PHYSICA | Physica C 210 (1993) 537—540 North-Holland Author Index to Volume 210 disorder type structural phase transition on the isotope Abell, J.S., see A. Marshall 210, 518 effect 210,35 Acquarone, M. and M. Paiusco, Diamagnetic impurity effects Conder, K., E. Kaldis, M. Maciejewski, K.A. Miiller and on the Néel temperature in La,CuO, and related E.F. Steigmeier, Oxygen isotope exchange kinetics and site- selective oxygen substitution in YBa;Cu,;'*O,_, 210, 282 materials 210, 373 Adrian, H., see C.L. Jia 210, 1 Crusellas, M.A., J. Fontcuberta, S. Pifiol, M. Cagigal and Affronte, M., see C. Escribe-Filippini 210, 133 J.L. Vicent, Two-band conduction in the normal state of a Agassi, D. and R.D. Bardo, Pinning properties of a disordered superconducting Sm, 3sCep,;;CuO, single crystal 210, 221 planar defect 210, 114 Agassi, D. and R.D. Bardo, Flux pinning and critical currents in Dabrowski, B., see J.L. Wagner 210, 447 a disordered grain boundary model 210, 127 Danesi, P., see B. Loegel 210, 432 Akimitsu, J.,see H. Takahashi 210, 485 Datars, W.R., see T.W. Krause 210, 333 Alexander, K.B., see A. Goyal 210, 197 Datta, A., C.M. Srivastava and N. Venkataramani, Normal Amelinckx, S., see T. Krekels 210, 439 state DC electrical resistivity in RE-123 Arndt, T., W. Schauer and J. Reiner, A new extended critical superconductors 210, 408 state model including the lower critical field and Demin, A.K., see M.V. Patrakeev 210, 213 screening 210,417 Asaf, U., see Il. Felner 210, 55 Edwards, J.A.,seeR.G. Humphreys 210, 42 Askenazy, S., see C. Escribe-Filippini 210, 133 Enomoto, Y.,see Ch. Neumann 210, 138 Azuma, M., see N. Ikeda 210, 367 Escribe-Filippini, C., J. Marcus, M. Affronte, H. Rakoto, J.M. Broto, J.C. Ousset and S. Askenazy, Upper critical field Baak, J., S.I. Mukhin, H.B. Brom, M.J.V. Menken and of Ba, _.K,BiO; single crystal 210, 133 A.A. Menovsky, The nuclear contribution to the specific heat of single crystals of YBazCu,O, and Farzetdinova, R.M., see E.Z. Meilikhov 210, 473 Bi,SrzCaCu,0, 210, 391 Felner, I., I. Nowik, U. Asaf, G. Yona, U. Yaron and Balestrino, G., E. Milani and A.A. Varlamov, Effects of redox E.R. Bauminger, Magnetism and superconductivity in thermal! treatments on the transverse resistance peak at the Y,_,Ca,Sr,GaCu,0,_5 210,55 edge of the superconducting transition in Fischer, K.H., Kosterlitz—Thouless transition in layered high-7, Bi,Sr,CaCu,0g,, 210, 386 superconductors 210, 179 Bando, Y., see N. Ikeda 210, 367 Fontcuberta, J., see M.A. Crusellas 210, 221 Bardo, R.D., see D. Agassi210, 114, 127 Freeman, A.J., see D.L. Novikov 210, 301 Bauminger, E.R., see I. Felner 210, 55 Fueki, K.,see Y. Idemoto 210, 315 Beno, M.A., see J.L. Wagner 210, 447 Fujishita, H., M. Sato, Y. Morii and S. Funahashi, Crystal Bolmont, D., see B. Loegel 210, 432 structure determination of Pb,Sr,YCu3;03,5 (d=0, 1.67) by Bourée, F., see E. Suard 210, 164 powder neutron diffraction 210, 529 Bourgault, D., see B. Loegel 210, 432 Funahashi, S., see H. Fujishita 210, 529 Brom, H.B., see J. Baak 210, 391 Funakura, M.,see A. Oota 210, 489 Broto, J.M., see C. Escribe-Filippini 210, 133 Funkenbusch, P.D., see A. Goyal 210, 197 Burns, S.J., see A. Goyal 210, 197 Galbaatar, T.,see A.Yu. Cherny 210, 35 Cagigal, M., see M.A. Crusellas 210, 221 Ginsbach, A., see J.-H. Miiller 210, 173 Caignaert, V.,see E.Suard 210, 164 Goutenoire, F., M. Hervieu, A. Maignan, C. Michel, C. Martin Callaway, J.,.seeH. Chen 210, 308 and B. Raveau, A 62 K superconductor with an original Cao, L.H., see S.W. Wang 210, 463 structure: Sr4_ ,Ba,TICu,CO,0, 210, 359 Carbotte, J.P.,see C. Jiang 210, 325 Goyal, A., K.B. Alexander, D.M. Kroeger, P.D. Funkenbusch Chandra, S., see K.K. Saini 210, 502 and S.J. Burns, Solidification of YBa,Cu,07_, from the Chen, H. and J. Callaway, Lattice dielectric functions of melt 210, 197 Nd,CuO, and La,;CuO, based on the shell model 210, 308 Gray, T.J.,see A. Marshall 210, 518 Chen, Z.Y., see S.W. Wang 210, 463 Greaves, C., see T. Krekels 210, 439 Cherny, A.Yu. and T. Galbaatar, The influence of an order- Grovenor, C.R.M.,see H. Huang 210, 87 538 Index of authors and papers Gruehn, R., see J.-H. Miiller 210, 173 S. Amelinckx, P.R. Slater and C. Greaves, SO,-chain Gubanov, V.A., see D.L. Novikov 210, 301 formation and ordering in Gyorffy, B.L., see P. Miller 210, 343 [ ¥SrCa ]Sr Cuz 7g(SO4)o.2207_5 210, 439 Kroeger, D.M., see A. Goyal 210, 197 Hahn, T., see C.L. Jia 210, 1 Kronmiiller, H., see S. Nieber 210, 188 Han, B.,see J. Hu 210,97 Kugai, H., see H. Takei 210, 109 Hayashi, K.,see Ch. Neumann 210, 138 Hervieu, M., see F. Goutenoire 210, 359 Lazarides, N., T. Schneider and M.P. Sorensen, Multilayer Hinds, B.J.,see J. Hu 210, 97 high-temperature superconductors 210, 228 Hinks, D.G., see J.L. Wagner 210, 447 Leonidov, I.A., see M.V. Patrakeev 210,213 Hiroi, Z., see N. Ikeda 210, 367 Li, F.,see Y. Yao 210, 80 Holguin, E., see A. Marifo 210, 16 Li, J.,see Y. Yao 210, 80 Hong, Z.L., see M.Q. Wang 210, 413 Li, R.K., see S.W. Wang 210, 463 Hu, J., D.J. Miller, D.L. Schulz, B. Han, D.A. Neumayer, Lin, J.J., W.Y. Lin and R.F. Tsui, Electrical transport and B.J. Hinds and T.J. Marks, Transmission electron superconductivity in the Al,03;-BsCia2, S»Cru,,O, and microscopic characterization of metal-organic chemical MgO-Big,CaS; 2r>C,u,O , composites 210, 455 vapor deposition-derived superconducting T1,Ba,Ca,Cu,0, Lin, W.Y., see J.J. Lin 210, 455 thin films on Au substrates Evidence for Au—Cu alloy Liu, S.,see Y. Yao 210, 80 formation and texturing on a nonplanar metal Loegel, B., A.M ehdaoui, D. Bolmont, P. Danesi, D. Bourgault substrate 210,97 and R. Tournier, Irreversibility line and anisotropy of Huang, H. and C.R.M. Grovenor, An electrochemical method magnetic melt textured Y,Ba,Cu,0,7_, studied by AC for studying high oxygen activity effects in textured susceptibility 210, 432 YBa,Cu,0;_, bulk and thick film samples 210, 87 Humphreys, R.G. and J.A. Edwards, YBa,Cu,;O, thin film grain Maciejewski, M., see K. Conder 210, 282 boundary junctions in a perpendicular magnetic field 210, Maignan, A.,see E. Suard 210, 164 42 Maignan, A., see A.Q. Pham 210, 350 Maignan, A., see F. Goutenoire 210, 359 Idemoto, Y., T. Muroga and K. Fueki, Electronic structure of Marchenko, V.A. and A.V. Nikulov, Anisotropy of the resistive (Nd, Ce)2(Ba, Nd),Cu;0, 210, 315 transition width of conventional type II superconductors at Ikeda, N., Z. Hiroi, M. Azuma, M. Takano, Y. Bando and the second critical field H.. 210, 466 Y. Takeda, Synthesis and superconducting properties of the Marcus, J., see C. Escribe-Filippini 210, 133 infinite-layer compounds Sr, _ ,Ln,CuO,(Ln=La, Nd, Sm, Marino, A., T. Yasuda, E. Holguin and L. Rinderer, Gd) 210, 367 Preparation and electrical properties of Bi( Pb )—Sr—Ca—Cu- Iwaya, J.,.see A. Oota 210, 489 O single-phase high-7,. films 210, 16 Markiewicz, R.S., Van Hove excitons and high-7, Jakob, G., see C.L. Jia 210, 1 superconductivity. VIIIC. Dynamic Jahn-Teller effects Janko, B., see P. Miller 210, 343 versus spin-orbit coupling in the LTO phase of Jia, C.L., H. Soltner, G. Jakob, T. Hahn, H. Adrian and La,_,Sr,CuO, 210,235 K. Urban, Structural and compositional characterization of Markiewicz, R.S., Van Hove exciton-cageons and high-7, (YBa,Cu,0; ),,,/ (PrBa,Cu,0;),, superlattices by means of superconductivity. VIIID. Solitons and nonlinear dynamics high-resolution electron microscopy 210, | 210, 264 Jiang, C. and J.P. Carbotte, Thermodynamics of layered strong Marks, T.J.,see J. Hu 210,97 coupling superconductors 210, 325 Marshall, A., T.J. Gray, F. Wellhéfer and J.S. Abell, The Jorgensen, J.D., see J.L. Wagner 210, 447 influence of a zirconia environment on the melt processing of YBa,Cu,0;_, 210,518 Kaldis, E., see K. Conder 210, 282 Martin, C., see F. Goutenoire 210, 359 Kant, C., see K.K. Saini 210, 502 Matsui, H., see A. Oota 210, 489 Klapwijk, T.M., see A.F. Volkov 210, 21 McCallum, R.W., see S.I1. Yoo210, 147, 157 Knapp, G.S., see J.L. Wagner 210, 447 Mehdaoui, A., see B. Loegel 210, 432 Koyama, T. and M. Tachiki, Theory for the upper critical field Meilikhov, E.Z. and R.M. Farzetdinova, Anomalous Hall effect in superconducting multilayers with interface in the mixed state of high-temperature irregularities 210, 509 superconductors 210,473 Kozhevnikov, V.L., see M.V. Patrakeev 210,213 Menken, M.J.V., see J. Baak 210, 391 Krause, T.W., R.K. Nkum and W.R. Datars, Intergrain and Menovsky, A.A., see J. Baak 210, 391 intragrain superconductivity in Sn- and Sb-doped Merrien, N., see A.Q. Pham 210, 350 Bi, 7Pbo.3Sr2Ca,Cu,0, 210, 333 Michel, C.,see A.Q. Pham 210, 350 Krekels, T.,O. Milat, G. Van Tendeloo, J. Van Landuyt, Michel, C., see F. Goutenoire 210, 359 Index of authors and papers Milani, E., see G. Balestrino 210, 386 Radaelli, P.G., see J.L. Wagner 210, 447 Milat, O., see T. Krekels 210, 439 Rakoto, H., see C. Escribe-Filippini 210, 133 Miller, D.J.,see J. Hu 210, 97 Raveau, B., see E. Suard 210, 164 Miller, P., B. Janko and B.L. Gyorffy, On the coexistence of Raveau, B., see A.Q. Pham 210, 350 superconductivity and charge density waves 210, 343 Raveau, B., see F. Goutenoire 210, 359 Mitchell, J.F.,see J.L. Wagner 210, 447 Reiner, J.,see T. Arndt 210, 417 Mitsuyama, K., see A. Oota 210, 489 Rinderer, L., see A. Marifio 210, 16 Moran-Lopez, J.L. and J.M. Sanchez, The phase diagram of Robaszkiewicz, S. and G. Pawtowski, Effects of finite pair oxygen ordering in YBa;Cu;0¢,4,5. The nine point cluster binding energy in a model of a superconductor with local approximation 210, 401 electron pairing 210, 61 Mo6ri, N., see H. Takahashi 210, 485 Morii, Y., see H. Fujishita 210, 529 Saini, K.K., C.P. Sharma, C. Kant, D.K. Suri, §. Chandra and Mukhin, S.I., see J. Baak 210, 391 S.P. Tiwari, Optimization of synthetic parameters for Tl- Miiller, J.-H., R. Gruehn and A. Ginsbach, TEM and HRTEM 2201 superconducting phase by flash sintering cross section investigations of the microstructure of process 210, 502 YBa,Cu,07_., thin films on oriented NiO single Sanchez, J.M., see J.L. Moran-Loépez 210, 401 crystals 210,173 Sato, M., see H. Fujishita 210,529 Miiller, K.A.,see K. Conder 210, 282 Schauer, W.,see T. Arndt 210,417 Muroga, T., see Y. Idemoto 210, 315 Schneider, T., see N. Lazarides 210, 228 Schulz, D.L., see J. Hu 210, 97 Nagata, Y., see H. Takahashi 210, 485 Sharma, C.P., see K.K. Saini 210, 502 Nakamura, S., see H. Takahashi 210, 485 Slater, P.R., see T. Krekels 210, 439 Neumann, Ch., K. Yamaguchi, K. Hayashi, K. Suzuki, Soltner, H., see C.L. Jia 210, 1 Y. Enomoto and S. Tanaka, Fabrication of high J, x R, Sorensen, M.P., see N. Lazarides 210,228 YBCO-Josephson-junctions on MgO-substrates using a Srivastava, C.M., see A. Datta 210, 408 focused-ion-beam system 210, 138 Steigmeier, E.F.,see K. Conder 210, 282 Neumayer, D.A., see J. Hu 210, 97 Studer, F.,see A.Q. Pham 210, 350 Nieber, S. and H. Kronmiiller, Intrinsic pinning in high-7, Suard, E., V. Caignaert, A. Maignan, F. Bourée and B. Raveau, superconductors 210, 188 Influence of thermal treatment on Y,_ ,Ca,Ba,Cu;_ ,Co,O,. Nikulov, A.V., see V.A. Marchenko 210, 466 A neutron diffraction study 210, 164 Nkum, R.K., see T.W. Krause 210, 333 Suri, D.K., see K.K. Saini 210, 502 Novikov, D.L., V.A. Gubanov and A.J. Freeman, Electronic Suzuki, K.,see Ch. Neumann 210, 138 structure and Fermi surface topology of the infinite-layered superconductor Sr,_ ,Ca,CuO, 210, 301 Tachiki, M.,see T. Koyama 210, 509 Nowik, I., see I. Felner 210, 55 Tada, K., see H. Takei 210, 109 Takahashi, H., N. Mori, Y. Nagata, S. Nakamura, T. Uchida, Oota, A., H. Matsui, M. Funakura, J. lwaya and K. Mitsuyama, J. Akimitsu and Y. Tokura, High pressure study on the Fabrication, microstructure and critical current density of superconducting transition temperature and Hall coefficient screen-printed Ag—( Bi, Pb )Sr,Ca,Cu,O,. superconducting of Ba,_,.K,BiO; up to8 GPa 210, 485 tapes 210, 489 Takano, M., see N. Ikeda 210, 367 Ousset, J.C., see C. Escribe-Filippini 210, 133 Takeda, Y., see N. Ikeda 210, 367 Takei, H., H. Kugai, Y. Torii and K. Tada, Resistive transition in TIBiSrCaCuO thin films in magnetic fields 210, 109 Paiusco, M., see M. Acquarone 210, 373 Parish, J.L., Note on dynamic conductivity from tunneling Tanaka, S.,see Ch. Neumann 210, 138 experiments in a high-7, superconductor 210, 106 Tang, X.M., see M.Q. Wang 210, 413 Patrakeev, M.V., I.A. Leonidov, V.L. Kozhevnikov, Tiwari, S.P., see K.K. Saini 210, 502 V.I. Tsidilkovskii and A.K. Demin, The oxygen Tokura, Y., see H. Takahashi 210, 485 conductivity and chemical diffusion in YBazCu;0,,, 210, Torii, Y., see H. Takei 210, 109 213 Tournier, R., see B. Loegel 210, 432 Pawtowski, G., see S. Robaszkiewicz 210, 61 Tsidilkovskii, V.I., see M.V. Patrakeev 210, 213 Peng, Y.,see Y. Yao 210, 80 Tsui, R.F., see J.J. Lin 210, 455 Pham, A.Q., N. Merrien, A. Maignan, F. Studer, C. Michel and B. Raveau, Origin of the metal-insulator transition in the Uchida, T., see H. Takahashi 210, 485 superconducting series Bi,Sr,Ca,_,Y,Cu,0g45 210, 350 Urban, K., see C.L. Jia 210, 1 Pinol, S., see M.A. Crusellas 210, 221 Van Landuyt, J., see T. Krekels 210, 439 Qian, Y.T., see S.W. Wang 210, 463 Van Tendeloo, G., see T. Krekels 210, 439 540 Index of authors and papers Varlamov, A.A., see G. Balestrino 210, 386 Xu, W., see Y. Yao 210, 80 Venkataramani, N., see A. Datta 210, 408 Vicent, J.L., see M.A. Crusellas 210, 221 Volkov, A.F., A.V. Zaitsev and T.M. Klapwijk, Proximity effect Yamaguchi, K., see Ch. Neumann 210, 138 under nonequilibrium conditions in double-barrier Yao, Y., W. Xu, X. Zhou, J. Li, Z. Zhao, Y. Peng, F. Li, S. Liu superconducting junctions 210, 21 and W. Wang, Superconductivity and microstructure of infinite-layered (SrNd )CuO, prepared under high Wagner, J.L., P.G. Radaelli, D.G. Hinks, J.D. Jorgensen, pressure 210, 80 J.F. Mitchell, B. Dabrowski, G.S. Knapp and M.A. Beno, Yaron, U., see I. Felner 210,55 Structure and superconductivity of HgBa,CuO,,5 210, Yasuda, T., see A. Marifio 210, 16 447 Yona, G., see I. Felner 210, 55 Wang, M.Q., G.H. Xiong, X.M. Tang and Z.L. Hong, The Yoo, S.I. and R.W. McCallum, Phase diagram in the Nd-Ba- formation mechanism of Bi,Sr,Ca,Cu3;0, superconducting Cu-O system 210, 147 phase 210,413 Yoo, S.I. and R.W. McCallum, Flux creep in Wang, N.L., see S.W. Wang 210, 463 Nd,4,Baz_ ,Cu;0745 (x=0.0-0.1) 210, 157 Wang, S.W., Y.T. Qian, R.K. Li, Z.Y. Chen, N.L. Wang, L.H. Cao, G.E. Zhou and Y.H. Zhang, Superconductivity at 27 K in Nb-1222 cuprate: NbSr,(GdCe),Cu,0, 210, 463 Zaitsev, A.V., see A.F. Volkov 210, 21 Wang, W.,see Y. Yao 210, 80 Zhang, Y.H., see S.W. Wang 210, 463 Wellhéfer, F., see A. Marshall 210, 518 Zhao, Z.,see Y. Yao 210, 80 Zhou, G.E., see S.W. Wang 210, 463 Xiong, G.H., see M.Q. Wang 210, 413 Zhou, X., see Y. Yao 210, 80 PHYSICA (i Physica C 210 (1993) 541-542 North-Holland Analytic Subject Index to Volume 210 AC susceptibility 432 Flux pinning 114, 127, 157, 188, 432 Oxygen diffusion 213, 282 Anharmonicity 264 Oxygen ordering 391 Anisotropic superconductor 109, 301, Ginzburg-Landau theory 188 Oxygen stoichiometry 87, 213, 282, 315, 325, 432 Grain alignment 97 391 Antiferromagnetic order Grain boundaries 42, 127 -in La,CuO, 373 Granular superconductivity 333 Peierls potential 188 Applications of high-7, Penetration depth 114 superconductors 138, 489 Hall effect 221, 473, 485 Percolation model 455 Harmonic susceptibility 417 Phase diagram 391 Band structure 350 High-pressure effect 80, 485 Phase separation 529 BCS model 228 High-pressure synthesis Phase stability 147 -of Sr,;_ ,Ln,CuO, (Ln=La, Nd, Sm, Phonons 308 Carrier concentration 315, 485 Gd) 367 Phonon spectrum 35 Charge-density waves 235, 264, 343 HREM 1, 173, 359, 439 Point defect 157 Coherence length 133 Hubbard Hamiltonian 343 Proximity effect 21 Composites -of Al,03;-BsiCa,; S»Cru,,O , 455 Impurity effects 373, 391 Raman scattering 308 ~of MgO-Big,CaS, »rCu,,0 , 455 Infinite-layer compound 367 Rietveld analysis 529 Copper valence 315 Interface irregularities 509 Critical current density 16, 114, 127, Irreversibility line 432 Screen printing 489 188, 197, 489 Isotope effect 35, 282 Solitons 264 Critical state model 417 Solubility limit 147 Cu-O chains 391 Josephson coupling 179 Specific heat 61, 325 Josephson effect 42, 138, 228 SQUID 228 Defect structures 173, 197, 413, 447 Strong coupling superconductors 325 Dielectric response 308 Kosterlitz—Thouless model 179 Structural phase transition 35, 235, 264, 413 Electrical resistivity 109, 315, 333, 408, Lattice parameters 447 Structure 455, 463, 485, 502 Layered superconductors 228 -of Pb,Sr,YCu;0g45 (6=0, 1.67) 529 —in Bi,Sr,CaCu,0,,, 386 Local electron pairing 61 -of Sr4_,Ba,TICu,CO;0, 359 Electrochemical method 87 Lower critical field H,,; 417 -of (SrNd)CuO, 80 Electronic structure -of T1,Ba,;Ca,Cu,0, 97 -—of (Nd,Ce).(Ba,Nd),Cu,0, 315 Magnetic relaxation 157 -of T1,Ba,Cu,, 502 -of Sr,_,Ca,CuO, 301 Magnetic susceptibility 61 -of Y,_,Ca,Ba,Cu;_,Co,O, 164 Electron microscopy 518 Magnetization 55, 417, 455 -of (YBa,Cu,;0;7),,,/(PrBazCu;0,), 1 Electron—phonon coupling 106, 235, Magnetoresistance 221, 466 -of [YSrCa]Sr2Cuz 7g(SO4)0.2207_5 439 264, 408 Meissner effect 343 Substitution effects Eliashberg equations 325 Metal-insulator transition 350, 373 —in Bi,Sr,Ca,_,¥,Cu,0g,5 350 Energy gap 21, 106 Microstucture 489 -in Sr,_,Ln,CuO, (Ln=La, Nd, Sm, Excitonic mechanism 235 Mixed state 473 Gd) 367 Modulated structures 439 -in Y,_,Ca,Sr,GaCu,0,_; 55 Fermi surface 301, 408 Mossbauer spectroscopy 55 Synthesis Fermi velocity 386 Multilayers 1, 179, 509 -of Bi,Sr,Ca,Cu,0, 413 Fluctuation effects 61, 114, 235, 386, -of Bi(Pb)-Sr-—Ca-Cu-O 16 466 Neutron diffraction 164, 447, 529 -of HgBa,CuO,,5; 447 Flux creep 109 Nuclear specific heat 391 -of NbSr,(GdCe),Cu,0, 463 Flux dynamics -—of Nd-Ba-—Cu-O 147 -in Nd,,,Baz_,Cu3;07,5 157 Optical spectroscopy 308 -of Sr,_,Ba,TICu,CO;0, 359 Flux flow 473 O-T transition 391 -of (SrNd)CuO, 80 542 Analytic subject index -of T1,Ba,Ca,Cu,0, 97 Tunneling 21, 106 X-ray absorption spectroscopy 350 -of Tl1;Ba,Cu,, 502 Two-band model 221 X-ray diffraction 87, 463 -of Y,_,Ca,Ba,Cu;_,Co,O, 164 -of YBa,Cu;0,_; 197 Upper critical field H,, 61, 133, 466, -of YBa,Cu;0,_, 518 509 Thin films 16, 42, 97, 109, 173, 386, 518 Weak links 114, 127, 138, 333 -of Y,Ba,Cu,0,7_5 417