Physica C: Superconductivity 1994: Vol 219 Index

10 Pages·1994·2.9 MB·English

PHYSICA [i
Physica C 219 (1994) 505-509
North-Holland
Author Index to Volume 219
Conradson, S.D., see G.G. Li 219, 371
Ai, R., see J.P. Zhang 219, 191 Cooper, J.R., see A. Carrington 219, 119
Akimitsu, J., see M. Kikuchi 219, 200
Allenspach, P.,seeM.J. Kramer 219, 145 Damodaran, A.D., see J. Koshy 219, 141
Androsov, V.V., I.Y. Bezotosniy, N.I. Bobrov, Daumling, M., J.-C. Grivel, B. Hensel and R. Fiiikiger,
A.I. Golovashkin, V.F. Elesin, O.M. Ivanenko and Mechanically induced flux pinning in (Bi,Pb) Sr,Ca,Cu,0,
K.V. Mitsen, Influence of fast electron irradiation damage tapes 219, 429
on the critical temperature of polycrystalline
Derevyanko, V.V., see V.I. Makarov 219, 273
Nd2_.Ce,CuO,_, 219, 71 De Rooy, J.C.J.M., see A.V. Skripov 219, |
Antipov, E.V., see E.M. Kopnin 219, 47 Dong, C., see X. Zhou 219, 123
Aoki, S., see M. Fukutomi 219, 333 Dorosinskii, L.A., V.I. Nikitenko, A.A. Polyanskii and
Aomine, T., see C. Panagopoulos 219, 435 V.K. Vlasko-Vlasov, Influence of twins on the critical
Aoyagi, E., see M. Kikuchi 219, 200 current in YBaCuO single crystals 219, 81
Apaja, V.,see A. Kallio 219, 340
Dul€ic, A., see C. Kessler 219, 233
Dumas, J., see S. Revenaz 219, 450
Badeéche, T., see V. Grachev 219, 395
Barilo, S.N., see I.W. Sumarlin 219, 195
Edelman, H.S.,see A. Umezawa_ 219, 378
Beasley, M.R., see J.S. Urbach 219, 93
Egawa, K., see N. Kobayashi 219, 265
Behner, H., W. Rauch and E. Gornik, Long-time behaviour of
Egi, T.,see Y. Kusano 219, 366
the high-frequency properties of YBCO thin films 219,
Elesin, V.F., see V.V. Androsov 219, 71
228
Berberich, P., B. Utz, W. Prusseit and H. Kinder,
Homogeneous high quality YBa,Cu,O, films on 3” and 4” Faulques, E., P. Molinié, P. Berdahl, T.P. Nguyen and J.-
L. Mansot, Iodine insertion in high-7, cuprates Raman,
substrates 219, 497
magnetization, X-ray photoelectron and electron energy loss
Berdahl, P., see E. Faulques 219, 297
Bettahi, A., see V. Grachev 219, 395 measurements 219, 297
Bezotosniy, I.Y.,see V.V. Androsov 219, 71 Feng, Y.,see A. Umezawa 219, 378
Bhat, S.V., A. Rastogi, N. Kumar, R. Nagarajan and Finkel’, V.A., see V.I. Makarov 219, 273
C.N.R. Rao, Paramagnetic Meissner effect in YBa,Cu307_5 Fliikiger, R., see M. Daumling 219, 429
A non-resonant microwave absorption study 219, 87 Foldeaki, M., see M. Paranthaman 219, 413
Blackstead, H.A. and G.A. Kapustin, High-field temperature- Freeman, A.J., see D.L. Novikov 219, 246
dependent transport in polycrystalline Tl-Ba—Ca—Cu- Fukami, T., see C. Panagopoulos 219, 435
O 219, 109 Fukuoka, A., see J. Wang 219, 33
Bobrov, N.I., see V.V. Androsov 219, 71 Fukutomi, M., S. Aoki, K. Komori, R. Chatterjee and
H. Maeda, Laser deposition of YBa,Cu,3O, thin films on a
Boulesteix, C., see V. Grachev 219, 395
metallic substrate with biaxially textured YSZ buffer layers
Brom, H.B., see A.V. Skripov 219, 1
prepared by modified bias sputtering 219, 333
Bryntse, I.,see E.M. Kopnin 219, 47
Burgin, T.,see L.K. Montgomery 219, 490 Funahashi, S.,seeK. Mori 219, 176
Fung, K.K., see W.L. Zhou 219, 457
Carrington, A. and J.R. Cooper, Influence of grain-boundary
scattering on the transport properties of a high-7, oxide Gartstein, Yu.N. and A.G. Mal’shukov, Upper critical field and
superconductor 219, 119 glass-like phases in a superconductor with random negative-
Carter, W.L., see A. Umezawa 219, 378 Ucentres 219, 39
Chatterjee, R., see M. Fukutomi 219, 333 Gerbaux, X. and A. Hadni, Far infrared transmission spectra of
Chattopadhyay, T., see I.W. Sumarlin 219, 195 high-7, superconductor GdBaCuO 1219, 9
Chatzidimitriou-Dreismann, C.A., Linear tunneling Gilchrist, J., Critical state model: comparison of transverse and
conductance and transition temperature in the Pb-Bi-O elongated geometries 219, 67
superconductors 219, 420 Gnanasekar, K.I., A.S. Tamhane, R. Pinto, R. Nagarajan,
Chowdury, A.J.S.,seeS.T. Johnson 219, 61 M. Sharon, L.C. Gupta and R. Vijayaraghavan,
Christensen, N.E., see C. Osvaldo Rodriguez 219, 17 Superconductivity and valence states of Ce, Pr and Tb in
506 Index of authors and papers
bulk Lu, _.M,Ba,Cu,;07_; (M=Ce, Pr and Tb) Johnson, S.T., P.D. Hatton, A.J.S. Chowdury, B.M. Wanklyn,
systems 219, 183 Y.F. Yan, Z.X. Zhao and A. Marshall, X-ray scattering
Gnansekar, K.I., R. Pinto, A.S. Tamhane, S.P. Pai, L.C. Gupta, studies of a variety of Bi,Sr,CaCu,O, single crystals 219,
M. Sharon and R. Vijayaraghavan, Superconductivity in 61
thin films of the composition Mo 5;Cap,;BazCu307_ 5
(M=Lu, Tb, Th) 219, 402
Kallio, A., V. Apaja, X. Xiong and S. Péykk6, Boson
Golovashkin, A.I., see V.V. Androsov 219, 71
localization and universality in YBa,Cu3;_,M,O7_5 219,
Golovin, V.N., see V.I. Makarov 219, 273
340
Gornik, E.,see H. Behner 219, 228
Kapitulnik, A., see J.S. Urbach 219, 93
Grachev, V., T. Badéche, A. Bettahi, J. Marfaing and
Kapustin, G.A., see H.A. Blackstead 219, 109
C. Boulesteix, Resistance versus temperature model for
Katano, S., see K. Mori 219, 176
porous multiphased superconducting materials and
Kawaguchi, Y.,see K. Mori 219, 176
associated parametrization method for the experimental
Kawashima, T. and E. Takayama-Muromachi, Oxygen
data 219, 395
deficiency and superconductivity in Nd,_,Ce,CuO, 219,
Grigoryan, L. and K. Yakushi, Role of double Bi—O layers in
389
flux pinning properties of Bi-oxides 219, 74
Kemmler-Sack, S., see T. Rentschler 219, 167
Grivel, J.-C.,see M. Daumling 219, 429
Kessler, C., B. Nebendahl, D.-N. Peligrad, A. Dultic, H.-
Gupta, L.C., see O.G. Singh 219, 156
U. Habermeier and M. Mehring, Flux-pinning effects in
Gupta, L.C., see K.I. Gnanasekar 219, 183
field-modulated microwave absorption of YBa,Cu;07_;
Gupta, L.C., see K.I. Gnansekar 219, 402
thin films 219, 233
Gupta, M.,see R.P. Gupta 219, 21
Kessler, P., see T. Rentschler 219, 167
Gupta, R.P. and M. Gupta, Origin of the non-metallic behavior
Khalfin, I.B., see B.Ya. Shapiro 219, 465
in LizC¢60, Na2Cgo and Mg,C¢q 219, 21
Kharlanov, A.L., seeE.M. Kopnin 219, 47
Kikuchi, M., E. Ohshima, N. Ohnishi, Y. Muraoka,
Habermeier, H.-U., see C. Kessler 219, 233
S. Nakajima, E. Aoyagi, M. Ogawa, J. Akimitsu, T. Oku,
Hadni, A., see X. Gerbaux 219,9
K. Hiraga and Y. Syono, Synthesis and superconductivity of
Hamada, K., see J. Wang 219, 33
oxycarbonates of the Tl-1201 phase 219, 200
Hamaguchi, Y.,see K. Mori 219, 176
Kinder, H., see P. Berberich 219, 497
Hardy, V.,see A. Maignan 219, 407
Kleiner, V.Z., see V.I. Makarov 219, 273
Hatton, P.D., see S.T. Johnson 219, 61
Kobayashi, N., K. Egawa, K. Miyoshi, H. Iwasaki, H. Ikeda and
Heinrich, A., see C.H. Riischer 219, 471
R. Yoshizaki, Fluctuation effects in specific heat and
Hensel, B., see M. Daumling 219, 429
magnetization of c-axis aligned (Bi,
Hermann, A.M., see M. Paranthaman 219, 413
Pb)Sr,Ca,Cu;0, 219, 265
Hervieu, M., see A. Maignan 219, 407
Koblischka, M.R., Th. Schuster and H. Kronmiiller, Flux
Hinks, D.C., see J.P. Zhang 219, 191
penetration in granular YBa,Cu;07_; samples A magneto-
Hirabayashi, M., K. Tokiwa, H. Ozawa, Y. Noguchi,
optical study 219, 205
M. Tokumoto and H. Ihara, High-pressure synthesis of
Komori, K., see M. Fukutomi 219, 333
single-phase “1223”’ mercury-based superconductors 219,
Kopnin, E.M., A.L. Kharlanov, I. Bryntse and E.V. Antipov,
6
Synthesis and investigation of Sr-containing 223 and 1222
Hiraga, K., see M. Kikuchi 219, 200
complex oxides in the R-Sr—Ce—Cu-O system (R=Pr, Nd,
Hirakawa, K., see Y. Tomokiyo 219, 288
Sm-Gd, Dy-Yband Y) 219, 47
Hor, P.H., see D. Xianxi 219, 281
Koshy, J., J.K. Thomas, J. Kurian, Y.P. Yadava,
Hriljac, J.A., A.R. Moodenbaugh and Y. Xu, Neutron-
M.A. Ittyachan and A.D. Damodaran, Superconductivity in
diffraction study of reduced and reoxidized
YBa,Cu;07_;-YBa,HfO; ;c omposites by rapid quenching
YBaz(Cuo.90C09.10)307_5 219, 315
inair 219, 141
Huffman, J.C., see L.K. Montgomery 219, 490
Kramer, M.J., S.I. Yoo, R.W. McCallum, W.B. Yelon, H. Xie
and P. Allenspach, Hole filling, charge transfer and
Ihara, H., see M. Hirabayashi 219, 6 superconductivity in Nd,,,Ba,_,.Cu3;07,5; 219, 145
Ikeda, H., see N. Kobayashi 219, 265 Kronmiiller, H., see M.R. Koblischka 219, 205
Ikeda, Y.,see Y. Kusano 219, 366 Kubo, T., see Y. Yokoyama 219, 327
Ishigaki, T.,see K. Mori 219, 176 Kumar, N., see S.V. Bhat 219, 87
Ittyachan, M.A.,see J. Koshy 219, 141 Kumar, N., see S.R. Shukla 219, 483
Ivanenko, O.M., see V.V. Androsov 219, 71 Kupfer, H., see A.A. Zhukov 219, 99
Iwasaki, H., see N. Kobayashi 219, 265 Kurian, J.,see J. Koshy 219, 141
Izumi, T.,see T. Kurihama 219, 57 Kurihama, T., M. Yamashita, K. Tsuruta, T. Izumi and
T. Nakajima, Effects of X-ray irradiation on Bi-based high-
Jia, S.,see X. Zhou 219, 123 T, superconductors 219, 57
Index of authors and papers
Kuriyaki, H., see Y. Tomokiyo 219, 288 temperature of RBa,Cu,O, (R=Tm, Er, Ho, Y, Dy and
Kusano, Y., T. Nanba, J. Takada, T. Egi, Y. Ikeda and Gd) 219, 176
M. Takano, Segregation and dissolution reactions of the Mryasov, O.N., see D.L. Novikov 219, 246
2223 phase in the Bi, Pb-Sr—Ca—Cu-—O system on annealing Muraoka, Y., see M. Kikuchi 219, 200
inair 219, 366 Murashov, V.A., see A.A. Zhukov 219, 99
Muroi, M., Crystal structure and 7, in copper oxides A clue to
the mechanism of high-temperature superconductivity
Larbalestier, D.C., see A.U mezawa 219, 378
219, 129
Li, F.H., see W. Liu) 219, 114
Mustre de Leon, J.,seeG.G. Li 219, 371
Li, G.G., J. Mustre de Leon, S.D. Conradson and
Muto, H., K. Matsuura and Y. Tai, Separation of
M.A. Subramanian, Local structure of Tl, (Ba, _,Sr,.)»CuO,
magnetizations in the bulk and at Josephson junctions of Tl]
(x=0.0, 0.4, 0.5) studied by X-ray absorption
and Bi oxide superconductors using ESR
spectroscopy 219, 371
Li, H.C., see W. Liu 219, 114 spectrometers 219, 259
Li, H.C., see W.L. Zhou 219, 457
Li, J.,.see X. Zhou 219, 123 Nagarajan, R., see S.V. Bhat 219, 87
Li, L., see W. Liu 219, 114 Nagarajan, R., see K.I. Gnanasekar 219, 183
Li, L., see W.L. Zhou 219, 457 Nakagawa, Y.,see Y. Yokoyama 219, 327
Li, W.,seeD. Yan 219, 255 Nakajima, S., see M. Kikuchi 219, 200
Lichte, H., see T. Rentschler 219, 167 Nakajima, T.,see T. Kurihama 219, 57
Liu, W., R.F. Ming, F.H. Li, C.A. Wang, R.L. Wang, H.C. Li Nanba, T.,see Y. Kusano 219, 366
and L. Li, Microstructure of GdBa,Cu;0,_; films grown on Narlikar, A.V., see O.G. Singh 219, 156
SrTiO; substrate 219, 114 Nebendahl, B., see C. Kessler 219, 233
Lombardo, L.W., see J.S. Urbach 219, 93 Nguyen, T.P., see E. Faulques 219, 297
Lynn, J.W., seeI.W. Sumarlin 219, 195 Nikitenko, V.I., see L.A. Dorosinskii 219, 81
Noguchi, Y., see M. Hirabayashi 219, 6
Novikov, D.L., O.N. Mryasov and A.J. Freeman, Anisotropic
Maeda, H., see M. Fukutomi 219, 333
compressibility and effects of pressure on the electronic
Maignan, A., C. Martin, V. Hardy, Ch. Simon, M. Hervieu and
structure and 7, for superconducting infinite layer
B. Raveau, A crystal study of the 128 K superconductor
compounds 219, 246
T1,Ba,Ca,Cu30;9_ 5S ynthesis and anisotropic magnetic
properties 219, 407
Ogawa, M., see M. Kikuchi 219, 200
Makarov, V.I., V.Z. Kleiner, O.N. Ovcharenko, N.S. Tereshina,
V.A. Finkel’, V.N. Golovin and V.V. Derevyanko, On the Ohnishi, N., see M. Kikuchi 219, 200
effect of atom substitutions and pressure on the Ohshima, E., see M. Kikuchi 219, 200
superconductivity of yttrium cuprates 219, 273 Oku, T., see M. Kikuchi 219, 200
Mal’shukov, A.G., see Yu.N. Gartstein 219, 39 Osvaldo Rodriguez, C., R. Weht, M. Weissmann,
N.E. Christensen and E.L. Peltzer y 8lanca, Electronic
Mansot, J.-L., see E. Faulques 219, 297
structure of the mercury-based high-7, compound with four
Marfaing, J.,see V. Grachev 219, 395
CuO, layers: HgBazCa,,_ ;Cu,,0O2,42 (=4) 219,17
Marks, L.D., see J.P. Zhang 219, 191
Ovcharenko, O.N., see V.I. Makarov 219, 273
Marshall, A., see S.T. Johnson 219, 61
Martin, C., see A. Maignan 219, 407 Ozawa, H., see M. Hirabayashi 219, 6
Martynkin, A.Yu., see A.A. Zhukov 219, 99
Matsuura, K.,seeH. Muto 219, 259 Padalia, B.D., see O.G. Singh 219, 156
McCallum, R.W., see M.J. Kramer 219, 145 Pai, S.P., see K.I. Gnansekar 219, 402
Mehring, M., see C. Kessler 219, 233 Panagopoulos, C., T. Fukami and T. Aomine, Temperature-
Ming, R.F., see W. Liu 219, 114 gradient and current-density effects on the thermoelectric
Minh-Tien, T., Optical conductivity and resistivity in the two- power and electrical resistivity, respectively, near the critical
band Emery model 219, 162 temperature in granular YBa,Cu3;0,_; 219, 435
Mitsen, K.V., see V.V. Androsov 219, 71 Pandya, D.K., see S.R. Shukla 219, 483
Miyoshi, K., see N. Kobayashi 219, 265 Paranthaman, M., M. Foldeaki, R. Tello and A.M. Hermann,
Molinié, P., see E. Faulques 219, 297 Synthesis and magnetic characterization of
Montgomery, L.K., T. Burgin, J.C. Huffman, J. Ren and M.- (Tlo.sPbo.5 )Sr2Ca2zCu3;0, and T1,Ba,CaCu,Ox3 bulk
H. Whangbo, Synthesis, superconductivity, X-ray structure superconductors 219, 413
and electronic band structure of A-(BETS), GaCl, 219, Parrell, J.A., see A.U mezawa 219, 378
490 Peligrad, D.-N., see C. Kessler 219, 233
Moodenbaugh, A.R., see J.A. Hriljac 219, 315 Peltzer y Blanca, E.L., see C. Osvaldo Rodriguez 219, 17
Mori, K., Y. Kawaguchi, T. Ishigaki, S. Katano, S. Funahashi Pinto, R., see K.I. Gnanasekar 219, 183
and Y. Hamaguchi, Crystal structure and critical Pinto, R., see K.I. Gnansekar 219, 402
508 Index of authors and papers
Platt, C.E., see J.P. Zhang 219, 191 Sumarlin, I.W., J.W. Lynn, T. Chattopadhyay, S.N. Barilo and
Polyanskii, A.A., see L.A. Dorosinskii 219, 81 D.I. Zhigunov, Dispersion of the magnetic excitations of the
Ponomarenko, L.A., see A.A. Zhukov 219, 99 Prionsin Pr,CuO, 219, 195
PéykkG, S., see A. Kallio 219, 340 Suzuki, Y., see Y. Yokoyama 219, 327
Prakash, O., seeO.G. Singh 219, 156 Syono, Y., see M. Kikuchi 219, 200
Prusseit, W., see P. Berberich 219, 497
Tai, Y.,seeH. Muto 219, 259
Rao, C.N.R., see S.V. Bhat 219, 87 Takada, J.,see Y. Kusano 219, 366
Takano, M., see Y. Kusano 219, 366
Rastogi, A., see S.V. Bhat 219, 87
Rauch, W., see H. Behner 219, 228 Takano, S., see J. Wang 219, 33
Raveau, B., see A. Maignan 219, 407 Takayama-Muromachi, E., see T. Kawashima 219, 389
Tamhane, A.S., see K.I. Gnanasekar 219, 183
Reddy, Y.S.,see B. Sarkar 219, 26
Reddy, Y.S., see S.R. Shukla 219, 483 Tamhane, A.S., see K.I. Gnansekar 219, 402
Ren, H.T., J.A. Xia and K.N.R. Taylor, Intermediate Tanaka, E., see Y. Tomokiyo 219, 288
transitions in as-grown MTG “‘single crystal” YBCO 219, Tanaka, Y., A microscopic theory of the Josephson junction
221 formed in an atomic scale 219, 213
Ren, J.,.see L.K. Montgomery 219, 490 Taylor, K.N.R.,see H.T. Ren 219, 221
Rentschler, T., S. Kemmler-Sack, P. Kessler and H. Lichte, Tello, R., see M. Paranthaman 219, 413
Superconducting properties of Pb-free and Pb-substituted Tereshina, N.S., see V.I1. Makarov 219,273
bulk ceramics of Bi-2212 cuprates 219, 167 Thomas, J.K.,see J. Koshy 219, 141
Revenaz, S. and J. Dumas, Magnetically modulated microwave Tokiwa, K., see M. Hirabayashi 219, 6
absorption and harmonic generation in YBa,Cu;O, thin Tokumoto, M., see M. Hirabayashi 219, 6
films 219, 450 Tomokiyo, Y., E. Tanaka, X. Zheng, H. Kuriyaki and
K. Hirakawa, Microstructures and dissociated dislocations
Riley Jr., G.N., see A.U mezawa 219, 378
in YBa,Cu30,_.,. prepared by a “grain-coating”
Riischer, C.H., A. Heinrich and W. Urland, Bipolaron
absorption in Ba, _,K,BiO;3 and Bap ¢Ko4_,Cs,BiO; 219, technique 219, 288
471 Tsay, H.L., seeH.D. Yang 219, 241
Rybachuk, V.A.,see A.A. Zhukov 219, 99 Tsuruta, K.,see T. Kurihama 219, 57
Umeda, M., see Y. Yokoyama 219, 327
Sarkar, B., Y.S. Reddy and R.G. Sharma, Effect of Sb doping on
critical current density in Bi( Pb )—Sr—Ca—Cu-—O high-7, Umezawa, A., Y. Feng, H.S. Edelman, T.C. Willis, J.A. Parrell,
D.C. Larbalestier, G.N. Riley Jr. and W.L. Carter, Further
superconductors 219, 26
Scherer, T., Anisotropy of the oxygen out diffusion in partially evidence that the critical current density of (Bi,
Pb )Sr2Ca,Cu,30O, silver-sheathed tapes is controlled by
untwinned YBCO thin films on NdGaO; substrates 219,
residual layers of (Bi, Pb)2Sr,CaCu,0O, at (001) twist
363
boundaries 219, 378
Schuster, Th., see M.R. Koblischka 219, 205
Shapiro, B.Ya. and I.B. Khalfin, Charged grain boundaries as Urbach, J.S., L.W. Lombardo, W.R. White, M.R. Beasley and
A. Kapitulnik, Resistive and thermodynamic transitions of a
pinning centers in high-7, superconductors 219, 465
two-dimensional superconductor in a magnetic field 219,
Sharma, R.G., see B. Sarkar 219, 26
93
Sharma, R.G., see S.R. Shukla 219, 483
Sharma, S.K., see S.R. Shukla 219, 483 Urland, W., see C.H. Riischer 219, 471
Usami, R., see J. Wang 219, 33
Sharon, M., see K.I. Gnanasekar 219, 183
Utz, B., see P. Berberich 219, 497
Sharon, M., see K.I. Gnansekar 219, 402
Shi, D.L., see J.P. Zhang 219, 191
Shukla, S.R., D.K. Pandya, Y.S. Reddy, N. Kumar, Vijayaraghavan, R., see K.I. Gnanasekar 219, 183
S.K. Sharma and R.G. Sharma, Microstructural Vijayaraghavan, R., see K.I. Gnansekar 219, 402
investigations of Ag/Bi(Pb)SrCaCuO tapes prepared using Vlasko-Vlasov, V.K., see L.A. Dorosinskii 219, 81
commercial-grade materials 219, 483
Simon, Ch., see A. Maignan 219, 407 Wakata, M., see J. Wang 219, 33
Singh, O.G., B.D. Padalia, O. Prakash, K. Suba, A.V. Narlikar Wang, C.A., see W. Liu 219, 114
and L.C. Gupta, Phase diagram for the electron-doped Wang, C.A., see W.L. Zhou 219, 457
Nd,2_,.Ce,CuO, superconducting system 219, 156 Wang, J., S. Takano, M. Wakata, R. Usami, K. Hamada,
Skripov, A.V., J.C.J.M. De Rooy and H.B. Brom, Field A. Fukuoka and H. Yamauchi, Synthesis and high oxygen
dependent 'H-spin-lattice relaxation in the superconducting pressure annealing effects in (Bi,Cu)-1212 cuprates 219,
state of (BEDT-TTF),4Hsg,B>r , 219, 1 33
Suba, K., see O.G. Singh 219, 156 Wang, R.L., see W. Liu 219, 114
Subramanian, M.A., see G.G. Li 219, 371 Wang, R.L., see W.L. Zhou 219, 457
Index of authors and papers 509
Wang, Y.Y., see J.P. Zhang 219, 191 and S. Yoshida, Magnetic field distributiom at the surface of
Wang, Z.,see D. Yan 219, 255 field-oriented YBa,Cu;O, polycrystals amd the critical
Wanklyn, B.M., see S.T. Johnson 219, 61 current 219, 327
Weht, R., see C. Osvaldo Rodriguez 219, 17 Yoo, S.I., see M.J. Kramer 219,145
Weissmann, M., see C. Osvaldo Rodriguez 219, 17 Yoshida, S.,see Y. Yokoyama 219, 327
Whangbo, M.-H., see L.K. Montgomery 219, 490
Yoshizaki, R., see N. Kobayashi 219, 265
White, W.R., see J.S. Urbach 219, 93
Willis, T.C., see A.U mezawa 219, 378
Zhang, J.P., Y.Y. Wang, R. Ai,C.E. Platt, ¥ . Zhang, D.L. Shi,
Xia, J.A.,seeH.T. Ren 219, 221 D.C. Hinks and L.D. Marks, Atomic imaging of
Xianxi, D. and P.H. Hor, Stage number of CuO,-layer-based Bao 6Ko.4BiO; using low-dose techniques 219, 191
high-7,, superconductors and layer force range 219, 281 Zhang, Y., see J.P. Zhang 219, 191
Xie, H.,see M.J. Kramer 219, 145 Zhao, Z., see X. Zhou 219, 123
Xiong, X., see A. Kallio 219, 340 Zhao, Z.X., see S.T. Johnson 219, 61
Xu, T.,seeD. Yan 219, 255 Zheng, X., see Y. Tomokiyo 219,288
Xu, Y., see J.A. Hriljac 219, 315
Zhigunov, D.I.,seeI.W. Sumarlin 219, 1OS
Zhou, W.L., C.A. Wang, K.K. Fung, Y.CQ. Zhou, R.L. Wang,
Yadava, Y.P.,seeJ. Koshy 219, 141
H.C. Liand L. Li, Transmission electrom mmicroscopy study
Yakushi, K., see L. Grigoryan 219, 74
of microstructure and fine a, b-axis-oOriemted grains as flux-
Yamashita, M.,see T. Kurihama 219, 57
pinning centers in c-axis-oriented GdBa5C~u5.O,_ , thin
Yamauchi, H.,seeJ. Wang 219, 33
film 219, 457
Yan, D., Z. Wang, T. Xu and W. Li, Superconductivity in
Zhou, X., Y. Yao, C. Dong, J. Li, S. Jiaaand 2@. Zhao,
doped fullerenes Superconductors with wide-frequency-
Superconductivity in the (Sr,_,Y,)\CuOs. €x«—>0.00—-0.30)
region phonon spectrum 219, 255
system synthesized under high pressure 2:19, 123
Yan, Y.F., see S.T. Johnson 219, 61
Yang, H.D. and H.L. Tsay, Structural, magnetic and electrical Zhou, Y.Q., see W.L. Zhou 219, 457
studies on Pr(Ba,_,Sr,.)2Cu,NbOg_, 219, 241 Zhukov, A.A., H. Kupfer, V.A. Rybachuk, ET_-_.AA. Ponomarenko,
V.A. Murashov and A.Yu. Martynkin, Shielding currents
Yao, Y., see X. Zhou 219, 123
Yelon, W.B., see M.J. Kramer 219, 145 and current-voltage characteristics of Bi5s>Sr5Ca,Cu,O¢g,5
Yokoyama, Y., T. Kubo, Y. Nakagawa, M. Umeda, Y. Suzuki single crystal 219, 99
PHYSICA
Physica C 219 (1994) 510-511
North-Holland
Analytic Subject Index to Volume 219
AC susceptibility 26, 67,221,378 Flux pinning 74, 167, 205, 233, 259, Non-ohmic behaviour 99
Anisotropic superconductor 213, 221 288, 429, 457, 465, 483 Normal-state properties 119
Antiferromagnetic order 241 Frustration 39
Applications of high-7, Organic superconductor 1, 490
superconductors 378, 429, 483 Ginzburg-Landau theory 265 Oxygen diffusion 363
Glassy state 39 Oxygen ordering 389
Band structure 17 Grain alignment 327, 483 Oxygen stoichiometry 33, 156, 315
BCS model 255 Grain boundaries 119, 457, 465
Bi-2212 and 2223 oxides 74 Granular superconductivity 87, 205, Pair breaking 183
Bias sputtering 333 429, 465 Penetration depth 407
Bipolarons 471 Percolation model 395
Boson localization 340 Hall effect 119 Phase diagram 39, 156
Buffer layer 333 High-pressure effect 123, 246, 273 Phase-slip 109
High-pressure synthesis 6 Phonon-drag suppression 435
C6o compounds 21 Hole concentration 183 Phonon mechanism 255
Carrier concentration 191, 340, 371 HREM 191, 200, 378, 457 Plasma frequency 9
Carrier localization 33 HTSC/metal junctions 420
CO;,compounds 200 Hubbard Hamiltonian 162 Quantum correlations in HTSC 420
Coherence length 273
Compressibility 246 Infrared spectroscopy 9, 471 Raman scattering 297
Critical current density 26, 67,81, 213, Interblock coupling 74 Real-space pairing 129, 340
288, 327, 378, 457, 483 Iodine insertion 297 Resonators 228
Critical state model 81 Ionic model 129
Crystal defects Irradiation effect 57,71 Semiconductor substrates 497
-in Bi,Sr,CaCu,0, 61 Irreversibility line 74 Specific heat 265
Crystal field excitations 195 Spin fluctuations 162
Crystal structure 129 Josephson effect 213 Spin-lattice relaxation time 7, 1
Cu(2)-O(2) bond length 176 Josephson junction 259 Stage number 281
Cu-O planes 176 Structure 281
Large area deposition 497 -of Bap 6Ko4BiO; 191
DC-magnetron sputtering 114 Lattice parameters 389 -of Bi,Pb-Sr-Ca-—Cu-O 366
Defect structures 71, 114, 288 Layer force range 281 -of A-(BETS),GaCl, 490
Density of states 420 -of Nd,4,Ba,_,Cu;0745 145
Magnetic relaxation 99 -of Pr(Ba,_,Sr,.)2Cu,NbO,_, 241
EELS 145 Magnetic susceptibility 389, 413 -of RBa,Cu,O, 176
Electrical resistivity 71, 93, 109, 141, Magnetization 57,99, 145, 167, 259, -of R-Sr—Ce-—Cu-O (R=Pr, Nd, Sm-Gd,
156, 162, 241, 395, 435, 490 265, 407, 429 Dy-YbandY) 47
Electron-doped superconductor 156 —of (Tlo.sPbo.5)Sr,Ca,Cu3;0,_5 413 -of (Sr,_,Y,.) CuO, (x=0.00-
Electronic structure 21, 246 -of Tl,BazCaCu,0,_; 413 0.30) 123
-—of HgBa,Ca,,_ ;Cu,02,+2 (n=4) 17 Magneto-optics 205 -of Tl, (Ba,_,Sr,)2CuO, (x=0.0, 0.4,
Electron—phonon coupling 255 Magnetoresistance 109 0.35) 371
Eliashberg equations 255 Meissner effect 259, 490 -of T1,Ba,Ca,Cu;0;9_5 407
ESR 259 Metal-insulator transition 156 Substitution effects 21, 26, 176, 183,
Exchange interactions 195 Microwave absorption 87, 233, 450 214, 315
Multilayers 93, 497 -of Lup ;Cap,5 BazCu3;307_5 402
Faraday effect 205, 327 -of Tbp.5Cap.; BazCu3;07_5 402
Fermi surface 17, 490 Negative-U centres 39 -of Tho.;Cap.; BazCu3;307_5 402
Fluctuation effects 93, 265, 273 Neutron diffraction 176, 315 Surface impedance 228, 450
Flux penetration 205, 327 NMR 1 Synthesis
Analytic subject index
-of (Bi,Cu)-1212 33 -of T1Ba,Sr4_,Cu,(CO;)O, 200 Uemura’s linear relation 420
-of Bi,Pb-Sr-—Ca—Cu-O 366 -of YBa,Cu,07_5-YBa,HfO,; ; 14] Upper critical field H,, 39
-of Bi,_,Pb,Sr,CaCu,0, 167
-of Bi(Pb)-Sr—Ca-Cu-O 26 Thermoelectric power 119, 435 Weak links 288, 435, 450
-of HgBa,Ca,Cu;0g45 6 Thermogravimetry 389 Wohlleben effect 87
-of R-Sr-Ce-Cu-O (R=Pr, Nd, Sm-Gd, Thin films 67, 333, 363, 402, 457, 497
Dy-YbandY) 47 XAFS 371
-—of GdBa,Cu;07_5 114
-of (Sr,_,Y,C.u)O, (x=0.00- -of YBCO 228 XPS 297
0.30) 123 Tunneling 420 X-ray diffraction 47,57, 61, 141, 297,
-of (Tlo.sPbo.;)Sr2Ca,Cu;0, 413 Twin boundaries 288 366, 407
-of T1,Ba,Ca,Cu;0;9_5 407 Twins 81, 378
-of Tl,Ba,CaCu,0, 413
PHYSICA [i
Physica C 219 (1994) 512
North-Holland
Materials Index to Volume 219
Bao. 6Ko,4BiO; A-(BETS),GaCl, -substitution effects 402
-structure 191 -structure 490 Tho, sCao,5 BazCu307_ 5
(Bi,Cu)-1212 Lup sCap.s BazCu307_5 —substitution effects 402
-synthesis 33 -substitution effects 402 (Tlo,sPbo.5 )StzCazCu304
Bi,Pb-Sr—Ca—Cu-O -synthesis 413
-structure 366 Nd, +Baz_,Cu30745 (Tlo,sPbo,5 )StzCazCu30o9_ 5
-synthesis 366 —structure 145 —magnetization 413
Bi,Sr,CaCu,0, Tl, (Ba, _,Sr,.),CuO,
-crystal defects 61 Pr( Ba, _xSI,)2Cu,NbOz_ , -structure 371
Bi,_,Pb,Sr,CaCu,0, -structure 241 T1,Ba,Ca,Cu30j9_5
-synthesis 167 -structure 407
Bi( Pb )-—Sr—Ca—Cu-—O RBa,Cu,O, -synthesis 407
-synthesis 26 -structure 176 T1,Ba,CaCu,O,
R-Sr—Ce-—Cu-—O -synthesis 413
GdBa,Cu,;0, iil -structure 47 T1,Ba,CaCu,Og_ ;
—thin films 114 -synthesis 47 —magnetization 413
TIBa,Sr4_,Cu2(CO;)O,
HgBa,Ca,Cu308,5 -synthesis 200
(S r; — o )C uO,
-synthesis 6 —structure 123
HgBa,Ca,,_ ;Cu,,O2,42 -synthesis 123 YBa,Cu,;0, oe s-YBa,HfO, ;
-electronic structure 17 -synthesis 141
Tbo,sCao.5 BazCu307_5
PHYSICA
Physica C 219 (1994) 513-514
North-Holland
Cumulative Author Index from Volume 219
Ai, R., 219, 191 Faulques, E., 219, 297 Ivanenko, O.M., 219, 71
Akimitsu, J., 219, 200 Feng, Y., 219, 378 Iwasaki, H., 219, 265
Allenspach, P., 219, 145 Finkel’, V.A., 219, 273 Izumi, T., 219, 57
Androsov, V.V., 219, 71 Fliikiger, R., 219, 429
Antipov, E.V., 219, 47 Foldeaki, M., 219, 413 Jia, S., 219, 123
Aoki, S., 219, 333 Freeman, A.J., 219, 246 Johnson, S.T., 219, 61
Aomine, T., 219, 435 Fukami, T., 219, 435
Aoyagi, E., 219, 200 Fukuoka, A., 219, 33 Kallio, A., 219, 340
Apaja, V., 219, 340 Fukutomi, M., 219, 333 Kapitulnik, A., 219, 93
Funahashi, S., 219, 176
Kapustin, G.A., 219, 109
Badéche, T., 219, 395 Fung, K.K., 219, 457 Katano, S., 219, 176
Barilo, S.N., 219, 195 Kawaguchi, Y., 219, 176
Beasley, M.R., 219, 93 Gartstein, Yu.N., 219, 39 Kawashima, T., 219, 389
Behner, H., 219, 228 Gerbaux, X., 219, 9 Kemmler-Sack, S., 219, 167
Berberich, P., 219, 497 Gilchrist, J., 219, 67 Kessler, C., 219, 233
Berdahl, P., 219, 297 Gnanasekar, K.I., 219, 183 Kessler, P., 219, 167
Bettahi, A., 219, 395 Gnansekar, K.I., 219, 402 Khalfin, I.B., 219, 465
Bezotosniy, I.Y., 219, 71 Golovashkin, A.I., 219, 71 Kharlanov, A.L., 219, 47
Bhat, S.V., 219, 87 Golovin, V.N., 219, 273 Kikuchi, M., 219, 200
Blackstead, H.A., 219, 109 Gornik, E., 219, 228 Kinder, H., 219, 497
Bobrov, N.I., 219, 71 Grachev, V., 219, 395 Kleiner, V.Z., 219, 273
Boulesteix, C., 219, 395 Grigoryan, L., 219, 74 Kobayashi, N., 219, 265
Brom, H.B., 219, 1 Grivel, J.-C., 219, 429 Koblischka, M.R., 219, 205
Bryntse, I., 219, 47 Gupta, L.C., 219, 156, 183, 402 Komori, K., 219, 333
Burgin, T., 219, 490 Gupta, M., 219, 21 Kopnin, E.M., 219, 47
Gupta, R.P., 219, 21 Koshy, J., 219, 141
Carrington, A., 219, 119 Kramer, M.J., 219, 145
Carter, W.L., 219, 378 Habermeier, H.-U., 219, 233 Kronmiiller, H., 219, 205
Chatterjee, R., 219, 333 Hadni, A., 219, 9 Kubo, T., 219, 327
Chattopadhyay, T., 219, 195 Hamada, K., 219, 33 Kumar, N., 219, 87, 483
Chatzidimitriou-Dreismann, C.A.., Hamaguchi, Y., 219, 176 Kupfer, H., 219, 99
219, 420 Hardy, V., 219, 407 Kurian, J., 219, 141
Chowdury, A.J.S., 219, 61 Hatton, P.D., 219, 61 Kurihama, T., 219, 57
Christensen, N.E., 219, 17 Heinrich, A., 219, 471 Kuriyaki, H., 219, 288
Conradson, S.D., 219, 371 Hensel, B., 219, 429 Kusano, Y., 219, 366
Cooper, J.R., 219, 119 Hermann, A.M., 219, 413
Hervieu, M., 219, 407 Larbalestier, D.C., 219, 378
Damodaran, A.D., 219, 141 Hinks, D.C., 219, 191 Li, F.H., 219, 114
Daumling, M., 219, 429 Hirabayashi, M., 219, 6 Li, G.G., 219, 371
Derevyanko, V.V., 219, 273 Hiraga, K., 219, 200 Li, H.C., 219, 114, 457
De Rooy, J.C.J.M., 219, 1 Hirakawa, K., 219, 288 Li, J., 239, 123
Dong, C., 219, 123 Hor, P.H., 219, 281 Li, L., 219, 114, 457
Dorosinskii, L.A., 219, 81 Hriljac, J.A., 219, 315 Li, W., 219, 255
Dul€ic, A., 219, 233 Huffman, J.C., 219, 490 Lichte, H., 219, 167
Dumas, J., 219, 450 Liu, W., 219, 114
Ihara, H., 219, 6 Lombardo, L.W., 219, 93
Edelman, H.S., 219, 378 Ikeda, H., 219, 265 Lynn, J.W., 219, 195
Egawa, K., 219, 265 Ikeda, Y., 219, 366
Egi, T., 219, 366 Ishigaki, T., 219, 176 Maeda, H., 219, 333
Elesin, V.F., 219, 71 Ittyachan, M.A., 219, 141 Maignan, A., 219, 407
514 Cumulative author index
Makarov, V.I., 219, 273 Platt, C.E., 219, 191 Umeda, M., 219, 327
Mal’shukov, A.G., 219, 39 Polyanskii, A.A., 219, 81 Umezawa, A., 219, 378
Mansot, J.-L., 219, 297 Ponomarenko, L.A., 219, 99 Urbach, J.S., 219, 93
Marfaing, J., 219, 395 Péykk36, S., 219, 340 Urland, W., 219, 471
Marks, L.D., 219, 191 Prakash, O., 219, 156 Usami, R., 219, 33
Marshall, A., 219, 61 Prusseit, W., 219, 497 Utz, B., 219, 497
Martin, C., 219, 407
Martynkin, A.Yu., 219, 99 Rao, C.N.R., 219, 87 Vijayaraghavan, R., 219, 183, 402
Matsuura, K., 219, 259 Rastogi, A., 219, 87 Vlasko-Vlasov, V.K., 219, 81
McCallum, R.W., 219, 145 Rauch, W., 219, 228
Mehring, M., 219, 233 Raveau, B., 219, 407
Wakata, M., 219, 33
Ming, R.F., 219, 114 Reddy, Y.S., 219, 26, 483
Wang, C.A., 219, 114, 457
Minh-Tien, T., 219, 162 Ren, H.T., 219, 221
Wang, J., 219, 33
Mitsen, K.V., 219, 71 Ren, J., 219, 490 Wang, R.L., 219, 114, 457
Miyoshi, K., 219, 265 Rentschler, T., 219, 167
Wang, Y.Y., 219, 191
Molinié, P., 219, 297 Revenaz, S., 219, 450
Wang, Z., 219, 255
Montgomery, L.K., 219, 490 Riley Jr., G.N., 219, 378
Wanklyn, B.M., 219, 61
Moodenbaugh, A.R., 219, 315 Riischer, C.H., 219, 471 Weht, R., 219, 17
Mori, K., 219, 176 Rybachuk, V.A., 219, 99
Weissmann, M., 219, 17
Mryasov, O.N., 219, 246
Whangbo, M.-H., 219, 490
Muraoka, Y., 219, 200 Sarkar, B., 219, 26 White, W.R., 219, 93
Murashov, V.A., 219, 99 Scherer, T., 219, 363 Willis, T.C., 219, 378
Muroi, M., 219, 129 Schuster, Th., 219, 205
Mustre de Leon, J., 219, 371 Shapiro, B.Ya., 219, 465
Xia, J.A., 219, 221
Muto, H., 219, 259 Sharma, R.G., 219, 26, 483
Xianxi, D., 219, 281
Sharma, S.K., 219, 483
Xie, H., 219, 145
Nagarajan, R., 219, 87, 183 Sharon, M., 219, 183, 402
Xiong, X., 219, 340
Nakagawa, Y., 219, 327 Shi, D.L., 219, 191
Xu, T., 219, 255
Nakajima, S., 219, 200 Shukla, S.R., 219, 483
Xu, Y., 219, 315
Nakajima, T., 219, 57 Simon, Ch., 219, 407
Nanba, T., 219, 366 Singh, O.G., 219, 156
Narlikar, A.V., 219, 156 Skripov, A.V., 219, 1 Yadava, Y.P., 219, 141
Yakushi, K., 219, 74
Nebendahl, B., 219, 233 Suba, K., 219, 156
Yamashita, M., 219, 57
Nguyen, T.P., 219, 297 Subramanian, M.A., 219, 371
Yamauchi, H., 219, 33
Nikitenko, V.I., 219, 81 Sumarlin, I.W., 219, 195
Yan, D., 219, 255
Noguchi, Y., 219, 6 Suzuki, Y., 219, 327
Yan, Y.F., 219, 61
Novikov, D.L., 219, 246 Syono, Y., 219, 200
Yang, H.D., 219, 241
Ogawa, M., 219, 200 Tai, Y., 219, 259 Yao, Y., 219, 123
Yelon, W.B., 219, 145
Ohnishi, N., 219, 200 Takada, J., 219, 366
Yokoyama, Y., 219, 327
Ohshima, E., 219, 200 Takano, M., 219, 366
Oku, T., 219, 200 Takano, S., 219, 33 Yoo, S.1., 219, 145
Osvaldo Rodriguez, C., 219, 17 Takayama-Muromachi, E., 219, 389 Yoshida, S., 219, 327
Yoshizaki, R., 219, 265
Ovcharenko, O.N., 219, 273 Tamhane, A.S., 219, 183, 402
Ozawa, H., 219, 6 Tanaka, E., 219, 288
Tanaka, Y., 219, 213 Zhang, J.P., 219, 191
Padalia, B.D., 219, 156 Taylor, K.N.R., 219, 221 Zhang, Y., 219, 191
Pai, S.P., 219, 402 Tello, R., 219, 413 Zhao, Z., 219, 123
Panagopoulos, C., 219, 435 Tereshina, N.S., 219, 273 Zhao, Z.X., 219, 61
Pandya, D.K., 219, 483 Thomas, J.K., 219, 141 Zheng, X., 219, 288
Paranthaman, M., 219, 413 Tokiwa, K., 219, 6 Zhigunov, D.I., 219, 195
Parrell, J.A., 219, 378 Tokumoto, M., 219, 6 Zhou, W.L., 219, 457
Peligrad, D.-N., 219, 233 Tomokiyo, Y., 219, 288 Zhou, X., 219, 123
Peltzer y Blanca, E.L., 219, 17 Tsay, H.L., 219, 241 Zhou, Y.Q., 219, 457
Pinto, R., 219, 183, 402 Tsuruta, K., 219, 57 Zhukov, A.A., 219, 99