PHYSICA ( ELSEVIER Physica C 233 (1994) 437-440 Author index to volume 233 Abrikosov, A.A., On the isotope effect in the E-L model of high- state of Josephson-coupled superconducting systems 233, T, layered cuprates 233, 102 409 Adachi, S., T. Sugano, A. Fukuoka, N. Seiji, M. Itoh, P. Laffez Colson, D., A. Bertinotti, J. Hammann, J.F. Marucco and and H. Yamauchi, A simple route to single-phase A. Pinatel, Synthesis and characterization of YBa,Cu,O, at ambient pressure 233, 149 superconducting single crystals of HgBa,Ca,Cu3;0,,,5 233, Adachi, S., see P. Laffez 233, 373 231 Agrawal, B.K. and S. Agrawal, Electronic structure and the van Cubitt, R., see R. Cywinski 233, 273 Hove singularity scenario in high-7, HgBa,CuO,, 5 Cywinski, R., see J.L. Garcia-Munoz 233, 85 superconductor. Pressure effects 233, 8 Cywinski, R., Z.P. Han, R. Bewley, R. Cubitt, M.T. Wylie, Agrawal, S., see B.K. Agrawal 233, 8 E.M. Forgan, S.L. Lee, M. Warden and S.H. Kilcoyne, A Aldinger, F., see P. Kizler 233, 415 uSR determination of the penetration depth in Araki, H., N. Yamasaki, A.A. Zakhidov and K. Yoshino, superconducting YNi,B,C 233,273 Evolution of superconductivity in Ca doped C¢o prepared from azide. Low-field microwave absorption and ESR 233, De Nivelle, M.J.M.E., G.J. Gerritsma and H. Rogalla, Coherent 242 vortex motion in YBa,Cu,07_, nanobridges prepared by a Aselage, T.L., Occurrence of free CuO in YBa,Cu,;0¢,.5 and its substrate-etching technique 233, 185 effect on melting and solidification 233, 292 Dodrill, B., see J.A. Schlueter 233, 379 Awaji, S.,see Y. Muraoka 233, 209 Dong, C., see X.J. Zhou 233, 311 Azema, A.,see A. Mammou 233, 349 Doyle, R.A., see T.B. Doyle 233, 253 Doyle, T.B., R.A. Doyle, D. Minkov, V.N. Stepankin and Barber, Z.H., see C.W. Schneider 233, 77 U.P. Yakovets, A theoretically based critical-state model for Barnes, F., see A. Naziripour 233, 387 granular high-7, superconductors applied to YBCO = 233, Bayless, W.R., see J.A. Schlueter 233, 379 253 Becker, T., see H. Theuss 233, 179 Drulis, H., see A.D. Shengelaya 233, 124 Bertinotti, A., see D. Colson 233, 231 Dudek, J.D., see J.A. Schlueter 233, 379 Bewley, R., see R. Cywinski 233, 273 Biggers, R.R., see M.G. Norton 233, 321 Enomoto, Y. and S. Maekawa, Magnetic flux line ina Bokhimi, and A. Morales, Quantitative analysis of the ZFC disordered medium 233, 195 magnetization in low magnetic fields in the YBa,Cu;07_, Evers, W., see P. Prieto 233, 361 system 233, 55 Evetts, J.E., see C.W. Schneider 233, 77 Brau, A.,see A. Mammou 233, 349 Brown, J.L., see M.G. Norton 233, 321 Farges, J.-P.,see A. Mammou 233, 349 Bugoslavsky, Yu.V., A.L. Ivanov, A.A. Minakov and Felner, I., see R. Prozorov 233, 367 S.I. Vasyurin, Fishtails and anisotropy in underdoped Fendrich, J.A., see J.A. Schlueter 233, 379 LaSrCuO single crystals 233, 67 Forgan, E.M., see R. Cywinski 233, 273 Frangi, F., E. Varesi, G. Ripamonti and S. Zannella, Enhanced Campbell, A.M., see M. Ciszek 233, 203 levitation properties in melt-textured YBCO samples grown Carlson, K.D., see J.A. Schlueter 233, 379 without temperature gradient 233, 301 Chen, H., see J.Q. Li 233, 40 Fukuoka, A., see S. Adachi 233, 149 Choi, S.S., see W.N. Kang 233, 402 Ciszek, M., A.M. Campbell and B.A. Glowacki, The effect of Gao, X.-H., see X.-G. Wang 233, 327 potential contact position on AC loss measurements in Garcia-Munoz, J.L., R. Cywinski, $S.H. Kilcoyne and superconducting BSCCO tape 233, 203 X. Obradors, Magnetic order and disorder in Cleckler, J., see A. Naziripour 233, 387 YBaz(Cu,_,Fe,)3064, 233, 85 Clerc, St., see K. Kwasnitza 233, 423 Geiser, U., see J.A. Schlueter 233, 379 Coffey, M.W., Transverse thermomagnetic effects in the mixed Gerritsma, G.J., see M.J.M.E. De Nivelle 233, 185 438 Index of authors and papers Gilabert, A.,see A.M ammou 233, 349 Kuwasawa, Y., see T. Nojima 233, 107 Glowacki, B.A., see M. Ciszek 233, 203 Kwasnitza, K. and St. Clerc, AC losses of superconducting high- Gortenmulder, T.J., see S. Silllow 233, 138 T, multifilament Bi-2223/Ag sheathed tapes in Gray, K.E., see W.N. Kang 233, 402 perpendicular magnetic fields 233, 423 Gugan, D., A heuristic, general, field-dependent critical-current Kwok, W.-K., see J.A. Schlueter 233, 379 model for the magnetic properties of type-II superconductors 233, 165 Laffez, P., see S. Adachi 233, 149 Laffez, P., X.-J. Wu, C.-Q. Jin, S$. Adachi, H. Yamauchi and Hahakura, S., J. Shimoyama, O. Shiino and K. Kishio, New N. Mori, A new high-pressure form of BaCuO,,, 233, 373 barium-free mercury-based high-7, superconductors (Hg, Lanteigne, J.,see R. Schulz 233, 113 Mo)Sr2(Ca, Y),,,Cu,,O, and HgSr2(Ca, Y),,_, (Cu, Lee, H.-G., H.-S. Shin, I.-S. Yang, J.-J. Yu and N.H. Hur, Re),O, (n=land2) 233, 1 Raman mode assignments of HgBa,CuO,, 5 Hahn, T.S., see W.N. Kang 233, 402 crystallites 233, 35 Hammann, J.,see D. Colson 233, 231 Lee, S.L., see R. Cywinski 233, 273 Han, Z.P., see R. Cywinski 233, 273 Li, J.Q., H. Chen and Z.X. Zhao, Modulated structure in Hendrikx, R.W.A., see S. Siillow 233, 138 YSr,Cuz 5Bo,5O0, oxide 233, 40 { Hermann, A.M., see A. Naziripour 233, 387 Li, J.W., see X.J. Zhou 233, 311 # Higuchi, T., see I. Monot 233, 155 Liang, W.Y., see N.-H. Peng 233, 61 Hiraga, K.,see Y. Muraoka 233, 247 Lin, S.-C., J.T. Richardson and D. Luss, YBazCu3;0¢, . Hojeczyc, R., see P. Prieto 233, 361 synthesis using vertical self-propagating high-temperature Hu, P.-Y., see X.-G. Wang 233, 327 synthesis 233, 281 Huang, Z.-M., see X.-G. Wang 233, 327 Liu, W., see X.J. Zhou 233, 311 Hur, N.H.,see H.-G. Lee 233, 35 Luss, D., see S.-C. Lin 233, 281 Ido, M.,see N.M omono 233, 395 Maartense, I., see M.G. Norton 233, 321 Iimura, H., see T. Nojima 233, 107 Maekawa, S.,see Y. Enomoto 233, 195 Inoue, A., H. Mukaida, M. Nakao and R. Yoshizaki, Study on Majewski, P., see P. Kizler 233, 415 the cleaved surface structure of Bi,Sr,CaCu,Og, 5 by Mammou, A., A. Brau, A. Azema, J.-P. Farges and A. Gilabert, scanning tunneling microscopy 233, 49 Percolation in YBa,Cu,;07_;/CuO mixtures 233, 349 Iqbal, Z., see F.J. Owens 233, 30 Mao, S.N., see C.W. Schneider 233, 77 Isawa, K., see R. Puzniak 233, 21 Marucco, J.F.,see D. Colson 233, 231 Itoh, M., see S. Adachi 233, 149 Matsui, Y., see T. Kawashima 233, 143 Ivanov, A.L., see Yu.V. Bugoslavsky 233, 67 Menovsky, A.A., see S. Siillow 233, 138 Minakov, A.A., see Yu.V. Bugoslavsky 233, 67 Jia, C.L., see P. Prieto 233, 361 Minkov, D., see T.B. Doyle 233, 253 Jia, S.L., see X.J. Zhou 233, 311 Momono, N., M. Ido, T. Nakano, M. Oda, Y. Okajima and Jin, C.-Q., see P. Laffez 233, 373 K. Yamaya, Low-temperature electronic specific heat of La,_,Sr,CuO, and La2_,Sr,Cu,_,Zn,O,. Evidence for a d Kang, W.N., D.H. Kim, J.H. Park, T.S. Hahn, S.S. Choi and wave superconductor 233, 395 K.E. Gray, Origin of 1 /fnoise peaks of YBa,Cu;3O, films in Monot, I., T. Higuchi, N. Sakai and M. Murakami, Effect of a magnetic field 233, 402 BaSnO, additions in MPMG-processed YBCO 233, 155 Kawashima, T., Y. Matsui and E. Takayama-Muromachi, A Morales, A.,see Bokhimi 233, 55 new oxycarbonate superconductor Mori, N., see P. Laffez 233, 373 (Cug.5Co.5 )2Ba3;Ca,Cu;0,, (7.=91 K) prepared at high Moser, E.K., see M.G. Norton 233, 321 pressure 233, 143 Mukaida, H., see A. Inoue 233, 49 Murakami, M., see I. Monot 233, 155 Keane, P.M., see J.A. Schlueter 233, 379 Kikuchi, M., see Y. Muraoka 233, 209, 247 Muraoka, Y., H. Nameki, M. Kikuchi, S. Awaji, N. Kobayashi Kilcoyne, S.H., see J.L. Garcia-Munoz 233, 85 and Y. Syono, Structure and superconductivity of iodine- Kilcoyne, S.H., see R. Cywinski 233, 273 intercalated Bi,Sr,Cu,CO3;0, 233, 209 Kim, D.H., see W.N. Kang 233, 402 Muraoka, Y., M. Kikuchi, N. Ohnishi, N. Kobayashi, K. Hiraga Kishio, K., see S. Hahakura 233, | and Y. Syono, Synthesis and superconductivity of “‘Hg,Cl,’- Kizler, P., H.L. Su, P. Majewski and F. Aldinger, EXAFS study intercalated Bi,Sr,Ca,,_ ;Cu,O, (n=1-3) compounds 233, of Bi-O bond lengths in “Bi,SR,CaCu,O,” high-7, 233, 247 415 Mydosh, J.A., see S. Siillow 233, 138 Kobayashi, N., see Y. Muraoka 233, 209, 247 Komosa, A.S., see J.A. Schlueter 233, 379 Nakano, T., see N.M omono 233, 395 Kronmiiller, H., see H. Theuss 233, 179 Nakao, M., see A. Inoue 233, 49 Index of authors and papers Nameki, H., see Y. Muraoka 233, 209 P.M. Keane, J.D. Dudek, A.S. Komosa, D. Naumann, Naumann, D., see J.A. Schlueter 233, 379 T. Roy, J.E. Schirber, W.R. Bayless and B. Dodrill, Naziripour, A., A. Outzourhit, J.U. Trefny, Z.-H. Zhang, Superconductivity up to 11.1 K in three solvated salts F. Barnes, J. Cleckler and A.M. Hermann, Fabrication of composed of [Ag(CF;)4]~ and the organic electron-donor Ba, _,Sr,TiO; tunable capacitors with T1,Ba,Ca,Cu,O,. molecule bis(ethylenedithio )tetrathiafulvalene (ET) 233, electrodes 233, 387 379 Neumeier, J.J., Analysis of the superconducting transition Schmidt, K., see P. Prieto 233, 361 temperature’s pressure dependence for YBa,Cu;O07_ 5 within Schneider, C.W., Z.H. Barber, J.E. Evetts, S.N. Mao, X.X. Xi a BCS framework 233, 354 and T. Venkatesan, Penetration depth measurements for Nieuwenhuys, G.J., see S. Siillow 233, 138 Nd, .gsCeo,;sCuO, and NbCN thin films using a kinetic Nojima, T., H. limura, T. Yamaguchi and Y. Kuwasawa, inductance technique 233, 77 Angular dependence of glass scaling behavior in current- Schulz, R., M. Simoneau and J. Lanteigne, The role of internal voltage characteristics of CVD YBa,Cu3;0;_; films 233, stresses in the structural stability of metastable phases in the 107 Y ,Ba,Cu;07,_,system 233, 113 Norton, M.G., R.R. Biggers, I. Maartense, E.K. Moser and Scugar, V.V., see N.V. Vuong 233, 263 J.L. Brown, Surface outgrowths on laser-deposited Seiji, N., see S. Adachi 233, 149 YBa,Cu;0, thin films 233, 321 Shengelaya, A.D., J. Olejniczak and H. Drulis, Density of states and magnetic correlations in the La,_ ,Sr,CuO, system Obradors, X., see J.L. Garcia-Munoz 233, 85 studied by EPR of Fe spin probes 233, 124 Oda, M.,see N. Momono 233, 395 Shiino, O., see S. Hahakura 233, 1 Ohnishi, N., see Y. Muraoka 233, 247 Shimoyama, J.,see S. Hahakura 233, | Okajima, Y.,see N.M omono 233, 395 Shin, H.-S., see H.-G. Lee 233, 35 Olejniczak, J.,see A.D. Shengelaya 233, 124 Simoneau, M., see R. Schulz 233, 113 Outzourhit, A., see A. Naziripour 233, 387 Singh, D.J. and W.E. Pickett, Pressure-dependent electronic Owens, F.J., A.G. Rinzler and Z. Iqbal, Magneto-microwave structure and doping in HgBa,Ca,Cu3;0g45 233, 237 absorption study of flux depinning in Soltner, H., see P. Prieto 233, 361 Hgo.7Pb9.3Ba,Ca,Cu303 superconductor 233, 30 Stepankin, V.N., see T.B. Doyle 233, 253 Stepanova, I.A.,see N.V. Vuong 233, 263 Su, H.L., see P. Kizler 233, 415 Park, J.H., see W.N. Kang 233, 402 Sugano, T., see S. Adachi 233, 149 Peng, N.-H. and W.Y. Liang, On the distinct 7, decrease behaviours in Fe, Ni and Zn doped YBa,Cu30;_; 233, 61 Siillow, S., R.W.A. Hendrikx, T.J. Gortenmulder, G.J. Nieuwenhuys, A.A. Menovsky, A. Schenck and Pickett, W.E., see D.J. Singh 233, 237 Pinatel, A.,see D. Colson 233, 231 J.A. Mydosh, Evidence for secondary-phase superconductivity in YNi,BCp, 233, 138 Poppe, U., see P. Prieto 233, 361 Prieto, P., U. Poppe, W. Evers, R. Hojezyc, C.L. Jia, K. Urban, Syono, Y., see Y. Muraoka 233, 209, 247 K. Schmidt and H. Soltner, In situ production of epitaxial Ba, _ ,K,.BiO; thin films by high-oxygen-pressure RF Takayama-Muromachi, E., see T. Kawashima 233, 143 sputtering 233, 361 Tarn, K.-L., see N.-L. Wu 233, 131 Prozorov, R., E.R. Yacoby, I. Felner and Y. Yeshurun, Theuss, H., T. Becker and H. Kronmiiller, Influence of Magnetic properties of YNi,B,C superconductor 233, 367 geometry on angle-dependent critical current density Puzniak, R., K. Isawa, R. Usami and H. Yamauchi, measurements in thin-film superconductors 233, 179 Superconducting-state thermodynamic parameters of Trefny, J.U., see A. Naziripour 233, 387 HgBa,Ca,,_,Cu,O, (n=1,2,and3) 233, 21 Urban, K., see P. Prieto 233, 361 Raspopina, E.V.,see N.V. Vuong 233, 263 Usami, R., see R. Puzniak 233, 21 Richardson, J.T., see S.-C. Lin 233, 281 Rinzler, A.G., see F.J. Owens 233, 30 Varesi, E., see F. Frangi 233, 301 Ripamonti, G., see F. Frangi 233, 301 Vasyurin, S.I., see Yu.V. Bugoslavsky 233, 67 Rogalla, H., see M.J.M.E. De Nivelle 233, 185 Venkatesan, T., see C.W. Schneider 233, 77 Roth, R.S., see W. Wong-Ng 233, 97 Vladimirova, N.M., see N.V. Vuong 233, 263 Roy, T., see J.A. Schlueter 233, 379 Vuong, N.V., E.V. Raspopina, V.V. Scugar, N.M. Vladimirova, N.A. Yakovenko and I.A. Stepanova, Pinning centers in Sakai, N., see I. Monot 233, 155 YBa,Cu,;07_, thick films prepared on Y,BaCuO, substrates by the painting-on method 233, 263 Schenck, A., see S. Siillow 233, 138 Schirber, J.E., see J.A. Schlueter 233, 379 Schlueter, J.A., K.D. Carlson, U. Geiser, H.H. Wang, Wang, H.H., see J.A. Schlueter 233, 379 J.M. Williams, W.-K. Kwok, J.A. Fendrich, U. Welp, Wang, R.-D., see X.-G. Wang 233, 327 440 Index of authors and papers Wang, X.-G., P.-Y. Hu, Z.-M. Huang, R.-D. Wang and X.- Yamauchi, H., see R. Puzniak 233, 21 H. Gao, Effect of F doping in the (Bi, Pb )—Sr—Ca—Cu-—O Yamauchi, H., see S. Adachi 233, 149 system 233, 327 Yamauchi, H., see P. Laffez 233, 373 Warden, M., see R. Cywinski 233, 273 Yamaya, K., see N.M omono 233, 395 Welp, U., see J.A. Schlueter 233, 379 Yang, I.-S., see H.-G. Lee 233, 35 Williams, J.M., see J.A. Schlueter 233, 379 Yao, Y.H., see X.J. Zhou 233, 311 Wilson, J.A., Symmetry of the order parameter in the two- Yeshurun, Y.,see R. Prozorov 233, 367 channel, two-subsystem, negative-U interpretation of high- Yin, B., see X.J. Zhou 233, 311 temperature superconductivity 233, 332 Yoshino, K., see H. Araki 233, 242 Wong-Ng, W. and R.S. Roth, Single-crystal structural Yoshizaki, R.,see A. Inoue 233, 49 investigation of BaO, 233, 97 Yu, J.-J., see H.-G. Lee 233, 35 Wu, F., see X.J. Zhou 233, 311 Wu, N.-L., H.-H. Zheng and K.-L. Tarn, Bitter pattern study of flux pinning in melt-grown YBa,Cu3;07_, 233, 131 Zakhidov, A.A., see H. Araki 233, 242 Wu, X.-J., see P. Laffez 233, 373 Zannella, S., see F. Frangi 233, 301 Wylie, M.T., see R. Cywinski 233, 273 Zhang, Z.-H., see A. Naziripour 233, 387 Zhao, Z.X., see J.Q. Li 233, 40 Xi, X.X., see C.W. Schneider 233, 77 Zhao, Z.X., see X.J. Zhou 233, 311 Zheng, H.-H., see N.-L. Wu 233, 131 Yacoby, E.R.,see R. Prozorov 233, 367 Zhou, X.J., F. Wu, B. Yin, W. Liu, C. Dong, J.W. Li, W.J. Zhu, Yakovenko, N.A., see N.V. Vuong 233, 263 S.L. Jia, Y.H. Yao and Z.X. Zhao, Structure and Yakovets, U.P., see T.B. Doyle 233, 253 superconductivity in the infinite-layer Sr; _ CuO, system Yamaguchi, T., see T. Nojima 233, 107 prepared under high pressure 233, 311 Yamasaki, N., see H. Araki 233, 242 Zhu, W.J., see X.J. Zhou 233, 311 PHYSICA (' ELSEVIER Physica C 233 (1994) 441-442 Analytic Subject Index to Volume 233 1/fnoise 402 Geometry effects 423 Organic superconductors 379 Grain alignment (texturing) 321 Oxycarbonate supercon ductor AC susceptibility 77, 165, 203, 263, 327, Grain dimension 301 -of (Cu sCo.5 )2Ba3Ca,Cu;0, 143 379 Granular superconductivity 131 Oxygen ordering 415 Anisotropic superconduct or 67,179 Granular superconductors 253 Oxygen stoichiometry 61, 97, 281, 327 Applications of high-7, superconductors 301, 387 High-pressure effect 237, 311,354 Pair breaking 395 -in HgBa,CuO,4.5 8 Penetration depth 21, 77, 185, 273, 367 Ball milling 113 High-pressure synthesis 143, 373 Phase diagram 97, 292 Band structure HREM 40 Phase transitions 113 —of HgBa,CuQO,,5; 8 Phonon spectrum 35 BaSnO, addition 155 Intercalation 209, 247 Pinning centers BCS model 354 Irreversibility line 30 -in YBa,Cu,07_; 263 BEDT-TFF or ET 379 Isotope effect 102 Polarised neutrons 85 Bis(ethylenedithio )tetrathiafulvalene 379 Bitter pattern 131 Josephson coupling 409 Raman scattering 35 Reversible magnetization 21 C6o compounds 242 Langevin equation 195 Carrier concentration 209 Levitation force 301 Specific heat 395 Coherence length 21 Lower critical field 409 STM 49 Combustion 281 Lower critical field H,, 21 Structural models 415 Critical current density 155, 165, 179, Structure 203, 253, 349 Magnetic susceptibility 143 -of BaCuz,, 373 Critical state model 253 Magnetisation 273 -of BaO, 97 Magnetization 55, 67, 165, 231, 367 -—of Bi,SrzCaCu,0¢g45 49 Defect structures 113, 321 Mechanical properties 113 -of Bi,Sr2Ca,,_ ;Cu,,O, 247 Demagnetization effect 179 Melt processing 155 -of HgBa,Ca,Cu;0¢,45 231 Density of states 124 Metal-insulator transition 124, 349 -of Sr,;_,CuO, 311 D-wave superconductor 395 Metastable phases 113 -of YBa,Cu3;0,¢,5 292 Microwave absorption 30, 242 -of YBa,Cu,Og 149 Electrical resistivity 61, 138, 143, 203, Mixed state 409 209, 327, 349 Modulated structures 40, 49 -of YSr,Cu, sBo, 50, 40 Electronic structure 237 Multifilament superconductors 423 Substitution effects 327 Electron—phonon coupling 102, 354 Muon spin rotation 138 -in (Hg,Mo)Sr2(Ca,Y ),_ ,;Cu,O, and Energy gap 102 Muon spin rotation 273 HgSr2(Ca,Y )(Ca,Y),_1;(Cu,Re),O, l ESR 124, 242 -in HgBa,Ca,Cu,;03, “a aT Ettingshausen effect 409 Nanobridges 185 -in La>_,Sr,Cu, _yZnyO,4 395 Nanocrystalline solids 113 -in YBa,9CMou 1207_ ¢ 61 Fluctuation effects 195 NegaUt miecvhaneis m 332 -in YSr2Cu2 5Bo,5O, 40 Flux dynamics 195, 423 Nernst effect 409 Synthesis Flux pinning 30, 67, 107, 131, 179, 185, Neutron diffraction 85 -of Ba,;_,K,BiO;, 361 402 Non-ohmic behaviour 107 -of BaCu2,, 373 -of BaO, 97 Gapless superconductor 395 Order parameter symmetry 332 -of Bi,Sr,Ca,,_ ;Cu,,O, 247 442 Analytic subject index -of (Hg,Mo)Sr2(),C,_ a;C,u,Y,O , and Thick films 263 Vortex glass 107 HgSr,(Ca,Y )(Ca,Y),-;(Cu,Re),O, 1 Thinfilms 77, 107, 179, 185, 321, 361, -of HgBa,Ca,Cu;0,,5 231 387, 402 Weak links 55, 253 -of Sr,_,CuO, 311 Type-II superconductivity 409 -of T1,Ba,Ca,Cu,0, 387 Type II superconductors 55 X-ray absorption fine structure 415 -of YBa,Cu3;0¢45 292 Type-II superconductors 367 X-ray diffraction 231 -—of YBa,Cu;0¢., 281 -of YBa,Cu,O, 149 Upper critical field H,. 21, 367 YBCO 301 -of YBCO 155 YNi,B,C 138 Van Hove singularities 8 YNi,zBCp, 138 Tetrakis (trifluoromethyl )argentate (III) Viscosity 185 anion 379 Vortex dynamics 409 PHYSICA |; ELSEVIER Physica C 233 (1994) 443 Materials Index to Volume 233 Ba,_,K,BiO; (Hg,Mo)Sr2(Ca,Y ),_,Cu,O, -synthesis 361 —substitution effects YBazCuz 9>Mo,;07_¢5 BaCu, +x -synthesis 1 —substitution effects 61 -structure 373 HgBa,Ca,Cu,;0¢g oe YBa,Cu;0¢4.5 -synthesis 373 -structure 231 -structure 292 BaQO, —substitution effects -synthesis 292 -structure 97 -synthesis 231 YBa,Cu30,¢,. -synthesis 97 HgBa,CuO,,5 -synthesis 281 Bi,Sr,CaOCgu, 5 —band structure YBa,Cu3;07_; -structure 49 -high-pressure effect —pinning centers 263 Bi,Sr,Ca,,_ ,;Cu,,O, YBa,Cu,Og -structure 247 Sr; _,<CuO, -structure 149 -synthesis 247 -structure 311 -synthesis 149 -synthesis 311 YSr2C5uBoz 50 , (Cuo.sCo.s )2Ba3CazCu30;, -structure 40 —oxycarbonate superconductor T1,Ba,Ca,Cu,0, —-substitution effects 40 -synthesis 387