd C.- Urban, K., see C.L. Jia 196, 211
M. Liegener, Ab initio cluster and band structure
calculations on systems modeling La,CuQ,. Effects of charge Van Tendeloo, G., see T. Krekels 196, 363
transfer between the different planes, Madelung potentials, Vaiek, P., P. Svoboda, E. Pollert, D. Zemanova, A. Kufudakis,
doping and correlation 196, 340 Ch. Mitros, H. Gamari-Seale and D. Niarchos,
Saito, Y.,seeH. Matsuo 196, 276 Superconductivity of Pro,;Ro,;Ba,Cu;O07_, system and the
Sakurai, T., see N. Sugii 196, 129 existence of a critical ion radius for suppression of
406 Index of authors and papers
superconductivity in R,_,Pr,Ba,Cu;07_, 196, 90 Yamauchi, H., see N. Sugii 196, 129
Vijayaraghavan, R.,see R. Pinto 196, 264 Yanagisawa, K., Y. Matsui, K. Shoda, E. Takayama-
Vratislav, S., see Z. Jirak 196, 68 Muromachi and S. Horiuchi, Modulated structures of
(Bi, _,Pb,.)2Sr,CoO, examined by high-resolution
Wagener, D., see T. Krekels 196, 363 transmission electron microscopy 196, 34
Wang, X.Z., P.L. Steger, M. Reissner and W. Steiner, Oxygen Yanagisawa, K.,see F. Izumi 196, 227
ordering and superconductivity in DyBaSrCu,O,, 196, 247 Yao, X.,see Z. Shi 196, 285
Wasa, K., see H. Adachi 196, 14 Yin, D.L., seeJ.Q. Li 196, 135
Washburn, F.A., see T.B. Lindemer 196, 390 Yoshino, H., see S. Nomura 196, 323
Wei, L. and T.S. Ké, Effect of the substitution of Fe, Co, Ni for
Cu in YBa,Cu;0,_,; studied by anelastic relaxation Zandbergen, H.W., R.J. Cava, J.J. Krajewski and W.F. Peck Jr.,
measurements 196, 121 HREM on defects in Sr.Nd, ;Cep. sNbCu,0;9_5 196, 252
Wermbter, S. and L. Tewordt, Theory of neutron scattering, Zander, W., see C.L. Jia 196, 211
thermal conductivity, and photoemission for Cu—O plane Zemanova, D., see P. VaSek 196, 90
superconductors 196, 383 Zhang, S.-L., see M.-Y. Shen 196, 95
Wood, R.F., see P. Saalfrank 196, 340 Zhang, Y.,see Z. Shi 196, 285
Zhang, Y.-F., see M.-Y. Shen 196, 95
Xing, L. and Z. TeSanovi¢, Dense vortex plasma in type-II Zhao, Z.X., see J.Q. Li 196, 135
superconductors 196, 241 Zhu, D.B., see J.Q. Li 196, 135
Xu, X., see Z. Shi 196, 285 Zinn, W., see M.M. Abd-Elmeguid 196, 315
Zou, H., see T. Krekels 196, 363
Yamada, T., see F. Izumi 196, 227
Yamamoto, K., see N. Sugii 196, 129
Yamauchi, H., see S. Adachi 196, 125
PHYSICA |:
Physica C196 (1992) 407-408
North-Holland
Analytic Subject Index to Volume 196
Acoustic internal friction 121 Internal friction 7 Structure
AC susceptibility 98, 157 -defects in charge reservoirs and
Anisotropic superconductor 57, 73, 241 Josephson effect 1 superconductivity 227
Antiferromagnetic order 315 -of ABa,Cu,0,_; (A=Er, Nd, Pr, Sm,
Lattice dynamics 399 Yb) 363
Band structure 185, 383 -of Nd,_ ,Ce,CuO, 95 -of
-of La,CuO, 340 Lattice parameters 90, 291, 323 (Ba, _ ,Sr,)2Cu +,0242,42(CO3)1_, 227
BCS model 43 Localisation effects 171 -of Bi-2223 27
Bipolaronic superconductivity 369 Local magnetic moments 153 -of Bi,Sr,CaCu,O0g,, 236
Lower critical field H., 335 -of Bi-Sr-Ca-—Cu-O 157
Coo compounds’ 135, 171 -of Coo 135
Carrier concentration 48, 141, 185, 307, Madelung potential 276, 340 -of DyBaSrCu,0, 247
323, 369 Magnetic relaxation 111,373 -of Pro.;Ro,sBazCu;07_, 90
Copper oxide carbonate 227 Magnetic susceptibility 73, 247 -of Sr;_,Nd,CuO, 129
Critical current density 17, 259, 264, Magnetization 63, 335,373 -of Sr,s;CeNp sxdNbC,u,0j 9_5 252
285 Metal-insulator transition 185 -of Tl-Ba—Ca-Cu-O 291
Critical state model 63 Modulated structures 34, 68, 191, 236 -of T1,Ba,Ca;Cu,0, 259
Cu-O planes 315 Monte Carlo simulations 241 -of Y,Ba,Cu,;0,_5; 105
Multilayers 79, 177,335 -of YBa,Cu;0,_,-BaCu,O-C,u,O-
Defect structures 135, 153, 211, 252, Ag 390
323 Neutron diffraction 227 -of YSr,Cu,O, - GaSr,YCu,0,
Dislocation 211 -of Bi,Sr,MnO,; 68 system 125
Neutron scattering (inelastic ) 383 Substitution effects
Electrical field effect 48 Noise generation 357 -in Bi-2223 27
Electrical resistivity 14, 141,171,271, Normal-state properties 297 -in Bi,SrzCaCu,O0g4 5 323
276, 297, 307, 369 -in Bi,Sr,CoO, 34
Electron-doped superconductor 14 Orthorhombic phases -in Ca,_,Sr,CuO, 276
Electronic structure 340 -of YBa,Cu;07,_, 7 -in GdBa,Cu,0, 329
Electron-—phonon coupling 57, 383 O-T transition 125, 297, 329 -in La,CuO, 340
Oxygen diffusion 117, 164 -in La,_,Sr,Cu,;_.M,O, 153
Faraday effect 373 Oxygen ordering 247, 297, 363 -in LaSCO 307
Fermi surface 340 Oxygen stoichiometry 7, 68, 141, 164, -in Pro,s;Ro,sBazCu;07_, 90
Fluctuation effects 241, 357 363, 390 -in YBa,;Cu,0,¢,, 117
-in (La,_,Sr,),CuO, 73 -in YBa,Cu;,0;_; 121
Fluxcreep 111 Pair breaking 315 -in YBCO 307
Flux dynamics 241, 357, 373 Pb-doping 34 -in YSr,Cu3;_,M,O, 141
-in YBa,Cu;0,_; 111 Penetration depth 98,177 Surface barrier 17
Flux lattice 43 Phonon spectrum 95, 399 Synthesis
Flux pinning 17, 357 Photoelectron spectroscopy 79 -of Bi-2223 27
Proximity effect 48, 177, 335 -of DyBaSrCu,;0, 247
Grain boundaries 1, 211, 285 -of (Sr,Nd)CuO, 14
Granular superconductivity 17, 98, 285 Raman scattering 95,117 -of Sr,_,La,CuO, 271
Reactivity -of Sr,;_,Nd,CuO, 129
Hall effect 271,276 -of Bi,Sr,CaCu,0, 79 -of Tl-Ba—Ca-Cu-O 291
Heavy-fermion compounds 57,177 Rietveld analysis 227 -of Y,Ba,Cu,0,_; 105, 264
HREM 34, 135, 211, 227, 252 -of YBa,Cu,0,_, 164
HRTEM 34 Single-crystal growth 105 -of YBa,Cu,0,_,—-BaCu,-OC,u,O-
Hysteresis of critical current density 63 Specific heat 369, 399 Ag 390
Structural phase transition 157, 191, 329 -of YBa,Cu,0, 297
408 Analytic subject index
-of YSr,C- uGaS;r,0YCu,,0 , Thin film 48
system 125 Thin films 14, 211, 264, 373 Weak links 1, 211, 285
Synthesis of TI-Ba—Ca—Cu-O 259 -of Sr;_,Nd,CuO, 129
TypeI I superconductors 43 XPS 236, 383
Thermal conductivity 57, 383 X-ray diffraction 157, 191
Thermoelectric effects 271 Upper critical field H.. 43
PHYSICA |
Physica C196 (1992) 409
North-Holland
Materials Index to Volume 196
-substitution effects 329 Tl-Ba—Ca—Cu-O
ABa,Cu,0, nll
-structure 363 -structure 291
(La, _,Sr,)2CuO, -synthesis 291
-fluctuation effects 73 T1,Ba,Ca;Cu,O,
(Ba, _ ,Sr,.)2Cu; + ,0242)42(CO3)1_,
-structure 227 La,CuO, -structure 259
Bi-2223 -band structure 340
—structure 27 —substitution effects 340 Y ,Ba,Cu,;07_;5
—substitution effects 27 La,_,Sr,Cu;_.M,O, -structure 105
-synthesis 27 -substitution effects 153 -synthesis 105, 264
Bi,SrzCaCu,Og LaSCO YBa,Cu,0¢,.
-reactivity 79 -substitution effects 307 —substitution effects 117
Bi,Sr,CaCu,Og,5 YBa,Cu,;07_;
—substitution effects 323 Nd,_ .Ce,CuO, -flux dynamics 111
Bi,Sr,CaCu,Og, . -lattice dynamics 95 -substitution effects 121
-structure 236 YBa;Cu,0,7_,
Bi,Sr,CoO, Pro. sRo,sBazCu307_, -orthorhombic phases 7
—substitution effects 34 -structure 90 -synthesis 164
Bi,Sr.MnO, ; -—substitution effects 90 YBa,Cu,;0,_,-BaCuO,, ,-CuO-Ag
—neutron diffraction 68 -structure 390
Bi-Sr—Ca—Cu-O (Sr,Nd)CuO, -synthesis 390
-structure 157 -synthesis 14 YBa,Cu,0,
Sr, _,La,CuO, -synthesis 297
Ca,_,Sr,CuO, -synthesis 271 YSr,Cu,;0O,
—substitution effects 276 Sr,_.Nd,CuO, -structure 125
-structure 129 -synthesis 125
DyBaSrCu,0O, -synthesis 129 YSr,Cu;_,.M,O,
-structure 247 -thin films 129 —substitution effects 141
-synthesis 247 Sr2Nd, sCeo. sNbCu20j9_5
-structure 252
Gd Ba»Cu 307