PHYSICA |: Physica C 204 (1993) 425-428 North-Holland Author Index to Volume 204 Adrian, H., see C. St6lzel 204, 15 Ferraro, J.R., see A.M. Kini 204, 399 Ahrens, R., see Th. Schreiner 204, 161 Flandrois, S.,see B. Ropers 204, 71 Aihara, K., see O.F. Schilling 204, 109 Flower, N.E., see J.L. Tallon 204, 237 Alloul, H., see H. Casalta 204, 331 Fueki, K., see H. Ishizuka 204, 55 Andreone, D., see F. Pavese 204, | Fujisaki, H., see O.F. Schilling 204, 109 Aomine, T., see T. Nishizaki 204, 305 Fukami, T., see T. Nishizaki 204, 305 Furubayashi, T., K. Kinoshita, T. Yamada and T. Matsumoto, Mossbauer studies of superconducting La,_ .Ca, , ,Cu,0¢ Bando, Y., see T. Nishizaki 204, 305 Beeli, C.,seeS. Tao 204, 117 doped with °’Fe 204, 315 Béniére, F., see K. Nanda Kishore 204, 299 Furukawa, T., T. Shigematsu and N. Nakanishi, Low- temperature oxidation of ceramic superconductor Berastegui, P., L.-G. Johansson, M. K4ll and L. Bérjesson, YBa,Cu;0, 204, 103 Structure of Y (Pr)Ba,Cu,Ox, A neutron diffraction study 204, 147 Garcia-Ruiz, A. and . Bokhimi, Superconductivity and Bianco, M., see F. Pavese 204, | Boekholt, M., see H. Idink 204, 267 crystalline structure in the Na-W-O system 204, 79 Geiser, U., see A.M. Kini 204, 399 Bokhimi, ., see A. Garcia-Ruiz 204, 79 Gerdanian, P. and C. Picard, Some experimental evidence Book, G.W., see J.M. Rozell Jr. 204, 384 concerning the location of the OI-OII phase boundary in Borjesson, L., see P. Berastegui 204, 147 YBa,Cu,0, 204, 419 Braginski, A.I., see E. Sodtke 204, 375 Glorioso, C., see J.M. Rozell Jr. 204, 384 Briceno, G., M.F. Crommie and A. Zettl, Out-of-plane current Golben, J.P., see J.M. Rozell Jr. 204, 384 transport in Bi,Sr,CaCu,Og in the mixed state 204, 389 Goodenough, J.B.,seeS.Tao 204,117 Goodwin, T.J., H.B. Radousky and R.N. Shelton, Cantoni, M., see S. Tao 204, 117 Superconducting, magnetic, electronic transport, and Cao, G., see N. Rosov 204, 171 structural properties of (R, ;Ceo.5 )Sr2Cu,NbOj;9, R= Pr, Carlson, K.D., see A.M. Kini 204, 399 Nd,Sm,Eu 204, 212 Carmona, F., see B. Ropers 204, 71 Gopalakrishnan, I.K., J.V. Yakhmi and R.M. lyer, The Casalta, H., H. Alloul and J.-F. Marucco, Measurement of the influence of substitution of Ce on the superconducting phase diagram of (Y,_,Ca,)BazCu,O¢ versus calcium behaviour of YBa,Cu,O, and DyBa,Cu,O, 204, 413 content. Evidence for the importance of charge dynamics in Gdotte, M., see C.H. Riischer 204, 30 the destruction of Ty 204, 331 Gotz, D., see H. Idink 204, 267 Chen, C., see A.K. Pradhan 204, 325 Giintherodt, G., see C.H. Riischer 204, 30 Chen, C.H., see D.J. Werder 204, 155 Guo, S.Q., see B.R. Zhao 204, 341 Chen, H.-Y., see C. Lin 204, 127 Gupta, M.,see R.P. Gupta 204, 349 Chen, Y.-C., Gutzwiller corrections on mean-field states of the Gupta, R.P. and M. Gupta, A comparative study of the t-J model 204, 88 pressure-induced charge redistribution in YBa,Cu,;O, and Chowdhury, A.J.S., B-M.R. Wanklyn and J.W. Hodby, On the YBa,Cu,O, 204, 349 role of analytical electron microscopy in the study of some HTSC crystals 204, 394 Haga, T.,see W. Ito 204, 295 Cresta, R., see F. Pavese 204, | Hahn, Th., see H. Idink 204, 267 Crommie, M.F., see G. Bricefio 204, 389 Hari Babu, V., see K. Nanda Kishore 204, 299 Crow, J.E.,see N. Rosov 204,171 Hazell, $.J.,see A.K. Pradhan 204, 325 Cunningham, J., see J.M. Rozell Jr. 204, 384 He, A.Q., G.W. Qiao and H.Q. Ye, A crystallographic symmetry analysis of the phase transition of Y-Ba—Cu-—O Dai, D.,see Y. Xu 204, 288 superconductor 204, 85 Dudek, J.D., see A.M. Kini 204, 399 He, A.Q., X.M. Meng, Y.Z. Wang, G.W. Qiao and H.Q. Ye, Dupouy, P., J. Wery and J.L. Mansot, Structure determination Study of the crystallization process of Bi, gPbp 2Sr,CazCu,0, of Bi-H7, superconductors by means of electron glass using transmission electron microscopy 204, 365 microdiffraction 204, 203 Hernandez-Rojas, J.L., see M.L. Lucia 204, 359 Hiraga, K., see Y. Muraoka 204, 65 426 Index of authors and papers Hodby, J.W., see A.K. Pradhan 204, 325 of Ni and Zn substitution on magnetic ordering in Hodby, J.W., see A.J.S. Chowdhury 204, 394 Gd,CuO, 204, 127 Homma, N., see W. Ito 204, 295 Lin, S.-H., see N.-L. Wu 204, 21 Huth, M., see C. St6lzel 204, 15 Liu, H.B., D.E. Morris and A.P.B. Sinha, (Mg,Pb )Sr2(Y,Ca)Cu,0,;, a new 60 K superconductor in Ichikawa, F., see T. Nishizaki 204, 305 the Pb- 1:2:1:2 family 204, 262 Idemoto, Y., see H. Ishizuka 204, 55 Liu, Z.-X., see C. Lin 204, 127 Idink, H., D. G6tz, Th. Hahn, E. Woermann and M. Boekholt, Lu, G.,seeC. Lin 204, 127 Evidence for the existence of two separate 30 A phases in the Lucia, M.L., J. Santamaria, J.L. Hernandez-Rojas and Bi-Sr-—Ca—Cu-O system 204, 267 F. Sanchez-Quesada, Effect of sputtering parameters on the Inaguma, Y.,see M. Itoh 204, i194 oxygenation dynamics of 123 superconducting thin Ishizuka, H., Y. Idemoto and K. Fueki, Oxygen films 204, 359 nonstoichiometry and high-temperature conductivity of Luzhkov, A.A., see A.L. Korzhenevskii 204, 191 YBa,Cu,O, 204, 55 Lykke, K.R., see A.M. Kini 204, 399 Ito, W., A. Oishi, S. Okayama, Y. Yoshida, N.H omma, Lynn, J.W., see N. Rosov 204, 171 T. Morishita, T. Haga and K. Yamaya, Highest crystallinity of a-axis YBCO films by DC-94.92 MHz hybrid plasma Mai, Z.,see Y. Xu 204, 288 magnetron sputtering 204, 295 Maley, M.P.,see M.G. Smith 204, 130 Itoh, M., T. Sawada, I.-S. Kim, Y. Inaguma and T. Nakamura, Mansot, J.L.,see P. Dupouy 204, 203 Electrical properties of the A(Pb,_,B,)O3_5 (A=Ba, Sr, Marucco, J.-F., see H. Casalta 204, 331 B=Sb, Bi) system 204, 194 Matsuda, S.-P., see O.F. Schilling 204, 109 Iwasaki, H., S. Kenmochi, O. Taniguchi and N. Kobayashi, Matsumoto, T., see T. Furubayashi 204, 315 Anomalous magnetoresistance in the normal state of Meng, X.M., seeA.Q. He 204, 365 Y,_,Pr,Ba,Cu,0, (x20.6) films 204, 406 Mikheenko, P.N. and Yu.E. Kuzovlev, Inductance Iyer, R.M., see 1.K. Gopalakrishnan 204, 413 measurements of HTSC films with high critical currents 204, 229 Morishita, T., see W. Ito 204, 295 Jin, C.,see Y. Xu 204, 288 Johansson, L.-G., see P. Berastegui 204, 147 Morris, D.E., see H.B. Liu 204, 262 Miinder, H., see E. Sodtke 204, 375 Muralidhar, M., see K. Nanda Kishore 204, 299 Kall, M., see P. Berastegui 204, 147 Muraoka, Y., M. Kikuchi, N. Ohnishi, K. Hiraga, R. Suzuki, Kao, H.L., see D.J. Werder 204, 155 N. Kobayashi and Y. Syono, Structural and Kartha, V.B., see S.N. Narang 204, 8 superconducting properties of iodine-intercalated Kenmochi, S., see H. Iwasaki 204, 406 Bi,Sr,Ca,;_,.Y,Cu,O, 204, 65 Kikuchi, M., see Y. Muraoka 204, 65 Kim, I.-S., see M. Itoh 204, 194 Kini, A.M., J.D. Dudek, K.D. Carlson, U. Geiser, R.A. Klemm, Nakamura, T.,see M. Itoh 204, 194 J.M. Williams, K.R. Lykke, J.A. Schlueter, H.H. Wang, Nakanishi, N., see T. Furukawa 204, 103 P. Wurz, J.R. Ferraro, G.A. Yaconi and P. Stout, Do the Nanda Kishore, K., M. Muralidhar, V. Hari Babu, O. Peja, intramolecular C=C stretching vibrational modes in ET M. Sergent and F. Béniére, Effect of rare-earth Sm** mediate electron-pairing in x-(ET ),X substitution on the superconducting properties of the superconductors? 204, 399 Bi, 7Pbo,3Sr2Ca2_,Sm,Cu,;0, system 204, 299 Kinoshita, K., see T. Furubayashi 204, 315 Narang, S.N., V.B. Kartha and N.D. Patel, Fourier transform Klemm, R.A., see A.M. Kini 204, 399 infrared spectra and normal vibrations of CuO 204, 8 Kobayashi, N., see Y. Muraoka 204, 65 Narymbetov, B.Zh., see L.A. Novomlinsky 204, 322 Kobayashi, N., see H. Iwasaki 204, 406 Nishizaki, T., F. Ichikawa, T. Fukami, T. Aomine, Korzhenevskii, A.L. and A.A. Luzhkov, A phenomenological T. Terashima and Y. Bando, Lorentz-force dependence of heterophase model of the conductivity anomalies in high- transport critical currents and anisotropic pinning temperature superconductors 204, 191 properties in Y Ba,Cu,O7_,; single-crystalline thin Kuzovlev, Yu.E., see P.N. Mikheenko 204, 229 films 204, 305 Kwo, J.,see D.J. Werder 204, 155 Nissen, H.-U., see S. Tao 204, 117 Novomlinsky, L.A., B.Zh. Narymbetov and V.Sh. Shekhtman, Ladik, J., see P. Saalfrank 204, 279 X-ray diffraction studies of high-7.. Bi,Sr,CaCu,Og_ , Legrand, L., 1. Rosenman, Ch. Simon and Z.Z. Wang, Critical superconductor 204, 322 current in single crystalline Nd, gsCeo ,;CuO, from AC susceptibility 204, 50 Oesterreicher, H., see M.G. Smith 204, 130 Li, L.,see B.R. Zhao 204, 341 Ohnishi, N., see Y. Muraoka 204, 65 Lin, C., G. Lu, Z.-X. Liu, H.-Y. Chen and Y.-F. Zhang, Effect Oishi, A., see W. Ito 204, 295 Index of authors and papers Okayama, S.,see W. Ito 204, 295 Schmidt, H., see Th. Schreiner 204, 161 Ono, A. and M. Tsutsumi, Superconductivity in Sr,RCu,0, Schreiner, Th., R. Ahrens, T. Wolf, H. Schmidt and (R=Dy, Ho, Er, Tmand Yb) 204, 43 H. Rietschel, Magnetic low-temperature specific heat of O’Reilly, J.W., see N. Rosov 204, 171 YBa,Cu,07,_, due to localized charge carriers 204, 161 Sergent, M., see K. Nanda Kishore 204, 299 Pan, G.,see Y. Xu 204, 288 Shekhtman, V.Sh., see L.A. Novomlinsky 204, 322 Pandey, D., A.K. Singh and A.P. Singh, Towards the rapid Shelton, R.N., see T.J. Goodwin 204, 212 synthesis of pure 2223 powders with Bi,_ ,Pb,Sr,Ca,Cu,O, Shieh, S.H. and W.J. Thomson, Low-temperature synthesis of compositions by semi-wet methods I.Reaction sequence for YBa,Cu,0,_.,. powders from citrate and nitrate Pbp.2SrCa(CO;),,> precursor 204,179 precursors 204, 135 Patel, N.D., seeS.N. Narang 204, 8 Shigematsu, T., see T. Furukawa 204, 103 Pavese, F., M. Bianco, D. Andreone, R. Cresta and P. Rellecati, Shimakawa, Y., Chemical and structural study of tetragonal and Magnetic shielding properties of YBa,Cu,0,_, thick films orthorhombic T1,Ba,CuO, 204, 247 deposited on silver cylinders with the continuous detonation Simon, Ch., see L. Legrand 204, 50 spray technique 204, | Singh, A.K., see D. Pandey 204, 179 Singh, A.P.,see D. Pandey 204, 179 Pefia, O., see K. Nanda Kishore 204, 299 Pernambuco-Wise, P., see N. Rosov 204, 171 Sinha, A.P.B., see H.B. Liu 204, 262 Picard, C.,see P. Gerdanian 204, 419 Smith, M.G., see S. Tao 204, 117 Pradhan, A.K., S.J. Hazell, J.W. Hodby, C. Chen, Hu. Y and Smith, M.G., H. Oesterreicher, M.P. Maley and R.D. Taylor, B.M. Wanklyn, Vortex motion and energy dissipation in Indications for enhanced flux pinning below magnetic ordering of Fe clusters in YBaz(Cuo 94Fe€o,06)306+, 204, single crystal (Bi-Pb)-—Sr—Ca-—Cu-O 204, 325 130 Sodtke, E., H. Miinder and A.I. Braginski, The influence of the Qiao, G.W., see A.Q. He204, 85, 365 template growth method on the properties of a-axis oriented Qiu, X.G., see B.R. Zhao 204, 341 YBa,Cu,0,_;thin films 204, 375 Quitmann, C., see C.H. Riischer 204, 30 Stdlzel, C., M. Huth and H. Adrian, c-Axis oriented thin Bi,Sr,CaCu,Ogfi¢l,ms prepared by flash- Radousky, H.B., see T.J. Goodwin 204, 212 evaporation 204, 15 Rellecati, P., see F. Pavese 204, | Stout, P., see A.M. Kini 204, 399 Rietschel, H., see Th. Schreiner 204, 161 Suzuki, R., see Y. Muraoka 204, 65 Ropers, B., F. Carmona and S. Flandrois, Phenomenological Syono, Y., see Y. Muraoka 204, 65 approach to the resistive transition of YBaCuO-Ag superconducting random composites 204, 71 Tallon, J.L. and N.E. Flower, Stoichiometric YBa,Cu,O; is Rosenman, I., see L. Legrand 204, 50 overdoped 204, 237 Rosov, N., J.W. Lynn, G. Cao, J.W. O’Reilly, P. Pernambuco- Wise and J.E. Crow, Magnetic ordering of the Cu spins in Taniguchi, O., see H. Iwasaki 204, 406 Tao, S., H.-U. Nissen, C. Beeli, M. Cantoni, M.G. Smith, PrBa,Cu,0,,, 204, 171 J. Zhou and J.B. Goodenough, Electron microscopy of the Rozell Jr., J.M., G.W. Book, J. Cunningham, C. Glorioso, infinite-layer superconducting oxide phase and related M. Vlasse and J.P. Golben, A powder X-ray diffraction and compounds 204, 117 electrical study of Dy(Ba,_ ,Sr,.)Cu,;07_5 superconducting Taylor, R.D., see M.G. Smith 204, 130 cuprates 204, 384 Riischer, C.H., M. Gétte, B. Schmidt, C. Quitmann and Terashima, T., see T. Nishizaki 204, 305 Thomson, W.J.,seeS.H. Shieh 204, 135 G. Giintherodt, Coexistence of localized and delocalized Tsutsumi, M.,see A. Ono 204, 43 states in Bi-2212 Y/Ca An investigation of the infrared and optical absorption 204, 30 Vlasse, M., see J.M. Rozell Jr. 204, 384 Saalfrank, P. and J. Ladik, Hartree-Fock energy bands of YBa,Cu,0, 204,279 Wang, H.H., see A.M. Kini 204, 399 Sanchez-Quesada, F., see M.L. Lucia 204, 359 Wang, W., see Y. Xu 204, 288 Santamaria, J.,see M.L. Lucia 204, 359 Wang, Y.Z., see A.Q. He 204, 365 Sawada, T.,see M. Itoh 204, 194 Wang, Z.Z., see L. Legrand 204, 50 Schilling, O.F., H. Fujisaki, K. Aihara and S.-P. Matsuda, Wanklyn, B.M., see A.K. Pradhan 204, 325 Relaxation of the remanent magnetization of the (T1/ Wanklyn, B.M.R., see A.J.S. Chowdhury 204, 394 Pb) (Ba/Sr),Ca,Cu,O, high-7, superconductor at high Werder, D.J., C.H. Chen, H.L. Kao and J. Kwo, temperatures Evidence for flux elimination via Microstructures oft hin film La,_ ,Sr,CuO, on SrTiO; and microstructural channels 204, 109 LaAlO, 204, 155 Schlueter, J.A., see A.M. Kini 204, 399 Wery, J.,see P. Dupouy 204, 203 Schmidt, B., see C.H. Riischer 204, 30 Williams, J.M., see A:M. Kini 204, 399 428 Index of authors and papers Woermann, E., see H. Idink 204, 267 Yao, Y.,see Y. Xu 204, 288 Wolf, T., see Th. Schreiner 204, 161 Ye, H.Q., see A.Q. He204, 85, 365 Wu, N.-L., H.-D. Yu and S.-H. Lin, Silver-accelerated phase Yoshida, Y.,see W. Ito 204, 295 transformation from YBa,Cu,07_, to YBa,Cu,O, 204, 21 Yu, H.-D., see N.-L. Wu 204, 21 Wurz, P., see A.M. Kini 204, 399 Xu, P., see B.R. Zhao 204, 341 Zettl, A., see G. Briceho 204, 389 Xu, Y., C. Jin, Z. Mai, G. Pan, D. Dai, Y. Yao and W. Wang, Zhang, J.L.,see B.R. Zhao 204, 341 High-pressure sintering and structural study of Zhang, Y.-F.,seeC. Lin 204, 127 Nd, ssCeo,;sCuO,_, superconductor 204, 288 Zhang, Y.Z., see B.R. Zhao 204, 341 Zhao, B.R., X.G. Qiu, $.Q. Guo, J.L. Zhang, P. Xu, Y, Hu., see A.K. Pradhan 204, 325 Y.Z. Zhang, Y.Y. Zhao and L. Li, A study of dimensional Yaconi, G.A., see A.M. Kini 204, 399 crossover in YBazCu;0,/PrBa,Cu,0, multilayers 204, Yakhmi, J.V., see I.K. Gopalakrishnan 204, 413 341 Yamada, T., see T. Furubayashi 204, 315 Zhao, Y.Y.,see B.R. Zhao 204, 341 Yamaya, K.,see W. Ito 204, 295 Zhou, J.,seeS. Tao 204, 117 PHYSICA |: Physica C 204 (1993) 429 North-Holland Analytic Subject Index to Volume 204 AC susceptibility 50,229, 299 Lattice dynamics 8 -of Sr,RCu;,0, 43 Anisotropic superconductor 305, 325, Lattice parameters 79, 117, 247 -of T1,Ba,CuO, 247 341, 389 -of DyBa,Cu,O, 413 -of Y,_,Pr,Ba,Cu,O, 147 Antiferromagnetic order 127, 130,171, -of YBa,Cu,O, 413 -of YBa,Cu;07_, 135 212, 331 Localization 30, 161 -of YBa,Cu,O, 21 Applications of high-7, -of Y-Ba-—Cu-O 85 superconductors | Magnetic relaxation 109 Substitution effects 384 Magnetic shielding 1 -in A(Pb,_,B,)O3_5(A=Ba,Sr, Band structure Magnetic susceptibility 43, 50, 194, 247, B=Sb,Bi) 194 -of YBa,Cu,0, 279 315 -in Bi,.7Pbo,3Sr2Ca2_,Sm,Cu;0, 299 BEDT-TTF 399 Magnetization 127, 130 -in Bi,Sr,Ca,_,Y,Cu,0, 65 Magnetoresistance 325, 389, 406 -in DyBa,Cu,O, 413 Carrier concentration 237, 247, 331, 349 Metal-insulator transition 30, 161, 406 -in Gd,CuO, 127 Critical current density 15, 229, 305 Microwave absorption 191 -in (Mg,Pb)Sr,(Y,Ca)Cu,0, 262 -in NdCeCuO 50 MOssbauer spectroscopy 315 -in (R,s Ceo.s5)Sr2Cu,NbjOo , Critical state model 229 Multilayers 341 R=Pr,Nd,Sm,Eu 212 Cu-O chains 55,171 -in Y,_,Pr,Ba,Cu,O, 147 Cu-O planes 55,171,315 Neutron diffraction 147,171 -in YBa2(Cuo 94F€o.06)306+, 130 NMR _ 247, 331 -in YBa,Cu,;0, 237 Defect structures 155, 191, 322, 365, Non-ohmic behaviour 325 -in YBazCu,O, 413 375, 394 Normal-state properties 406 Synthesis -of Bi, gPbp.2Sr,Ca,Cu;0, 365 Electrical resistivity 55, 71, 191, 194, O'-O" transition 419 -of Bi,_ ,Pb,Sr,Ca,Cu,0, 179 212, 267, 288, 384, 389, 413 Optical spectroscopy 30 -of Bi-Sr-Ca-—Cu-O 267 Electron diffraction 203 Organic superconductors 399 -of DyBa,Cu,O, 413 Electronic structure 279, 349 O-T transition 419 -of Dy(Ba2_,Sr,)Cu,;07_5 384 Energy gap 30 Oxygen ordering 375 -of (Mg,Pb)Sr,(Y,Ca)Cu,0, 262 Extended thick films 1 Oxygen stoichiometry 43, 55, 103, 237, -of Nd; gsCeo,;sCuO,_, 288 359, 375 -of Sr,_,Re,CuO, 117 Fermi surface 279 -of YBa,Cu;0;_, 135 Flux creep 1, 15, 109 Percolation model 71 -of YBa,Cu,O0, 103 Flux pinning 130, 305 Phase diagram 21, 55, 331,419 -of YBa,Cu,O, 21,413 Proximity effect 341 -of YBCO 295, 359 Grain alignment 295 Grain boundaries 109 Raman scattering 8, 375 Thermoelectric effects 237, 419 Granular superconductivity 71, 299 Thin films 155, 229, 295, 359, 375 Gutzwiller projection 88 Schwinger bosons 88 -of Bi,Sr,CaCu,0g,5 15 Halleffect 194 Specific heat 161 -of Y,_,Pr,Ba,Cu,0, (x20.6) 406 SQUID 109 t-J model 88 Heterophase superconductor 191 High pressure effect 349 Structural phase transition 79, 85, 103 Transmission electron microscopy 288, High-pressure synthesis Structure 365 -of Sr,RCu,0, 43 -of Bi, gPbp »Sr,Ca,Cu,0, 365 HREM 117, 394 -of Bi,Sr,Ca,_,Y,Cu,0, 65 Upper critical field H,. 341 -of Bi,Sr,CaCu,O, modulated Infrared spectroscopy 8, 30 structures 322 Weak links 71 Inhomogeneity 394 -of Bi,_ ,Pb,Sr,Ca,Cu,0, 179 Intercalation 65 -of Bi-Sr-Ca—Cu-O 203, 267 X-ray diffraction 65, 79, 135, 179, 262, Intramolecular phonons 399 -of La,_,Sr,CuO, 155 267, 288, 322, 384 Isotope effect 8, 399 -of Na,WO, 79 -of (Rj sCeo.s)Sr,Cu,NbjOo , Kosterlitz—-Thouless model 325 R=Pr,Nd,Sm,Eu 212 Kosterlitz—Thouless transition 331 -of Sr,;_,Re,CuO, 117