Physica C. Superconductivity 1992: Vol 198 Index

7 Pages·1992·2.2 MB·English

PHYSICA |:
Physica C 198 (1992) 397-400
North-Holland
Author Index to Volume 198
Alexandrov, A.S. and J. Ranninger, Photoemission H. v. Léhneysen, The “90 K” plateau of oxygen deficient
spectroscopy of the superconducting and normal state for YBa,Cu,0,_; single crystals 198, 42
polaronic systems 198, 360 Cohen, M.L., see N. Kijima 198, 309
Amano, J.,see A. Tsukamoto 198, 355 Corkill, J.L., see N. Kijima 198, 309
Angel, R.J.,see R.S. Liu 198, 203 Coulter, J.Y.,see K.V. Salazar 198, 303
Aoki, H., S. Uji, T. Shimizu and Y. Onuki, dHvA effect of Nb Crété, D.G., see B. Ghyselen 198, 215
in low fields down to H,,. Comment on the dHVA effect in
the superconducting mixed state 198, 323 Dance, J.M., A. Tressaud, B. Chevalier, C. Brisson and
J. Etourneau, ESR study of La,CuO,-derived
Baggio Saitovitch, E., see D.E. Ellis 198, 57 superconductors treated under halogen gas 198, 185
Bagratashvili, V.,see A. Zherikhin 198, 341 De la Fuente, G.F., see E. Snoeck 198, 129
Barber, Z.H., see B. Ghyselen 198, 215 De Leeuw, D.M., see J.J. Scholtz 198, 231
Bauminger, E.R., see I. Felner 198, 14 Drillon, M., see A. Tighezza 198, 209
Behner, H.,see W. Rauch 198, 389 Dye, R.C., see K.V. Salazar 198, 303
Ben Assayag, G., see B. Ghyselen 198, 215
Blanchin, M.G., see Y. Yan 198, 147 Edelman, H.S., see A. Umezawa_ 198, 261
Blander, M., see M. Tetenbaum 198, 109 Edwards, P.P., see R.S. Liu 198, 203
Boekholt, M., Th. Bollmeier, L.B uschmann, M. Fleuster and Edwards, P.P.,see R. Liu 198, 318
G. Giintherodt, Structural and superconducting properties Ehmann, A., S. Kemmler-Sack, S. Lésch, M. Schlichenmaier,
of Bi,Sr,Ca(Cu,_,Co,)20g45 single crystals 198, 33 W. Wischert, P. Zoller, T. Nissel and R.P. Huebener, New
Bollmeier, Th., see M. Boekholt 198, 33 family of superconducting copper oxides. Bi cuprates of type
Brauchle, G., seeH. Claus 198, 42 1212 198, 1
Braun, M.,seeH. Claus 198, 42 Eick, H.A., see E. Hodorowicz 198, 19
Brisson, C., see J.M. Dance 198, 185 El-Abbar, A.A., P.J. King, K.J. Maxwell, J.R. Owers-Bradley
Brown, D.L., see M. Tetenbaum 198, 109 and W.B. Roys, The irreversibility line in polycrystalline
Burimov, V., see A. Zherikhin 198, 341 YBa,Cu,;0O; superconductors with Y,BaCuO,
Buschmann, L., see M. Boekholt 198, 33 inclusions 198, 81
Eliashberg, G.M., see S.I. Vedeneev 198, 47
Cabanel, R., see B. Ghyselen 198, 215 Ellis, D.E., E. Baggio Saitovitch and D.J. Lam, Hyperfine
Carlos, W.E., R. Kaplan, D.H. Lowndes and D.P. Norton, interactions in iron substituted high-7, superconducting
Microwave properties of YBa,Cu,07_5/PrBa,Cu,0;_+; oxides 198, 57
superlattices 198, 247 Erb, A., see H. Claus 198, 42
Cava, R.J., H.W. Zandbergen, J.J. Krajewski, W.F. Peck Jr., Etourneau, J.,.seeJ.M. Dance 198, 185
B. Hessen, R.B. Van Dover and S.-W. Cheong, Evetts, J.E., see B. Ghyselen 198, 215
Sr,(Nd,Ce),MCu,0,, M=Al, Co, Ga. A new layered copper
oxide structure type 198, 27 Felner, I., U. Yaron, I. Nowik and E.R. Bauminger, New
Chaddah, P., see S.B. Roy 198, 383 magnetic phases in the La-Sr-Cu-O system 198, 14
Chen, B.-J., M.A. Rodriguez, $.T. Misture and R.L. Snyder, Feng, H.H., see Q. Xiong 198, 70
Direct observation of textured YBa,Cu,;0,_,; crystal growth Feng, Y., see A. Umezawa 198, 261
from the melt 198,118 Fleshler, S.,see A.U mezawa_ 198, 261
Chen, S.K., see S. Jin 198, 333 Fleuster, M., see M. Boekholt 198, 33
Cheong, S.-W., see R.J. Cava 198, 27 Fox, F., see W. Rauch 198, 389
Chevalier, B., see J.M. Dance 198, 185 Freyhardt, H.C., see M. Ullrich 198, 181
Christen, D.K., see H.R. Kerchner 198, 75 Fujiwara, Y.,see Y. Ueda 198, 237
Chu, C.W., see Q. Xiong 198, 70 Fukuda, Y., see D. Pooke 198, 349
Chu, J.W., see Q. Xiong 198, 70 Funahashi, S., see Y. Miyazaki 198, 7
Chu, W.K., see Y.J. Zhao 198, 256
Cichorek, T., see Z. Henkie 198, 162 Gaponov, S.V., see O.I. Lebedev 198, 278
Claus, H., M. Braun, A. Erb, K. Réhberg, B. Runtsch, H. Wiihl, Ghyselen, B., R. Cabanel, S. Tyc, D.G. Crété, Z.H. Barber,
G. Brauchle, P. Schweib, G. Miiller-Vogt and J.E. Evetts, G. Ben Assayag, J. Gierak and A. Schuhl,
398 Index of authors and papers
YBaCuO/normal metal/YBaCuO proximity effect Kajitani, T., see Y. Miyazaki 198, 7
junctions 198, 215 Kammlott, G.W., see S. Jin 198, 333
Gierak, J.,see B. Ghyselen 198, 215 Kaplan, R., see W.E. Carlos 198, 247
Gieres, G., see W. Rauch 198, 389 Kawai, S.,see T. Matsumoto 198, 273
Gornik, E., see W. Rauch 198, 389 Kawai, T., see T. Matsumoto 198, 273
Griessen, R., see J.J. Scholtz 198, 231 Kemmler-Sack, S.,see A. Ehmann 198, |
Grigoryan, L.S., R. Kumar, S.K. Malik, R. Vijayaraghavan and Kemmler-Sack, S., see M. Schlichenmaier 198, 175
A.R. Harutyunyan, Effect of benzene intercalation on Kerchner, H.R., D.K. Christen, C.E. Klabunde, J.O. Thomson,
magnetization of Bi-oxides 198, 137 Y.R. Sun and J.R. Thompson, Evidence of Kosterlitz—
Gronsky, R., see N. Kijima 198, 309 Thouless transition in YBa,Cu,0;/PrBa,Cu,O, superlattice
Giintherodt, G., see M. Boekholt 198, 33 films 198, 75
Kijima, N., R. Gronsky, X.-D. Xiang, W.A. Vareka, J. Hou,
Hackwell, T.P., see R.S. Liu 198, 203 A. Zettl, J.L. Corkill and M.L. Cohen, Structural properties
Hamet, J.F., B. Mercey, M. Hervieu, G. Poullain and of stage-1 iodine-intercalated superconducting I ( Big 9:5,
B. Raveau, ta-Axis oriented superconductive YBCO thin Pbo.08s )2(Sto.93, Pbo.07)2(Cao.965, Pbo.035)2Cu30, 198, 309
films. Growth mechanism on MgO substrate 198, 293 King, P.J.,see A.A. El-Abbar 198, 81
Harutyunyan, A.R., see L.S. Grigoryan 198, 137 Kiselev, N.A., see O.I1. Lebedev 198, 278
Hayashi, A., see Y. Ueda 198, 237 Kishio, K., see D. Pooke 198, 349
Heinemann, K., see M. Ullrich 198, 181 Kitahama, K., see T. Matsumoto 198, 273
Hellstrom, E.E., see A. Umezawa_ 198, 261 Kitazawa, K., see D. Pooke 198, 349
Henkie, Z., T. Cichorek, R. Horyn and A. Wojakowski, The Klabunde, C.E., see H.R. Kerchner 198, 75
effect of isoelectronic cation substitution and deoxygenation Kodas, T.T., see K.V. Salazar 198, 303
of BigSrg_ Cag, ,CugOQ334 ¢_5 superconductors on the Koga, T., see D. Pooke 198, 349
thermopower and resistivity 198, 162 Koshelev, A.E., Numerical simulation of thermal depinning for
Hervieu, M., see J.F. Hamet 198, 293 a two-dimensional vortex system 198, 371
Hessen, B., see R.J. Cava 198, 27 Krajewski, J.J.,see R.J. Cava 198, 27
High, Y.E., see A. Umezawa_ 198, 261 Kresin, V.Z. and S.A. Wolf, Induced superconductivity and
Himmerich, B., see M. Mittag 198, 222 gapless state in YBa,Cu,07,_, 198, 328
Hiraga, K., see Y. Miyazaki 198, 7 Kumar, R., see L.S. Grigoryan 198, 137
Hirai, T., see Y. Miyazaki 198, 7 Kumar, S., see S.B. Roy 198, 383
Hirai, T., see Y. Miyazaki 198, 53 Kundrotas, P.J., see V.E. Zubkus 198, 141
Hiratani, M., see A. Tsukamoto 198, 355
Hodorowicz, E., S.A. Hodorowicz and H.A. Eick, The Ln—Ba- Lam, D.J., see D.E. Ellis 198, 57
Cu “184” oxide phase. Characterization, synthesis Larbalestier, D.C., see A. Umezawa_ 198, 261
mechanism, and solid solubility limits in air for selected Larrea, A., see E. Snoeck 198, 129
Ln 198, 19 Lebedev, O.I., A.L. Vasiliev, N.A. Kiselev, L.A. Mazo,
Hodorowicz, S.A., see E. Hodorowicz 198, 19 S.V. Gaponov, D.G. Paveliev and M.D. Strikovsky,
Hor, P.H., see Q. Xiong 198, 70 Microstructure of edge-type Josephson junction with
Horyn, R., see Z. Henkie 198, 162 PrBa,Cu,0,_, barrierlayer 198, 278
Hou, J.,see N. Kijima 198, 309 Liu, J.R., see Y.J. Zhao 198, 256
Hu, S.F.,see R. Liu 198, 318 Liu, R., S.F. Hu, D.A. Jefferson and P.P. Edwards,
Huang, Y., see E. Snoeck 198, 129 Superconductivity at 124 K in (T1,Pb)Sr,Ca,Cu,0, 198,
Huang, Y.T., see M.-J. Tsai 198, 125 318
Hubbard, K.M., see K.V. Salazar 198, 303 Liu, R.S., S.D. Hughes, R.J. Angel, T.P. Hackwell,
Huber, J.G., see A.R. Moodenbaugh 198, 103 A.P. Mackenzie and P.P. Edwards, Crystal structure and
Huebener, R.P.,see A. Ehmann 198, | cation stoichiometry of superconducting T1,Ba,CuO,, 5
Hughes, S.D., see R.S. Liu 198, 203 single crystals 198, 203
Loktev, V.M., see M.A. Ivanov 198, 171
Ivanov, M.A., Y.G. Pogorelov and V.M. Loktev, Magnetic Lésch, S.,see A. Ehmann = 198, |
centres from excess oxygen in Yba,Cu,0,,, 198, 171 Lowndes, D.H., see W.E. Carlos 198, 247
Lu, S.W., see M.-J. Tsai 198, 125
Jansen, A.G.M., see S.I. Vedeneev 198, 47
Jefferson, D.A., see R. Liu 198, 318 Mackenzie, A.P.,see R.S. Liu 198, 203
Jin, S.,G.W. Kammlott, T.H. Tiefel and S.K. Chen, Formation Malik, S.K., see L.S. Grigoryan 198, 137
of layered microstructure in the Y-Ba—Cu-O and Bi-Sr- Matsuishi, K., seeQ. Xiong 198, 70
Ca-Cu-O superconductors 198, 333 Matsumoto, T., T. Kawai, K. Kitahama and S. Kawai,
Tunneling spectra of a Bi,Sr,CaCu,O, single crystal with
Index of authors and papers
well defined Bi,Sr,CuO, artificial barrier 198, 273 Rehspringer, J.L., see A. Tighezza 198, 209
Maxwell, K.J.,see A.A. El-Abbar 198, 81 Rodriguez, M.A., see B.-J. Chen 198, 118
Mazo, L.A., see O.I. Lebedev 198, 278 RGhberg, K.,see H. Claus 198, 42
Meng, R.L., see Y.J. Zhao 198, 256 Rosenberg, M., see M. Mittag 198, 222
Mercey, B., see J.F. Hamet 198, 293 Rossoni, P.G., see S.R. Su 198, 95
Meshkov, S.V., see S.I. Vedeneev 198, 47 Roucau, C., see E. Snoeck 198, 129
Misture, S.T., see B.-J. Chen 198, 118 Roy, S.B., S. Kumar, P. Chaddah, R. Prasad and N.C. Soni,
Mittag, M., M. Rosenberg, A.V. Niculescu, B. Himmerich and Magnetic field dependence of the harmonic generation in
H. Sabrowsky, Study of magnetic relaxation processes in sintered pellets of YBaCuO. The history effects 198, 383
ceramic Tl-2223 high-7, superconductors 198, 222 Roys, W.B., see A.A. El-Abbar 198, 81
Miyazaki, Y., H. Yamane, N. Ohnishi, T. Kajitani, K. Hiraga, Runtsch, B., seeH. Claus 198, 42
Y. Morii, S. Funahashi and T. Hirai, The crystal structure of
(Co.4Cuo.6)St2(Yo.s6Sto.14)Cu20, 198, 7 Sabatini, R.L., see A.R. Moodenbaugh 198, 103
Miyazaki, Y., H. Yamane and T. Hirai, Preparation of a new Sabrowsky, H., see M. Mittag 198, 222
compound, Y> 0Sts.oCu¢.0Co.9O016.2 198, 53 Salazar, K.V., K.C. Ott, R.C. Dye, K.M. Hubbard,
Moodenbaugh, A.R., R.L. Sabatini, Y. Xu, J. Ochab and
E.J. Peterson, J.Y. Coulter and T.T. Kodas, Aerosol assisted
J.G. Huber, Solubility of Ca in superconducting
chemical vapor deposition of superconducting
La,_,Ca,CuO, 198, 103
YBa,Cu;,0;_, 198, 303
Morii, Y., see Y. Miyazaki 198,7
Samuely, P., see S.I. Vedeneev 198, 47
Miiller, D., see M. Ullrich 198, 181
Sanada, N., see D. Pooke 198, 349
Miiller-Vogt, G., see H. Claus 198, 42
Schlichenmaier, M., see A. Ehmann 198, |
Schlichenmaier, M. and S. Kemmler-Sack, Ar preparation of Pb
Nagoshi, M., see D. Pooke 198, 349
rich 2212 superconductors in the BPSCCO system 198,
Niculescu, A.V., see M. Mittag 198, 222
175
Niel, L., see M. Ullrich 198, 181
Scholtz, J.J., E.N. van Eenige, R.J. Wijngaarden, R. Griessen
Nissel, T.,.see A. Ehmann 198, |
and D.M. de Leeuw, Pressure dependence of 7, and H,, of
Norton, D.P., see W.E. Carlos 198, 247
CaLaBaCu,;0, upto 50 GPa _ 198, 231
Nowik, I., see I. Felner 198, 14
Schuhl, A., see B. Ghyselen 198, 215
Schweib, P.,seeH. Claus 198, 42
Ochab, J., see A.R. Moodenbaugh 198, 103
Shibutani, K., see Y. Ueda 198, 237
O’Connor, M., see S.R. Su 198, 95
Shimizu, T., see H. Aoki 198, 323
Ogawa, R., see Y. Ueda 198, 237
Shubnii, G., see A. Zherikhin 198, 341
Ohnishi, N., see Y. Miyazaki 198, 7
Snoeck, E., A. Larrea, C. Roucau, G.F. de la Fuente and
Ono, A., High-pressure synthesis of perovskite-derived
Y. Huang, Microstructure of (Bi,Pb )—Sr—Ca—Cu-O fibres.
compounds in the Sr-Y-—Cu-O system 198, 287
Study by electron microscopy 198, 129
Onuki, Y., see H. Aoki 198, 323
Snyder, R.L., see B.-J. Chen 198, 118
Ott, K.C., see K.V. Salazar 198, 303
Sobol, E., see A. Zherikhin 198, 341
Owers-Bradley, J.R., see A.A. El-Abbar 198, 81
Sélkner, G., see W. Rauch 198, 389
Soni, N.C., see S.B. Roy 198, 383
Parfionov, O.E., see V.E. Zubkus 198, 141
Strikovsky, M.D., see O.I. Lebedev 198, 278
Paveliev, D.G., see O.I. Lebedev 198, 278
Su, S.R., M. O’Connor and P.G. Rossoni, Synthesis of the 110
Peck Jr., W.F., see R.J. Cava 198, 27
K phase (BiPb),Sr,Ca,Cu,O, material by a seeding
Peterson, E.J.,see K.V. Salazar 198, 303
Pogorelov, Y.G.,see M.A. Ivanov 198, 171 technique 198, 95
Pooke, D., K. Kishio, T. Koga, Y. Fukuda, N. Sanada, Sun, Y.R.,see H.R. Kerchner 198, 75
M. Nagoshi, K. Kitazawa and K. Yamafuji, Charge transfer Sun, Y.Y., see Q. Xiong 198, 70
associated with iodine intercalation in Bi,Sr,Ca,_ ,Cu,,O,, Sung, Y.S., see A. Umezawa_ 198, 261
n=1-3 198, 349 Sviridov, A., see A. Zherikhin 198, 341
Poullain, G., see J.F. Hamet 198, 293
Prasad, R., see S.B. Roy 198, 383 Tetenbaum, M., P. Tumidajski, D.L. Brown and M. Blander,
Some aspects of the thermodynamic behavior of high-7,
Ranninger, J.,see A.S. Alexandrov 198, 360 oxide systems via EMF and related measurements 198,
Rauch, W., H. Behner, G. Gieres, G. Sélkner, F. Fox, 109
A.A. Valenzuela and E. Gornik, DC-magnetron sputtering of Thompson, J.R., see H.R. Kerchner 198, 75
YBa,Cu,0,_,; thin films for microwave applications 198, Thomson, J.0., see H.R. Kerchner 198, 75
389 Tiefel, T.H., see S. Jin 198, 333
Raveau, B.,see J.F. Hamet 198, 293 Tighezza, A., J.L. Rehspringer and M. Drillon, The oxyfluoride
400 Index of authors and papers
Nd,CuO,__,.F,. Influence of synthesis routes on the Wischert, W.,see A. Ehmann 198, 1
superconducting properties 198, 209 Wojakowski, A., see Z. Henkie 198, 162
Tornau, E.E., see V.E. Zubkus 198, 141 Wolf, S.A., see V.Z. Kresin 198, 328
Tressaud, A., see J.M. Dance 198, 185 Wu, S.F., see M.-J. Tsai 198, 125
Tsai, M.-J., S.F. Wu, Y.T. Huang and S.W. Lu, Rapid Wiihl, H., seeH. Claus 198, 42
processing of Tl-Ba—Ca—Cu-O 2223 phase with T7,= 127 Wyder, P., see S.I. Vedeneev 198, 47
K 198, 125 Wysokinski, K.I., “Correlated hopping” model of
Tsukamoto, A., M. Hiratani and J. Amano, Partial substitution superconductivity. Effect of impurities 198, 87
of Ba?* for Ho in the Ho, 4 ,Ba,_ CuO, thin films grown at
lowtemperature 198, 355 Xiang, X.-D., see N. Kijima 198, 309
Tumidajski, P., see M. Tetenbaum 198, 109 Xiong, Q., Y.Q. Wang, J.W. Chu, Y.Y. Sun, K. Matsuishi,
Tyc, S., see B. Ghyselen 198, 215 H.H. Feng, P.H. Hor and C.W. Chu, High-pressure study on
Mo-stabilized Sr-based 123 compounds. YSr;CgMuoo 220 ,
Ueda, Y., Y. Fujiwara, A. Hayashi, K. Shibutani and R. Ogawa,
and TbSr,Cu, 7Moo,;0, 198, 70
Structural and superconducting properties of oxygenated
Xu, Y., see A.R. Moodenbaugh 198, 103
La2_.M,CuO,,, (M=Sr,Ba;j0sx<0.1) 198, 237
Uji, S., see H. Aoki 198, 323
Yamafuji, K.,see D. Pooke 198, 349
Ullrich, M., D. Miiller, K. Heinemann, L. Niel and
Yamane, H., see Y. Miyazaki 198, 7
H.C. Freyhardt, Microsctructure and superconducting
Yamane, H., see Y. Miyazaki 198, 53
properties of Bridgman-melt-textured Y,Ba,Cu;0,_; 198,
Yan, Y. and M.G. Blanchin, Direct imaging of the oxygen
181
sublattice in thin crystals of orthorhombic YBa,Cu,;07_ ,
Umezawa, A., Y. Feng, H.S. Edelman, Y.E. High,
superconductors observed by HREM at 400 kV 198, 147
D.C. Larbalestier, Y.S. Sung, E.E. Hellstrom and S. Fleshler,
Yaron, U., seel. Felner 198, 14
Electromagnetic granularity, critical current density, and
low T, phase formation at the grain boundaries in
Zandbergen, H.W., see R.J. Cava 198, 27
(Bi,Pb ),Sr,Ca,Cu,O, silver-sheathed tapes 198, 261
Zettl, A., see N. Kijima 198, 309
Zhang, L.-Y. and Y.S. Zhou, On the combination of the Cooper
V. Léhneysen, H., seeH. Claus 198, 42
pair and the Ogg pair in the high-7, oxide
Valenzuela, A.A.,seeW. Rauch 198, 389
superconductor 198, 378
Van Dover, R.B., see R.J. Cava 198, 27
Zhao, Y.J., J.R. Liu, R.L. Meng and W.K. Chu, Thermal
Van Eenige, E.N., see J.J. Scholtz 198, 231
neutron irradiation of °Li doped Y,Ba,Cu,;0,_, and flux
Vareka, W.A., see N. Kijima 198, 309
pinningenhancement 198, 256
Vasiliev, A.L., seeO.1. Lebedev 198, 278
Vedeneev, S.I., P. Samuely, S.V. Meshkov, G.M. Eliashberg, Zherikhin, A., V. Bagratashvili, V. Burimov, E. Sobol,
A.G.M. Jansen and P. Wyder, Coherent one-particle G. Shubnii and A. Sviridov, The action of powerful laser
excitation spectrum and strong-coupling features in the radiation on 1-2-3 superconducting thin films and bulk
tunneling conductance with the high-7, superconductor materials 198, 341
Bi,Sr,CaCu,0, 198, 47 Zhou, Y.S., see L.-Y. Zhang 198, 378
Vijayaraghavan, R., see L.S. Grigoryan 198, 137 Zoller, P.,.see A. Ehmann 198, |
Zubkus, V.E., O.E. Parfionov, E.E. Tornau and P.J. Kundrotas,
Wang, Y.Q., see Q. Xiong 198, 70 Asymmetry of phase diagram and influence of oxygen
Wijngaarden, R.J., see J.J. Scholtz 198, 231 ordering on holes pairing in YBa,Cu,0,,, 198, 141
PHYSICA |
Physica C198 (1992) 401-402
North-Holland
Analytic Subject Index to Volume 198
AC susceptibility 81 Energy gap 33, 87, 328, 378 Ln-'184’ region 19
Angle resolved photoemission 360 Epitaxial junction 273 Ln-Ba-Cu-O systems 19
Anisotropic superconductor 215, 293, ESR 171 Low dimensional systems 371
309 -in LazCuQO,_,eiareq Materials 185
Antiferromagnetic order 14 Magnetic flux penetration 247
Fermi surface 349 Magnetic relaxation
Band structure Fibres 129 -in T1,Ba,Ca,Cu,0, 222
-in Bi,Sr,Ca,Cu;0;, 378 Flux creep 81,222 Magnetic susceptibility 14, 237, 287
BCS model 47, 273, 360, 378 Flux lattice 383 -in T1,Ba,Ca,Cu,0;9_5 125
Benzene 137 Flux pinning 181, 371 -of (Bi,Cu)Sr,YCu,0,_; 1
Bi-oxides 137 -in Y ,Ba,Cu;07_; 256 -of (Bi,Pb),Sr,Ca,Cu,0, 261
Bipolaronic superconductivity 360, 378 -of (Bi,Pb),Sr,CaCu,0,,, 175
Gapless superconductor 42 -of (BiPb)2Sr,Ca,Cu,0, 95
Calculation 57 Glassy state 81,222 -of Nd,CuO,_,F, 209
Cation stoichiometry 203, 355 Grain alignment 181 -of YBa,Cu;0,,, 171
Cluster model 57 Grain boundaries 333 -of YBa,Cu,0, 383
Computer simulation 371 -in (Bi,Pb),Sr,Ca,Cu,0, 261 Magnetization
Correlated-hopping model 87 -in PrBa,Cu,0;_, 278 -of Bioxides 137
Critical current density 256, 389 Green's function 360 -of Y,Ba,Cu;0,_; 181
-in (Bi,Pb),Sr,Ca,Cu,0, 261 Microstructure 129
-in YBa,Cu;0,_, 303 Halleffect 349 -in Bi-Si-Ca-Cu-O 333
Critical phenomena 75 -in YBa,Cu;0,¢,, 141 -in Y-Ba-Cu-O 333
Cu-O chains 70, 171 Halogenation Microwave absorption
-in YBa,Cu;0,_, 328 -Of La,CuO,.,eiareq Materials 185 -in PrBa,Cu;0,_5; 247
Cu-O planes 147 Harmonic generation 383 -in YBa,Cu;0,_; 247
-in Bi,Sr,Ca,,_ ,Cu,O, (n=1-3) 349 High pressure effect 70, 103, 287 Modulated structures 129
-in YBa,Cu;0,_, 328 -in CaLaBaCu,0, 231 -in Bi-Pb-Sr-—Ca-—Cu-O 175
Cu-valence 7 HREM 7, 27, 261, 278, 309 MOssbauer spectroscopy 14, 57
-in La,CuQO,.,cicreg Materials 185 -thin crystals of YBa,Cu,0,_, 147 Multilayers 75, 389
Defect structures 57, 171, 371 Improvement of JT, 318 NIS junction 273
-in PrBa,;Cu;0,_, 278 Induced superconductivity 328
De Haas-—van Aiphen effect Intercalation 137 Over doping 42
-in NbSe, and YBa,Cu,0, 323 Intercation 137 Oxygen diffusion 147
Diamagnetic transitions 261, 349 Iodine intercalation Oxygen ordering 141
DTA 95 -in Bi,Sr,Ca,,_ ,;Cu,O, (n= 1-3) 349 Oxygen stoichiometry 27, 162
Dy-'184 19 Ionic size effects 109 -in La2_,.MxCuO,,, (M = Sr,Ba) 237
Iron doping 57 -in LnBa,Cu,0, 109
Electrical resistivity 75,237 Irreversibility line 81 -in (T1,Pb)Sr,Ca,Cu,0, 318
-in T1,Ba,Ca,Cu;,0;9_5 125 Isomer shift 57 -in YBa,Cu;0,_; 42
-of (Bi,Pb),Sr,CaCu,0,,, 175
-of BigSrg_ ,Ca4,,Cuo033;,E—d 162 Josephson effect 215 Pair breaking 87
-of YBa,Cu;0,,, 141 -in PrBa,Cu;,0,_, 278 Penetration depth 389
-of Y-Sr-Cu-C-O 53 Phase compatibilities 19
Electromagnetic granularity Kinetics 118 Phase diagram 237
-in (Bi,Pb),Sr,Ca,Cu,0, 261 Kosterlitz—Thouless transition 75 -of (La,Ca),CuO, 103
Electron-doped superconductor 109 -of Y-Ba-Cu-O 141
Electronic structure 171 Laser annealing 341 Polaronic superconductivity 360
Electron—phonon coupling 47, 360 Ln-'184’ phase 19 Proximity effect 215
Analytic subject index
-of Sr4Y;Cu,0O,, 287
Raman scattering 33 -of SrgCusO, 287 TEM 181
-of Texture 333
Scanning electron microscopy 1, 95, T]iB.ay 9s4(4s)Cu(y 145(2))O6 45 203 Texturing
103, 125, 129 -of Tl,Ba,Ca,Cu;0;9_5 125 -in YBa,Cu;0,_; 118
Single-crystal growth 203 -Of Y2.0Sts.oCUg.0Co90162 53 Thermal neutron irradation 256
-of Bi,Sr,CaCu,O0, 273 Substitution effects 162 Thermoelectric effects 162
Solid solubility limits for Ln = Ho 19 -in Bi,Sr,Ca(Cu,_,Co,)20g45 33 Thin films 75, 247
Solubility -in Ho, +,Ba,_,Cu;0, 355 -of Ho, +,Ba,_,Cu,0, 355
-of Ca in La,CuO, 103 Substitution of F -of PrBa,Cu,0,_, 278
Specific heat, at 7, 42 -in Nd,CuO,._F , 209 -of YBa,Cu;0,_; 341, 389
Stability Superlattices -of YBa,Cu;0,_, 303
-of TbSr,(Cu,Mo),0, 70 -of YBa,Cu,;0,7_; 247 -of Y-Ba-—Cu-O 293
0 Superstructure 7 -oriented 293
-of YSr,(Cu,Mo),0, 7
Strong-coupling effects Surface impedance 75, 389 Tunneling 47, 87
-in Bi,Sr,CaCu,O, 47 Synthesis -in Bi,Sr,CaCu,O, 273
Structural phase transition 109 -of (Bi,Pb) Sr,CaCu,0,,, 175 Tunneling spectroscopy 33
Structure 19 -of (BiPb)2Sr,Ca,Cu,0, 95 Type II superconductors 256, 323
-of Nd,CuO,_,F, 209
-of (Bi,Cu )Sr,YCu,0;7_; l
-of (B i,Pb )Sr,CaCu,O, +2 175 -of Sr,(Nd,Ce),MCu,0, Upper critical field H.. 323
-of (BiPb)2Sr,Ca,Cu,0, 95 (M=AI,Co,Ga) 27 -of CaLaBaCu,0, 231
7
-of (Co 4Cuo.¢)St2(Yo.86Sto.14)Cu20, -of Sr3.5Y;sCu;0, 287
-—of CaLaBaCu,0, 231 -of Sr4Y3;Cu,O,, 287 Vacuum annealing 318
-Of I ( Bio.915,Pbo.085 )2(Sto.93,Pbo.07 )2 -of SrgCus;O, 287 Vortex glass 81
(Cao 965;Pbo.035 )2Cu30, 309 -of thin films 389
-0f Tlo. sPbo.sSr2Ca,Cu;0, 318 Weak links 215, 333
-of (La,M ),CuO, +y
(M = Sr,Ba) 237 -of T1,Ba,Ca,Cu;0;9_5 125 -in YBa,Cu,0, 383
-of Nd,CuO,_ .F, 209 -Of Y2 Sts 0CUs.0Co.90i6.2 53 -in YBa,Cu,0, andl 389
-of Sr, (N d,Ce )2MCu,0, -of YBa,Cu;07,_; 293, 341, 389
(M=AI,Co,Ga) 27 -of YBa,Cu;,0,_, 303 X-ray diffraction 118
-of Sr; 5Y; ;Cu,0, 287 Synthesis mechanism 19
PHYSICA |:
Physica C198 (1992) 403
North-Holland
Materials Index to Volume 198
(Bi,Cu)Sr,YCu,07_ 5 -structure 309 -—oxygen stoichiometry 318
—magnetic susceptibility 1 Tlo.sPbo sSr:Ca,Cu;0,
-structure | (La,Ca),CuO, -synthesis 318
(Bi,Pb).Sr,Ca>Cu;0, -phase diagram T],.Ba8; 954(4() 4Cu,) 15(2)O645
-critical current density 261 (La,M ),CuO,,,, -structure 203
—electromagnetic granularity 261 -structure 237 T1,Ba,Ca,Cu;O0j9_5
-grain boundaries 261 La,CuO, -electrical resistivity 125
—magnetic susceptibility 261 -solubility 103 —magnetic susceptibility 125
(Bi,Pb ),Sr,CaCu,O¢,. -structure 125
La;CuQ,. related
-electrical resistivity 175 -Cu-valence 185 -synthesis 125
—magnetic susceptibility 175 -ESR_ 185 T1,Ba,Ca,Cu,0,
-structure 175 -halogenation 185 —magnetic relaxation 222
-synthesis 175 La,_,.MxCuO,4,,
Bi,Sr,Ca,Cu,0j9 -oxygen stoichiometry 237 Y ,Ba,Cu,0,_;
-band structure 378 LnBa,Cu,0O, -flux pinning 256
Bi,SryCa(Cu,_ ,Co,)20g45 —oxygen stoichiometry 109 —magnetization 181
—substitution effects 33 Y2.0S1s,0CU¢6.0Co.9160. 2
Bi,Sr,CaCu,O, NbSe, -structure 53
—single-crystal growth 273 —De Haas—van Alphen effect -synthesis 53
-tunneling 273 Nd,CuO,._F , YBa,Cu,0¢,.,
Bi,Sr,CaCu,O, —magnetic susceptibility 209 -electrical resistivity 141
—strong-coupling effects 47 -structure 209 —Halleffect 141
Bi,Sr,Ca,,_ ;Cu,,O, -substitution of F 209 —magnetic susceptibility 171
-Cu-O planes 349 -synthesis 209 YBa,Cu,0,
-iodine intercalation 349 —magnetic susceptibility 383
BigSrg_ ,Ca44,CugO33;,E—d PrBa,Cu;07_+; -weak links 383
-electrical resistivity 162 —microwave absorption 247 YBa,Cu,;0,_;
(BiPb)2Sr,Ca,Cu,0, PrBa,Cu,;0,_., —microwave absorption 247
—magnetic susceptibility 95 -—defect structures 278 —oxygen stoichiometry 42
-structure 95 -grain boundaries 278 —superlattices 247
—synthesis 95 -—Josephson effect 278 -synthesis 293, 341, 389
Bi-Pb-Sr—Ca—Cu-O -thin films 278 —texturing 118
-modulated structures 175 -thin films 341, 389
Bi-Si-Ca—Cu-O Sr2(Nd,Ce),MCu,0, -weak links 389
-microstructure 333 -structure 27 YBa,Cu,0;_,
-synthesis 27 —critical current density 303
(Co.4Cuo.6 )St2(Yo.86Sto.14)Cu20, Sr3.sY¥;,sCu3;0, -Cu-O chains 328
-Structure 7 -structure 287 -Cu-O planes 328
CaLaBaCu,0, -synthesis 287 -HREM 147
—high pressure effect 231 Sr4Y¥3;Cu,O;4 -synthesis 303
-structure 231 -structure 287 -thin films 303
—upper critical field H.. 231 -synthesis 287 Y-Ba-—Cu-O
SrgCu,O, -microstructure 333
Ho, ,,Ba2_,Cu,;0, -structure 287 -phase diagram 141
—substitution effects 355 -synthesis 287 —thin films 293
-thin films 355 YSr,(Cu,Mo),0,
TbSr, (C u,Mo )30, -stability 70
I ( Bio 915,PBo.085 )2(Sto.93,PB0.07 )2 -stability 70 Y-Sr-—Cu-C-O
-electrical resistivity 53
(Ca.o 965,PBo.035 )2Cu30, (T1,Pb )Sr,Ca,Cu,0,