Table Of Content

NH, ara PHYSICA ( a ELSEVIER Physica C 261 (1996) 323-325 Author Index to Volume 261 Adrian, H., see Hatterer, C.J., 261, 153 Ding, S.Y., Y. Rui, H.M. Shao, J. Li, X.N. Xu, J.W. Lin, C. Affronte, M., see Paracchini, C., 261, 147 Ren, X.X. Yao, X.S. Rong, B. Ying and Z.X. Zhao, Flux- Akita, S., see Takeya, J., 261, 21 creep mechanism studied in extended windows for the Aligia, A.A., see Eroles, J., 261, 237 HgBa,Ca,Cu,O, superconductor, 261, 213 Direktovitch, Y., see Chabaud, C., 261, 33 Aoki, R., see Murakami, H., 261, 302 Aristov, D.N., see Yashenkin, A.G., 261, 137 Axnas, J., see Holm, W., 261, 117 Eckstein, Y., see Chabaud, C., 261, 33 Elkaim, E., see Yakhou, F., 261, 315 Baldha, G.J., see Joshi, U.S., 261, 90 Eltsev, Yu., see Holm, W., 261, 117 Banerjee, A., see Pandey, D., 261, 157 Eroles, J., C.D. Batista and A.A. Aligia, Numerical comparison Baran, M. and I. Fita, High effect of pressure on the critical of the band structure and magnetic fluctuations of three-band temperature in GdB;Srap ;C,u,0 ,, 261, 125 and generalized t-J models, 261, 237 Batista, C.D., see Eroles, J., 261, 237 Eustache, B., see Hatterer, C.J., 261, 153 Bauerle, D., see Hellebrand, B., 261, 97 Eversmann, K., see Murashov, V.A., 261, 181 Benoit, W., see Berseth, V., 261, 81 Evetts, J.E., see Yan, Y., 261, 56 Berseth, V., A.I. Buzdin, M.V. Indenbom and W. Benoit, Peculiarities of field penetration in the presence of cross-flux Felner, I., J. Gersten, A. Minakov, M. Merzlyakov and Yu. interaction, 261, 81 Bugoslavsky, Paramagnetic properties of the Sr overdoped Beuran, F.C., see Hatterer, C.J., 261, 153 (La,Sr),CuO, system, 261, 207 Borri, C.A., see Paracchini, C., 261, 147 Fischer, P., see Hellebrand, B., 261, 97 Bugoslavsky, Yu., see Felner, I., 261, 207 Fita, I., see Baran, M., 261, 125 Burlet, P., see Yakhou, F., 261, 315 Buzdin, A.I., see Berseth, V., 261, 81 Gandini, A., see Martini, L., 261, 196 Gersten, J., see Felner, I., 261, 207 Calestani, G., F.C. Matacotta, A. Migliori, P. Nozar, L. Righi Gertner, I., see Chabaud, C., 261, 33 and K.A. Thomas, Synthesis, crystal growth and structural Gielisse, P.J., see Niculescu, H., 261, 12 characterisation of barium—copper oxycarbonates Ba,M, Goldschmidt, D., see Chabaud, C., 261, 33 Cu,_,-,(CO;),0,,5 (M=Cu, Cd, Ca; 0.05<x< 0.25), G6émez-Romero, P., see Palacin, M.R., 261, 71 261, 38 Gou, C., see Wu, X.S., 261, 189 Casafi-Pastor, N., see Palacin, M.R., 261, 71 Greene, R.L., see Weaver, B.D., 261, 229 Chabaud, C., Y. Direktovitch, I. Gertner, G.M. Reisner, A. Griessen, R., see Dam, B., 261, 1 Knizhnik, D. Goldschmidt, Y. Eckstein and G. Koren, Char- Guillaume, M., see Hellebrand, B., 261, 97 acterization of tetragonal 1:2:3 (Ca,La,_,\Ba, 75_, Giittler, B., see Miller, J.-P., 261, 269 Lag 5+,)Cu3O, thin films prepared by laser ablation deposition, 261, 33 Hao, J.-M., Y.-L. Wen, B.-C. Yang, X.-P. Wang and D.-Q. Shi, Chen, D.F., see Wu, X.S., 261, 189 Estimation of oxygen content and observation of X-ray Chen, J.L., see Lee, W.D., 261, 167 reflection anomalous broadening in epitaxial YBa,Cu,O,_, on LaAlO,, 261, 263 Cherpak, N.T., see Velichko, A.V., 261, 220 Chiou, B.-S., see Lee, W.D., 261, 167 Hasegawa, M., see Tanaka, M., 261, 309 Coussot, C., see Hatterer, C.J., 261, 153 Hatterer, C.J., V. Mairet, F.C. Beuran, X.M. Xie, X.Z. Xu, M. Lagués, C. Coussot, B. Eustache, H. Adrian, P. Wagner, C. Dam, B., N.J. Koeman, J.H. Rector, B. Stauble-Pimpin, U. Deville Cavellin, G. Indlekofer and A. Taleb, Fermi surface Poppe and R. Griessen, Growth and etching phenomena of Bi,Sr,CaCu,O,, 5 thin film, 261, 153 observed by STM/AFM on _ pulsed-laser deposited Hellebrand, B., X.Z. Wang, D. Bauerle, M. Guillaume, P. YBa,Cu,0,_; films, 261, 1 Fischer, M. Vybornov and P. Rogl, Structural analysis of Deville Cavellin, C., see Hatterer, C.J., 261, 153 superconducting NdB;Srya, ;<,Cu,0 7_ 5, 261, 97 324 Author Index to Volume 261 Henry, J.Y., see Yakhou, F., 261, 315 Mairet, V., see Hatterer, C.J., 261, 153 Hiramatsu, S.-i., see Murakami, H., 261, 302 Maleyev, S.V., see Yashenkin, A.G., 261, 137 Holm, W., J. Axnias, Yu. Eltsev and O. Rapp, Fluctuation Mao, S.N., see Weaver, B.D., 261, 229 magnetoconductivity in Fe doped YBa,Cu,0,_;. Sign Mao, Z.Q., see Yu, W.J., 261, 27 change for B and / parallel to the planes, 261, 117 Marciniak, H., see Kovaé, P., 261, 131 Huang, W.N., see Leu, Y.D., 261, 284 Martini, L., A. Gandini, L. Rossi, V. Ottoboni and S. Zannella, HuSek, I., see Kovaé, P., 261, 131 Anisotropy of Bi-2223 /Ag tapes by electrical and magnetic characterizations, 261, 196 Inbanathan, S.S.R., see Pandey, D., 261, 157 Matacotta, F.C., see Calestani, G., 261, 38 Indenbom, M.V., see Berseth, V., 261, 81 MeliSek, T., see Kovaé, P., 261, 131 Indlekofer, G., see Hatterer, C.J., 261, 153 Merzlyakov, M., see Felner, I., 261, 207 Izhyk, E.V., see Velichko, A.V., 261, 220 Migliori, A., see Calestani, G., 261, 38 Minakov, A., see Felner, I., 261, 207 Mohandas, E., see Singh, A., 261, 273 Jackson, E.M., see Weaver, B.D., 261, 229 Moshkin, S., see Yakhou, F., 261, 315 Jansen, M., see Palacin, M.R., 261, 71 Miiller, H.-U., see Miller, J.-P., 261, 269 Jha, P.K. and S.P. Sanyal, A lattice dynamical study of the role Miller, J.-P., A. Schmalstieg, B. Gittler, A. Schodnhals, J. of pressure on Raman modes in high-7, HgBa,CuQ,, 261, Schubert, W. Zander and H.-U. Miller, Evidence for the 259 interaction between room-temperature annealing after Jiang, S.S., see Wu, X.S., 261, 189 quenching and persistent photoconductivity in oxygen-defi- Jiang, W., see Weaver, B.D., 261, 229 cient Y,Ba,Cu,O, thin films, 261, 269 Joshi, U.S., K.M. Pansuria, D.G. Kuberkar, G.J. Baldha and Muné, P., see Lépez, J., 261, 173 R.G. Kulkarni, Effect of Hf and Hf—Ca substitution on the Murakami, H., S.-i. Hiramatsu and R. Aoki, Characteristics of superconductivity of ErBa,Cu,0,_ 5, 261, 90 planar tunneling junctions on BSCCO crystal. Oxygen ion beam irradiation effect, 261, 302 Kao, H.-C.I., see Leu, Y.D., 261, 284 Murashov, V.A., P. Schatzle, G. Krabbes, J. Klosowski, H. Khankhasayev, M., see Niculescu, H., 261, 12 Wendrock, H.R. Vogel and K. Eversmann, Influence of the Kirichenko, A.Ya., see Velichko, A.V., 261, 220 Y,BaCuO, particle size distribution on the crack propaga- Kishio, K., see Takeya, J., 261, 21 tion and the trapped magnetic flux in melt textured YBCO, Klosowski, J., see Murashov, V.A., 261, 181 261, 181 Knizhnik, A., see Chabaud, C., 261, 33 Koeman, N.J., see Dam, B., 261, 1 Nakanishi, K., see Tsukamoto, A., 261, 295 Kopylov, V.N., see Zuo, F., 261, 289 Niculescu, H., A. Saenz, M. Khankhasayev and P.J. Gielisse, Koren, G., see Chabaud, C., 261, 33 Self-field measurements and current distribution in ceramic Kovaé, P., I. HuSek, W. Pachla, H. Marciniak and T. MelifSek, superconductors, 261, 12 Improvement in core density of BSCCO/Ag tapes by cold Nozar, P., see Calestani, G., 261, 38 isostatic pressing, 261, 131 Krabbes, G., see Murashov, V.A., 261, 181 Ottoboni, V., see Martini, L., 261, 196 Kramer, G., see Palacin, M.R., 261, 71 Kuberkar, D.G., see Joshi, U.S., 261, 90 Pachla, W., see Kovaé, P., 261, 131 Kulkarni, R.G., see Joshi, U.S., 261, 90 Palacin, M.R., N. Casafi-Pastor, G. Kramer, M. Jansen and P. Kuppusami, P., see Singh, A., 261, 273 Gémez-Romero, Cationic substitutions and doping in the Kurokawa, Y., see Tagaya, K., 261, 65 series of layered perovskites Ln,Ba,Cu,Ti,O,, (Ln = La, Nd, Eu, Tb), 261, 71 Lagués, M., see Hatterer, C.J., 261, 153 Pandey, D., S.S.R. Inbanathan, P.K. Srivastava, A. Banerjee and Lauriat, J.P., see Yakhou, F., 261, 315 G. Singh, Towards the rapid synthesis of pure 2223 powders Lee, W.D., J.L. Chen, T.J. Yang and B.-S. Chiou, Influence of with Bi,_,Pb,Sr,Ca,Cu,0, compositions by semi-wet an external electric field on high-7, superconductivity, 261, methods. III. Role of sintering temperature and duration, 167 261, 157 Leu, Y.D., W.N. Huang, C.M. Wang and H.-C.I. Kao, Super- Pansuria, K.M., see Joshi, U.S., 261, 90 conductivity and hole concentration of La,_ ,Ca,,Ba,_, Paracchini, C., L. Romano, C.A. Borri and M. Affronte, Resis- Cu,O, compounds, 261, 284 tivity measurements in superconducting Ba,_ ,K , BiO;, 261, Li, J., see Ding, S.Y., 261, 213 147 Lin, J.W., see Ding, S.Y., 261, 213 Plakhty, V., see Yakhou, F., 261, 315 Liu, X.M., see Yu, W.J., 261, 27 Poppe, U., see Dam, B., 261, 1 Lépez, J. and P. Muné, Anomalous inversion of voltage versus current curves in ZFC and FC conditions in BSCCO ceramic Raghunathan, V.S., see Singh, A., 261, 273 superconductors, 261, 173 Raju, S., see Singh, A., 261, 273 Author Index to Volume 261 325 Rapp, O., see Holm, W., 261, 117 Velichko, A.V., N.T. Cherpak, E.V. Izhyk, A.Ya. Kirichenko Rector, J.H., see Dam, B., 261, 1 and V.T. Zagoskin, Microwave and radiowave surface resis- Reisner, G.M., see Chabaud, C., 261, 33 tance of high-quality YBaCuO ceramic. Nonlinear aspects, Ren, C., see Ding, S.Y., 261, 213 261, 220 Righi, L., see Calestani, G., 261, 38 Vlasov, M., see Yakhou, F., 261, 315 Rogl, P., see Hellebrand, B., 261, 97 Vogel, H.R., see Murashov, V.A., 261, 181 Romano, L., see Paracchini, C., 261, 147 Vybornov, M., see Hellebrand, B., 261, 97 Rong, X.S., see Ding, S.Y., 261, 213 Rossi, L., see Martini, L., 261, 196 Wagner, P., see Hatterer, C.J., 261, 153 Rui, Y., see Ding, S.Y., 261, 213 Wang, C.M., see Leu, Y.D., 261, 284 Wang, D.W., see Wu, X.S., 261, 189 Saenz, A., see Niculescu, H., 261, 12 Wang, X.-P., see Hao, J.-M., 261, 263 Sanyal, S.P., see Jha, P.K., 261, 259 Wang, X.Z., see Hellebrand, B., 261, 97 Sasakura, H., see Tagaya, K., 261, 65 Weaver, B.D., G.P. Summers, R.L. Greene, E.M. Jackson, S.N. Schatzle, P., see Murashov, V.A., 261, 181 Mao and W. Jiang, Radiation damage effects in Nd,_ ,Ce, Schmalstieg, A., see Miller, J.-P., 261, 269 CuO,_ , thin films, 261, 229 Wen, Y.-L., see Hao, J.-M., 261, 263 Schoénhals, A., see Miller, J.-P., 261, 269 Schubert, J., see Miller, J.-P., 261, 269 Wendrock, H., see Murashov, V.A., 261, 181 Shao, H.M., see Ding, S.Y., 261, 213 West, A.R., see Skakle, J.M.S., 261, 105 Shao, H.M., see Wu, X.S., 261, 189 Wu, X.S., H.M. Shao, S.S. Jiang, C. Gou, D.F. Chen, D.W. Shi, D.-Q., see Hao, J.-M., 261, 263 Wang and Z.H. Wu, Syntheses and neutron powder diffrac- Shi, J.B., HJ. Tsao and M.F. Tai, Superconductivity and mag- tion studies of the superconductor HgBa,Ca,Cu,0,, 5 by netism of the (Hg, 7Big;)Sr,(Ca,_ ,Pr,)Cu,O,, 5 system, Pb substitution, 261, 189 261, 201 Wu, Z.H., see Wu, X.S., 261, 189 Shimoyama, J., see Takeya, J., 261, 21 Singh, A., P. Kuppusami, E. Mohandas, S. Raju and V5S. Xie, X.M., see Hatterer, C.J., 261, 153 Raghunathan, Low angle and special boundaries in sintered Xu, X.N., see Ding, S.Y., 261, 213 YBa,Cu,0,_5 , 261, 273 Xu, X.Z., see Hatterer, C.J., 261, 153 Singh, G., see Pandey, D., 261, 157 Skakle, J.M.S. and A.R. West, The superconducting solid solu- Yakhou, F., V. Plakhty, A. Stratilatov, P. Burlet, J.P. Lauriat, E. tions Nd, 5_ ,Ba,54,—yM,Cu,0, (M = Ca,Sr), 261, 105 Elkaim, J.Y. Henry, M. Vlasov and S. Moshkin, The 2y2 ay Soylu, B., see Yan, Y., 261, 56 x y2 bo X Co herringbone phase of YBa,Cu,0,,, . No oxy- Srivastava, P.K., see Pandey, D., 261, 157 gen ordering but an alien oxide, BaCu,O,, 261, 315 Stauble-Pimpin, B., see Dam, B., 261, 1 Yamauchi, H., see Tsukamoto, A., 261, 295 Stobbs, W.M., see Yan, Y., 261, 56 Yan, Y., J.E. Evetts, B. Soylu and W.M. Stobbs, The origins of Stratilatov, A., see Yakhou, F., 261, 315 high values of the critical current density in the Summers, G.P., see Weaver, B.D., 261, 229 Bi,Sr,Ca,,_ ,Cu,O, system: high-T, superconducting path- Sumption, M.D., A model for bridging and coupling in super- ways at low angle tilt boundaries, 261, 56 conductors, 261, 245 Yang, B.-C., see Hao, J.-M., 261, 263 Yang, T.J., see Lee, W.D., 261, 167 Tagaya, K., Y. Kurokawa and H. Sasakura, Microwave magne- Yao, X.X., see Ding, S.Y., 261, 213 toabsorptions of Bi,(Ca,Gd,Bi),Cu,O, superconductor, 261, Yashenkin, A.G., D.N. Aristov and S.V. Maleyev, Phonon 65 anomalies in layered superconductors with unconventional Tai, M.F., see Shi, J.B., 261, 201 pairing, 261, 137 Takei, H., see Tanaka, M., 261, 309 Ying, B., see Ding, S.Y., 261, 213 Takeya, J., S. Akita, J. Shimoyama and K. Kishio, Interlayer Yu, W.J., Z.Q. Mao, X.M. Liu, M.L. Tian, G.E. Zhou and Y.H. resistive saturation of Bi,Sr,CaCu,O,, 5; at low tempera- Zhang, Electronic structure of the Ba-doped (Pb,Cd)-1212 tures, 261, 21 cuprates, 261, 27 Taleb, A., see Hatterer, C.J., 261, 153 Tanabe, K., see Tsukamoto, A., 261, 295 Zagoskin, V.T., see Velichko, A.V., 261, 220 Tanaka, M., M. Hasegawa and H. Takei, Growth and anisotropic Zander, W., see Miller, J.-P., 261, 269 physical properties of SrCuO, single crystals, 261, 309 Zannella, S., see Martini, L., 261, 196 Thomas, K.A., see Calestani, G., 261, 38 Zhang, Y.H., see Yu, W.J., 261, 27 Tian, M.L., see Yu, W.J., 261, 27 Zhao, Z.X., see Ding, S.Y., 261, 213 Tsao, H.J., see Shi, J.B., 261, 201 Zhou, G.E., see Yu, W.J., 261, 27 Tsukamoto, A., K. Nakanishi, H. Yamauchi and K. Tanabe, Nd Zuo, F. and V.N. Kopylov, Influence of overdoping on fishtail doped Ba,Cu,O, thin films, 261, 295 magnetization in single-crystal Tl, Ba,CuO,, 5, 261, 289 NH, tars PHYSICA ( a ELSEVIER Physica C 261 (1996) 326-327 Analytic Subject Index to Volume 261 A-15 compounds 245 —of SrCuO, single crystals 309 6-J model 237 AFM Electron—phonon coupling 137 -of YBa,Cu,0,_5 1 Electronic structure Kohn anomaly Angle-resolved photoemission -of (Pb, ;Cd,5,MBaS, rCa,g _5Yq 5) -—Of La,_ .5-Xcyo4 137 -of Bi,Sr,CaCu,O,, 5 thin film 153 Cu,0, 27 Anisotropy 245 Local field distribution 12 —of Bi-2223/Ag tapes 196 Fermi surface Lower critical field -of YBa,(Cu,_ ,Fe,);0,_5 117 —of Bi,Sr,CaCu,O,, 5 thin film 153 —of Bi,(Ca,Gd,Bi),Cu,O. 65 Annealing effects Fishtail effect -in YBaCuO thin films 269 ~in T1,Ba,CuO,, 5 single crystals 289 Antiferromagnetic order Fluctuation effects 117 MOssbauer spectroscopy ~in Bi,(Ca,Gd,Bi),Cu,O, 65 Flux creep —of La,_ ,Sr,CuO, 207 Magnetic order —in HgBa,Ca,Cu,0O, 213 —in La,_ ,Sr,CuO, 207 Band structure 153 Flux pinning Magnetic susceptibility —in HgBa,Ca,Cu,0, 213 -of (Hg, 7Biy 3)Sr,(Ca,_ , Pr, )Cu,O,, 5 Combined flux lattice 81 —in T1,Ba,CuO,, 5 single crystals 289 201 Crack propagation 181 —of GdB;Srap ;,Cu, 0, 125 Critical current density 12 Grain alignment (texturing) —of SrCuO, single crystals 309 -in BSCCO/Ag tapes 131 —in BSCCO/Ag tapes 131 Magnetization 245 -in BSCCO 173 Grain boundaries -of (Hg, Bio 3)Sr,(Ca,_ ,Pr,)Cu,O,¢, 5 -in Bi,Sr,Ca,,_ \Cu,O, 56 —in YBa,Cu,0,_ 5 273 201 -of (Ca,La,_,X,LB aga 2j547 ,)5Cu_30 , Grain boundary structure films 33 ’ —in Bi,Sr,Ca,,_ ,Cu,O, 56 -of HgBa,Ca,Cu,0, 213 Magnetoresistance —of Bi-2223/Ag tapes 196 -of YBa,(Cu, _ ,Fe,),;07,_ 5 117 -of Bi,_ ,Pb,Sr,Ca,Cu,0, 157 HREM Melt texturing —Of Nd5_ »ceXcuo4 — Y thin tims 229 —of Ba,M,Cu,_,_ ,(CO3),0,,5 38 -—of YBCO 181 -of YBa,Cu3,/7 — 6 220 -—of YBa,Cu,0,_; 273 Microwave irradiation Critical state model 81 Herringbone phase —of YBa,Cu,3,7 — 6 220 -—of YBa,Cu,0,, , 315 Microwave magnetoabsorption D-wave superconductor 137 Hole concentration —of Bi,(Ca,Gd,Bi);Cu,O0, 65 Diamagnetic susceptibility —of La;_ ,Ca,,Ba,_ ,Cu,O, 284 Hubbard model 237 ’ Microwave surface resistance -of Bi,(Ca,Gd,Bi);Cu,0, 65 -—of YBa,Cu39 7 — 6 220 Dimensional crossover -in Tl, Ba,CuO,, 5 single crystals 289 I-V characteristics Dissipation -—of BSCCO 173 Neutron powder diffraction —of Ba,_ ,K,BiO, 147 —of Bi,Sr,CaCu,O,_5 21 —of HgBa,Ca,Cu,0,, 5 189 Nucleation field H,, 167 Interface reaction 302 ESR Interlayer resistivity —of La,_ ,Sr,CuO, 207 —of Bi,Sr,CaCu,O,_; 21 Oxygen ordering Electrical resistivity Ion-beam irradiation -in YBa,Cu,0,,, 315 -in Ba,_ ,K,BiO, 147 —of Bi,Sr,CaCu,O,, , crystal surface 302 Oxygen stoichiometry Irradiation effect -in La,_ ,Ca,,Ba,_,Cu,O, 284 -of (Ca, La,_ ,XBa, 75_ ,Lag754,)Cu30, films 33 —on Nd5_ ce Xcuo4 — Y thin tims 229 -in YBa,Cu,0,_,, films 263 -of (Pbo sCdosMSr2_ ,BCaag ,sYo 5) Irreversibility field -of Ln, Ba,Cu,Ti,0,, 71 Cu,0, 27 —of Bi-2223 /Ag tapes 196 —of Nd, 5_ ,Ba,5,,-yM,Cu,0, 105 Analytic Subject Index to Volume 261 327 Persistent photoconductivity 269 Scanning electron microscopy -of Ba,M,Cu,_,_ ,(CO;),0,, 5 38 -—in YBaCuO thin films 269 -—of BSCCO/Ag tapes 131 -of Ba;_ ,Nd,Cu,O, thin films 295 Phase diagram Self-field measurements 12 -of Bi,_ ,Pb,Sr,Ca,Cu,0, 157 -—of Nd, 5_ ,Ba,5,,-,M,Cu,0,. 105 Structural phase transition -of HgBa,Ca,Cu,0,, 5 189 Phonon spectrum 137 —in Nd;BStpa ;Cu,,0, _5 97 —of SrCuO, single crystals 309 -of HgBa,CuO, 259 Structure Pinning energies —of (Er,_,_,Ca,Hf,)Ba,Cu,0, 90 Thomas—Fermi approximation 167 -—in BSCCO 173 -of (Hg o7Bio 3)Sr,(Ca,_ ,Pr,)Cu,0¢, 5 Trapped magnetic flux Planar junction 201 —in YBCO 181 —on Bi,Sr,CaCu,O,, , crystal surface 302 -of Ba,M ,Cu,_,_ ,(CO;),0,,5 38 Tunneling spectrum 302 -of Ba,_ ,Nd,Cu,O, thin films 295 Powder neutron diffraction —of NdBa, ;Srp;Cu,0,_5 97 —of HgBa,Ca,Cu,O,, 5 189 Weak coupling 245 Pressure dependence of T, —of Ln,Ba,Cu,Ti,0,, 71 -—in GdB;Srap 5,Cu, 0, 125 -of Nd5-, ,Ba ,5,,-yM,yCu,0. 105 XPS ~of NdBa, ;Stp);Cu;0,_; 97 Pulsed-laser deposition -of (Pb, ;Cd,5Sr,_ ,Ba,Cag 5Yq 5) -of YBa,Cu,0,_5 1 Substitution effects Cu,0, 27 ~in (Er,_ ,_ ,;Ca,Hf,)Ba,Cu,0. 90 XRD ~in Ln,Ba,Cu,Ti,O,, 71 Quasiparticle band 237 —of Ba,_ ,Nd,Cu,O, thin films 295 —of HgBa,Ca,Cu,O0,, 5 189 ~of Bi,_ ,Pb,Sr,Ca,Cu,0, 157 Surface superconductivity 167 -of La,_ ,Ca,,Ba,_,Cu,O, 284 Raman scattering Synchroton-radiation -—in HgBa,CuO, 259 -of YBa,Cu,0,_, films 263 -—of YBa,Cu,0,, , 315 Synthesis STM -of (Ca,La,_, Ba, 75_ ,Lao 5, ,)Cu30, -of YBa,Cu,0,_; 1 films 33 NH, are PHYSICA hs ELSEVIER Physica C 261 (1996) 328 Materials Index to Volume 261 BSCCO/Ag tapes —electrical resistivity 33 Nd _x ce*cuo4 — Y thin films —critical current density 131 —synthesis 33 —critical current density 229 —grain alignment (texturing) 131 —irradiation effect 229 —scanning electron microscopy 131 (Er,_ ,_,Ca, Hf, )Ba,Cu,0, NdBa, 5Sto.sCu307_ 5 BSCCO —powder neutron diffraction 97 —structure 90 —critical current density 173 —structural phase transition 97 —substitution effects 90 —i-V characteristics 173 —structure 97 —pinning energies 173 GdBa, ;Srp ;Cu,0, Ba,,K ,_B i O, (Pbo sCdo.sXSr,_ ,Ba,XCs¥ap 5g)C u,O, —magnetic susceptibility 125 —dissipation 147 —electrical resistivity 27 —pressure dependence of T, 125 —electrical resistivity 147 —electronic structure 27 Ba,M,Cu,_,_,(CO;),0), 5 —xPS 27 HgBa,Ca,Cu,0O, —-hREM 38 —flux creep 213 SrCuO, single crystals —structure 38 —flux pinning 213 —electrical resistivity 309 —synthesis 38 —magnetization 213 —magnetic susceptibility 309 Ba,_ ,Nd,Cu,O, thin films HgBa,Ca,Cu,O,, 5 —synthesis 309 structure 295 _ —neutron powder diffraction 189 —synthesis 295 Tl, Ba,CuO,, 5 single crystals —structure 189 —xRD 295 —dimensional crossover 289 —substitution effects 189 Bi-2223 /Ag tapes —fishtail effect 289 —synthesis 189 —anisotropy 196 HgBa,CuO, —flux pinning 289 —critical current density 196 —phonon spectrum 259 —irreversibility field 196 YBCO —raman scattering 259 Bi,(Ca,Gd,Bi),;Cu,O. —melt texturing 181 —antiferromagnetic order 65 (Hg 07 Bio 3)Sr,(Ca,_ , Pr, )Cu,Og ,5 —trapped magnetic flux 181 —magnetic susceptibility 201 —diamagnetic susceptibility 65 YBa,(Cu, _ ,Fe,),07_ 5 —magnetization 201 —lower critical field 65 —anisotropy 117 —structure 201 —microwave magnetoabsorption 65 —magnetoresistance 117 Bi,Sr,Ca,,_ ,Cu,O, YBa,Cu 3.9/7 — 6 —critical current density 56 La,_ ,Sr,CuO, —critical current density 220 —grain boundary structure 56 —eSR 207 —microwave irradiation 220 Bi,Sr,CaCu,O,, 5 thin film —mdssbauer spectroscopy 207 —microwave surface resistance 220 —angle-resolved photoemission 153 —magnetic order 207 YBa,Cu,0,, , —fermi surface 153 Lay- xs *cuo4 —herringbone phase 315 Bi,Sr,CaCu,O,, , crystal surface —kohn anomaly 137 —oxygen ordering 315 —ion-beam irradiation 302 La,_ ,Ca,,Ba,_,Cu,O, —synchroton-radiation 315 —planar junction 302 —hole concentration 284 YBa,Cu,0,_ 5 Bi,Sr,CaCu,0,_ ; —oxygen stoichiometry 284 —aFM 1 —i-V characteristics 21 -xRD 284 —grain boundaries 273 —interlayer resistivity 21 Ln,Ba,Cu,Ti,0O,, —hREM 273 Bi,_ ,Pb,Sr,Ca,Cu,0, —oxygen stoichiometry 71 —pulsed-laser deposition 1 —critical current density 157 —Structure 71 —sTM 1 —synthesis 157 —substitution effects 71 YBa,Cu,0,_,, films —xRD 157 —oxygen stoichiometry 263 -xRD 263 Nd, 5_ ,Baj 54 y- yM,Cu,0, (Ca, La, _ , Ba, 75_ ,Lag 954 JCu,0, —oxygen stoichiometry 105 YBaCuO thin films films —phase diagram 105 —annealing effects 269 —critical current density 33 —structure 105 —persistent photoconductivity 269