Physica C: Superconductivity 1993: Vol 214 Index

6 Pages·1993·1.7 MB·English

PHYSICA |
Physica C 214 (1993) 435—438
North-Holland
Author Index to Volume 214
Chen, Z.Y., see Y.Q. Tang 214, 190
Abaliosheva, I.S., see P.N. Mikheenko 214, 393 Chow, J.C.L., see G.J. Shen 214, 426
Abrikosov, A.A., J.C. Campuzano and K. Gofron, Chu, C.W., see R.L. Meng 214, 307
Experimentally observed extended saddle point singularity Cichorek, T., see Z. Henkie 214, 138
in the energy spectrum of YBa,Cu3;0,. and YBa,Cu,O; and Cooper, J.R.,see A. Porch 214, 350
some of the consequences 214, 73 Currie, D.B. and M.T. Weller, The crystal structures of
Abrikosov, A.A., Influence of the gap anisotropy on LnBa,Cu,O, and LnBa,Cu,0,_; (Ln=Er, Ho, Dy) A high
superconducting properties 214, 107 resolution powder neutron diffraction study 214, 204
Acha, C.,see P. Levy 214,111
Adachi, S., A. Tokiwa-Yamamoto, M. Itoh, K. Isawa and Daumling, M., G. Triscone and R. Fliikiger, Critical currents in
H. Yamauchi, Annealing effects on the Meissner signals (Bi,Pb),Sr2Ca,Cu;,0, powder 214, 403
from Hg—Ba—Ca—Cu-O superconductors 214, 313 Desfeux, R., see G. Poullain 214, 195
Anczykowski, B., see H.M. Appelboom 214, 323 Dolata, R., M. Neuhaus and W. Jutzi, Laser reflection
Andersen, J.N., see M. Qvarford 214, 119 measurements for end point detection and analysis in Nb/
Andersen, J.V., N.H. Andersen, O.G. Mouritsen and Al,O;—Al/Nb Josephson circuit fabrication 214, 365
H.F. Poulsen, Effects of Co, Fe, and Al doping on the Drulis, H., see Z. Henkie 214, 138
oxygen disordering and superconducting transition Dyomin, A.V., see V.A. Khlus 214, 413
temperature of YBa,Cu;0,,, 214, 143
Andersen, N.H., see J.V. Andersen 214, 143 Emel’chenko, G.A., see A.N. Maljuk 214, 93
Appelboom, H.M., V.C. Matijasevic, F. Mathu, G. Rietveld, Enz, C.P. and Z.M. Galasiewicz, The 7.—n, relation for weakly
B. Anczykowski, W.J.A.M. Peterse, F. Tuinstra, J.E. Mooij, interacting charged Bose fluids 214, 239
W.G. Sloof, H.A. Rijken, S.S. Klein and L.J. Van
IJzendoorn, Sm-Ba—Cu-—O films grown at low temperature
Fastampa, R.,see E. Silva 214,175
and pressure 214, 323
Fedorov, V.,see N. Naumov 214, 291
Asaf, U., see I. Felner 214, 169 Felner, I., U. Asaf, D. Hechel, U. Yaron and T. Kroner,
Azami, M. and T. Matsuura, The localized excited state ina Magnetic properties, specific heat studies and Mossbauer
superconductor due to magnetic impurity 214, 385 measurements of PrBa,NbCu,0, 214, 169
Fernandez-Baca, J.A.,seeS. Katano 214, 64
Bakker, S.J.M., see T.G.M. Oosterlaken 214, 359 Ferrari, H.,see P. Levy 214,111
Baudenbacher, F., see K. Hirata 214,272 Fietz, W.H., see J. Metzger 214, 371
Bauerle, D.,see P. Schwab 214, 257 Finkbeiner, F., see S.P. Zhao 214, 345
Bayya, S.S. and R.L. Snyder, Synthesis of thallium Flodstrém, S.A., see M. Qvarford 214, 119
superconducting phases via melt quenching 214, 25 Fliikiger, R., see M. Daumling 214, 403
Bazhenov, A.V., K.B. Rezchikov, T.N. Fursova, A.A. Zakharov Freeman, A.J.,see J.J. Yu 214, 335
and M.B. Tsetlin, Infrared spectra of optical phonons in Freeman, P.A.,see A. Porch 214, 350
semiconducting La,CuO,,, single crystals 214, 45 Funahashi, S.,seeS. Katano 214, 64
Bekeris, V.,see P. Levy 214, 111 Funakura, M.,see A. Oota 214, 9
Blanc-Guilhon, B., see J.F. Hamet 214, 55 Fung, K.K., see W.L. Zhou 214, 19
Boothroyd, A.T., seeC.K. Chen 214, 231 Fursova, T.N.,see A.V. Bazhenov 214, 45
Boulesteix, C., see A. Rosova 214, 247
Galasiewicz, Z.M.,see C.P. Enz 214, 239
Campbell, A.M.,see A. Porch 214, 350 Giura, M., see E. Silva 214, 175
Campuzano, J.C., see A.A. Abrikosov 214, 73 Gofron, K., see A.A. Abrikosov 214, 73
Cantoni, M.,seeT. Kroener 214, 1 Gomeniuk, Yu.V., V.Z. Lozovski, V.S. Lysenko and
Chan, I.N., see Y.Q. Tang 214, 190 I.P. Tyagulski, Critical currents in oxygen-implanted
Chen, C.K., A.T. Boothroyd, Y. Hu, F.R. Wondre, YBa,Cu,0,_, thin films under magnetic and electrostatic
B.M. Wanklyn and J.W. Hodby, Phase diagram studies and fields 214, 127
crystal growth of PrBa,Cu;0,_, 214, 231 Gopinath, C.S., S. Subramanian, M. Paranthaman and
Chen, F., see R.L. Meng 214, 307 A.M. Hermann, Valence band electronic structure of the
Chen, L.Q., see W.L. Zhou 214, 19 Tl,_,—,BazCa24,Cu30;9_,system 214, 153
436 Index of authors and papers
Grube, K., see J. Metzger 214, 371 effects on structural properties of thin RE, Ba,Cu,07_;
Guien, Z.,seeS. Lei 214, 133 films 214, 1
Kroner, T., see I. Felner 214, 169
Kuiper, G.J., see T.G.M. Oosterlaken 214, 359
Hamet, J.F., B. Blanc-Guilhon, A. Taffin, B. Mercey,
Kulik, J..see R.L. Meng 214, 307
M. Hervieu and B. Raveau, Growth mechanism of a-axis
” 123” thin films on LaAlO; without PBCO interface 214,
$5 Lam, C.C., seeG.J. Shen 214, 426
Hechel, D., see I. Felner 214, 169 Leelaprute, S., see R. Suryanarayanan 214, 277
Henkie, Z., T. Cichorek, H. Drulis and J. Klamut, Lei, S., L. Xiao-Guang, J. Yunbo, Z. Guien, R.L. Wang,
Hydrogenation and deoxygenation effects on the C.A. Wang, H.R. Yi, H.C. Li and Z. Yuheng, X-ray study of
thermoelectric power of SmBa,Cu;0, 214, 138 in-plane epitaxy of GdBa,Cu;07_., thin film on
Hermann, A.M., see C.S. Gopinath 214, 153 MgO(001) 214, 133
Hervieu, M., see J.F. Hamet 214, 55 Leonyuk, L., see M. Qvarford 214, 119
Hervieu, M., see D. Pelloquin 214, 87 Lerch, Ph., see S.P. Zhao 214, 345
Hiraga, K., see S. Nakajima 214, 80 Leusink, G.J., see T.G.M. Oosterlaken 214, 359
Hirata, K., F. Baudenbacher and H. Kinder, Initial stage of Levy, M., seeG.Y. Meng 214, 297
YBa,Cu;07_., film growth on SrTiO; 214, 272 Levy, P., H. Ferrari, V. Bekeris and C. Acha, AC susceptibility
Hodby, J.W., see C.K. Chen 214, 231 and local intergranular magnetic field in high-7,
Hong, Q. and J.H. Wang, Electrical transport properties of the superconductors 214,111
rare-earth ion substituted (TI, Li, H.C., see S. Lei 214, 133
Ps )Sr, ¢Bao.4(Cao.gRo.2)Cu,O0, superconducting Li, Y.F., see Y.Q. Tang 214, 190
system 214, 286 Lindau, I., see M. Qvarford 214, 119
Hu, Y.,see C.K. Chen 214, 231 Linker, G., see T. Kroener 214, |
Huang, Z.J.,see R.L. Meng 214, 307 Lozovski, V.Z., see Yu.V. Gomeniuk 214, 127
Ludwig, H.A., see J. Metzger 214, 371
Lundgren, E., see M. Qvarford 214,119
Ikeda, M.A., see M. Sugihara 214, 159
Luo, W.A., see Y.Q. Tang 214, 190
Isawa, K., see S. Adachi 214, 313
Lysenko, V.S., see Yu.V. Gomeniuk 214, 127
Itoh, M., see S. Adachi 214, 313
Iwaya, J.,see A. Oota 214, 9
Machi, T., see J. Sugiyama 214, 316
Maignan, A., see D. Pelloquin 214, 87
Jaeger, H.M., see T.G.M. Oosterlaken 214, 359
Maljuk, A.N., A.A. Zhokhov, G.A. Emel’chenko, I.I. Zver’kova,
Jaggi, A.,see S.P. Zhao 214, 345
A.N. Turanov and V.Sh. Shekhatman, Cu-deficiency in
Janssen, G.C.A.M., see T.G.M. Oosterlaken 214, 359
La2_,Sr,Cu,_,O,4_.5 single crystals and how it affects
Jutzi, W.,see R. Dolata 214, 365
superconducting properties 214, 93
Marcon, R., see E. Silva 214,175
Kao, H.-C.I., see T.P. Wei 214, 179 Massidda, S., see J.J. Yu 214, 335
Kao, H.-C.I., see D.S. Wu. 214, 261 Massing, S.,see T. Kroener 214, |
Katano, S., J.A. Fernandez-Baca, S. Funahashi, N. Mori, Mathu, F., see H.M. Appelboom 214, 323
Y. Ueda and K. Koga, Crystal structure and Matijasevic, V.C.,see H.M. Appelboom 214, 323
superconductivity of La,_ ,.Ba,CuO, (0.03<x<0.24) 214, Matsushita, T., On the origin of the irreversibility line in
64 superconductors Depinning or melting of fluxoids 214,
Khlus, V.A., A.V. Dyomin and A.L. Zazunov, Resonant 100
tunneling through a single localized state in a normal-metal- Matsuura, T.,see M. Azami 214, 385
superconductor junction 214, 413 Meng, G.Y., G. Zhou, R. Schneider, B.K. Sarma and M. Levy,
Kikuchi, M., see S. Nakajima 214, 80 Formation and characterization of YBa,Cu,;07_; high-7,
Kikuchi, M.,see E. Ohshima 214, 182 thin films by MOCVD with single mixed precursor 214,
Kikuchi, Y., see M. Sugihara 214, 159 297
Kinder, H., see K. Hirata 214,272 Meng, R.L., Y.Y. Sun, J. Kulik, Z.J. Huang, F. Chen, Y.Y. Xue
Klamut, J.,see Z. Henkie 214, 138 and C.W. Chu, Superconductivity at 112-117 K in
Klein, S.S.,see H.M. Appelboom 214, 323 HgBazCaCu,0,¢45 214, 307
Kochemasov, A., see P. Schwab 214, 257 Mercey, B., see J.F. Hamet 214, 55
Koga, K., seeS. Katano 214, 64 Metzger, J., T. Weber, W.H. Fietz, K. Grube, H.A. Ludwig,
Koshizuka, N., see J. Sugiyama 214, 316 T. Wolf and H. Wiihl, Separation of the intrinsic pressure
Kotlyarov, Yu.,see N. Naumov 214, 291 effect on T, of YBa,Cu3;0,7 from a JT, enhancement caused
Kroener, T., G. Linker, O. Meyer, S. Massing, B. Strehlau, by pressure-induced oxygen ordering 214, 371
M. Cantoni and H.-U. Nissen, 300 keV proton irradiation Meyer, O., see T. Kroener 214, |
Index of authors and papers 437
Michel, C., see D. Pelloquin 214, 87 obtained from the AC susceptibility of magnetically aligned
Mikheenko, P.N. and I.S. Abaliosheva, Manifestation of two- powders 214, 350
dimensionality in the current-voltage characteristics of Poullain, G., R. Desfeux and H. Murray, Conditions for in-situ
YBa,Cu,0, films 214, 393 growth of BiSrCaCuO thin films by laser deposition 214,
Mogro-Campero, A., L.G. Turner and L.A. Peluso, Search for 195
changes of stoichiometry in YBa,Cu;30O, thin films subjected Poulsen, H.F., see J.V. Andersen 214, 143
to high current at 77K 214, 187 Proyer, S.,see P. Schwab 214, 257
Mooij, J.E.,see H.M. Appelboom 214, 323
Mori, N.,seeS. Katano 214, 64
Qvarford, M., N.L. Saini, J.N. Andersen, R. Nyholm,
Mouritsen, O.G., see J.V. Andersen 214, 143
E. Lundgren, I. Lindau, J.F. Van Acker, L. Leonyuk,
Murray, H., see G. Poullain 214, 195
S. Séderholm and S.A. Flodstrém, Polarisation-dependent
X-ray absorption in high- and low-7, Bi,Sr,Ca,,_ ;Cu,0442,
Nagase, K.,see E. Ohshima 214, 182 superconductors 214,119
Nagoshi, M., see E. Ohshima 214, 182
Nakajima, S., T. Oku, R. Suzuki, M. Kikuchi, K. Hiraga and
Radelaar, S., see T.G.M. Oosterlaken 214, 359
Y. Syono, Chemical characterization and superconductivity
Raveau, B., see J.F. Hamet 214, 55
of T1,Ba2_ ,La,CuO, with the orthorhombic and tetragonal
Raveau, B., see D. Pelloquin 214, 87
structures 214, 80
Rezchikov, K.B., see A.V. Bazhenov 214, 45
Nakajima, S.,see E. Ohshima 214, 182
Rietveld, G., see H.M. Appelboom 214, 323
Nakao, Y., see M. Sugihara 214, 159
Rijken, H.A., see H.M. Appelboom 214, 323
Naumov, N., Yu. Kotlyarov, P. Samoilov and V. Fedorov,
Rosova, A., C. Boulesteix and I. Vavra, Role of microtwins in
Existence conditions, stability and solid solutions of the
twin lamella intersections and interconnections in
family of Bi,BaLnCuO,, 5 cuprates with 2201-type
YBa,Cu;07_, 214, 247
structure 214, 291
Routbort, J.L., Tracer diffusion of oxygen in
Neuhaus, M., see R. Dolata 214, 365
NdBa,Cu;07,_5 214, 408
Niarchos, D., see R. Suryanarayanan 214,277
Nissen, H.-U., see T. Kroener 214, 1
Numai, K., see M. Sugihara 214, 159 Saigou, T.,see A. Oota 214,9
Nyholm, R., see M. Qvarford 214, 119 Saini, N.L., see M. Qvarford 214, 119
Samoilov, P., see N. Naumov 214, 291
Sarma, B.K., seeG.Y. Meng 214, 297
Ohshima, E., M. Kikuchi, M. Nagoshi, R. Suzuki, S. Nakajima,
Sarti, S.,see E. Silva 214, 175
K. Nagase and Y. Syono, Structure and superconductivity of
Sato, H.,see H.B. Zhang 214, 265
Tlo,sPbo,sSr2CuO, 214, 182
Schneider, R., seeG.Y. Meng 214, 297
Oku, T., see S. Nakajima 214, 80
Schwab, P., X.Z. Wang, S. Proyer, A.K ochemasov and
Oosterlaken, T.G.M., G.J. Leusink, G.J. Kuiper, $.J.M. Bakker,
D. Bauerle, Synthesis of YBa,_,Sr,Cu;07_, by pulsed-laser
A.H. Verbruggen, H.M. Jaeger, G.C.A.M. Janssen and
deposition 214, 257
S. Radelaar, Resistivity and superconducting transition
Selke, W. and G.V. Uimin, Oxygen ordering in YBa2Cu3;0, A
temperature of very thin amorphous tungsten—germanium
Monte Carlo study 214, 37
films deposited by chemical vapour deposition 214, 359
Shekhatman, V.Sh., see A.N. Maljuk 214, 93
Oota, A., J. Iwaya, P. Songsak, T. Saigou and M. Funakura,
Shen, G.J., C.C. Lam, J.C.L. Chow and S.T. Tang, Twin
Critical current density, morphology and microstructure of
formation due to irradiation of energetic electron beam in
Ag-sheathed (Bi, Pb) ,Sr,Ca,Cu,;0, tapes 214, 9
high-temperature superconductors of In- and Sb-doped
Ott, H.R., see S.P. Zhao 214, 345
YBCO 214, 426
Sheng, Z.Z., see Y.Q. Tang 214, 190
Paranthaman, M., see C.S. Gopinath 214, 153 Silva, E., R. Marcon, R. Fastampa, M. Giura and S. Sarti,
Pederson, D.O., see Y.Q. Tang 214, 190 Magnetic 3D-2D crossover in Bi,SrzCaCu,0g,, 214, 175
Pelloquin, D., C. Michel, G. Van Tendeloo, A. Maignan, Sloof, W.G., see H.M. Appelboom 214, 323
M. Hervieu and B. Raveau, A new “1201” mercury cuprate Snyder, R.L., see S.S. Bayya 214, 25
The 27 K-superconductor Hg ;Bip.5St2_,La,CuO;_5; 214, Séderholm, S., see M. Qvarford 214, 119
87 Songsak, P.,see A. Oota 214, 9
Peluso, L.A., see A. Mogro-Campero 214, 187 Strehlau, B.,see T. Kroener 214, 1
Peterse, W.J.A.M., see H.M. Appelboom 214, 323 Subramanian, S., see C.S. Gopinath 214, 153
Podloucky, R., see J.J. Yu 214, 335 Sugihara, M., K. Numai, Y. Nakao, Y. Kikuchi and M.A. Ikeda,
Porch, A., J.R. Cooper, D.N. Zheng, J.R. Waldram, Optical absorption of hole doped cuprate materials 214,
A.M. Campbell and P.A. Freeman, Temperature dependent 159
magnetic penetration depth of Co and Zn doped YBa,Cu30, Sugiyama, J., T. Machi, I. Tomeno, H. Yamauchi,
438 Index of authors and papers
N. Koshizuka and H. Yasuoka, An NMR study of Weber, T., see J. Metzger 214, 371
superconducting Nd,CuO;33Fp). 214, 316 Wei, T.P., C.M. Wang and H.-C.I. Kao, Qualitative study on the
Sun, Y.Y.,see R.L. Meng 214, 307 reaction of Bi, gPbo 4Ca2Sr.Cu3;O, superconductor with
Suryanarayanan, R., S. Leelaprute and D. Niarchos, water 214,179
Irreversibility line of Y,_ ,Ca,SrB9Cao9C 1u064 , Weller, M.T., see D.B. Currie 214, 204
(0<x<0.25) A comparative study of DC magnetization Wolf, T., see J. Metzger 214, 371
and complex AC susceptibility 214,277 Wondre, F.R., see C.K. Chen 214, 231
Suzuki, R., see S. Nakajima 214, 80 Wu, D.S., H.-C.I. Kao, M.K. Wu and C.M. Wang,
Suzuki, R., seeE. Ohshima 214, 182 Superconductivity of the single phase La,_ ,Ca,Ba3;Cu,O,,
Syono, Y., see S. Nakajima 214, 80 system 214, 261
Syono, Y., see E. Ohshima 214, 182 Wu, M.K., see D.S. Wu 214, 261
Wiihl, H., see J. Metzger 214, 371
Taffin, A., see J.F. Hamet 214,55
Tang, S.T., seeG.J. Shen 214, 426
Xiao-Guang, L., see S. Lei 214, 133
Tang, Y.Q., Z.Z. Sheng, W.A. Luo, I.N. Chan, Z.Y. Chen,
Xue, Y.Y.,seeR.L. Meng 214, 307
Y.F. Li and D.O. Pederson, Phase transformation during
low temperature TI-diffusion in the fabrication of Tl-Ba-
Ca-—Cu-O thin films 214, 190
Yamauchi, H., see S. Adachi 214, 313
Tateno, J., Coexistence of Anderson localization and small
Yamauchi, H., see J. Sugiyama 214, 316
polarons in the normal phase of La,_ ,Sr,CuO, 214, 377
Yaron, U., see I. Felner 214, 169
Tokiwa-Yamamoto, A., see S. Adachi 214, 313 Yasuoka, H., see J. Sugiyama 214, 316
Tomeno, I., see J. Sugiyama 214, 316
Yi, H.R., see S. Lei 214, 133
Triscone, G., see M. Daumling 214, 403 Yu, J.J., S. Massidda, A.J. Freeman and R. Podloucky,
Tsetlin, M.B.,see A.V. Bazhenov 214, 45 Electronic structure and properties of vacancy-ordered
Tuinstra, F.,see H.M. Appelboom 214, 323
YBa,Cu30,.; Chain versus plane Fermi surfaces in
Turanov, A.N., see A.N. Maljuk 214, 93
YBa,Cu;0;_5 214, 335
Turner, L.G., see A.M ogro-Campero 214, 187
Yuheng, Z., see S. Lei 214, 133
Tyagulski, I.P., see Yu.V. Gomeniuk 214, 127
Yunbo, J.,see S. Lei 214, 133
Ueda, Y., see S. Katano 214, 64
Uimin, G.V., see W. Selke 214, 37 Zakharov, A.A., see A.V. Bazhenov 214, 45
Zazunov, A.L., see V.A. Khlus 214, 413
Van Acker, J.F., see M. Qvarford 214,119 Zehnder, A., see S.P. Zhao 214, 345
Van IJzendoorn, L.J.,seeH.M. Appelboom 214, 323 Zhang, H.B. and H. Sato, Structural stability of Bi-based
Van Tendeloo, G., see D. Pelloquin 214, 87 cuprates 214, 265
Vavra, I.,seeA. Rosova 214, 247 Zhang, Z.B., see W.L. Zhou 214, 19
Verbruggen, A.H., see T.G.M. Oosterlaken 214, 359 Zhao, S.P., F. Finkbeiner, Ph. Lerch, A. Jaggi, A. Zehnder and
H.R. Ott, A Nb/AIO,/Nb trilayer process for the fabrication
Waldram, J.R.,see A. Porch 214, 350 of X-ray detectors 214, 345
Wang, C.A.,seeS. Lei 214, 133 Zhao, W., see W.L. Zhou 214, 19
Wang, C.M., see T.P. Wei 214, 179 Zheng, D.N., see A. Porch 214, 350
Wang, C.M., see D.S. Wu _2 14, 261 Zhokhov, A.A., see A.N. Maljuk 214, 93
Wang, J.H.,seeQ. Hong 214, 286 Zhou, G., seeG.Y. Meng 214, 297
Wang, R.L., see S. Lei 214, 133 Zhou, W.L., W. Zhao, K.K. Fung, L.Q. Chen and Z.B. Zhang,
Wang, X.Z.,see P. Schwab 214, 257 Microstructures of C¢, textured thin film 214, 19
Wanklyn, B.M., see C.K. Chen 214, 231 Zver’kova, I.I., see A.N. Maljuk 214, 93
PHYSICA ['
Physica C 214 (1993) 439—440
North-Holland
Analytic Subject Index to Volume 214
1/N-expansion 385 Hydrogenation effect 138 Phonon spectrum 45
Photoemission spectroscopy 73, 153
2-D vortex 393 Impurites 107 Proximity effect 413
Internal friction 408
AC susceptibility 111,277, 350, 371 Ion implantation 127 Reaction with water 179
Andreev reflection 413 Irradiation effect 1
Anisotropic superconductor 107,175 Irreversibility line 100, 277 Solid solubility
Antiferromagnetic order 169, 316 Isotope effect 73 -in Sm,+,Baz_,Cu3;0, 323
Applications of high-7, Specific heat
superconductors 9,179 Josephson effect 345, 365 -of PrBa,NbCu,0, 169
Strong correlation 159
Band structure 73, 159 Kondo effect 385 Structural phase transition 64
-of Tl2_,__ ,BazCa2,,Cu30j9_, 153 Structural stability 265
Bose condensation 239, 377 Lattice gas model 37 Structure
Lattice matching 133 -of BiSrCaCuO 195
Critical current density 9, 127, 187, 286, Lattice parameters 1, 204, 261 —of Hgo sBio.;Sr2_,La,CuO;_5 87
403 Localization 359,377 -of HgBa,CaCu,0¢45 307
Critical state model 111 -of La,_,Ba,CuO, 64
Cu-deficiency 93 Magneticimpurity 385 —of La,_,Sr,Cu,;_,O4_5 93
Cu-O chains 143, 335 Magnetic susceptibility 169 -—of LnBa,Cu;0,_; (Ln=Er, Ho,
Cu-O planes 37, 64, 119 Magnetization 277, 403 Dy) 204
Magnetoresistance 175 —of LnBa,Cu,O, (Ln=Er,Ho,Dy) 204
Defect structures 19, 143, 247 Mass spectroscopy 408 -of Nd,CuO3Fo2 316
Dimensional crossover Meissner effect 313 -of Sm,4,Baz_,Cu3;0, 323
-in Bi,Sr,CaCu,03,, 175 Microstructure 9 -of Tlo.sPbo,sSr2CuO, 182
Domain structure 247 Mixed solid precursor 297 -of Tl-2201 25
MOCVD 297 -of T1-2212 25
EDX 80 Monte Carlo simulations 37 -of Tl-2223 25
Electrical resistivity 138, 195, 286, 359, Mossbauer spectroscopy 169 -of Tl,Ba,_,La,CuO, 80
377, 393 -of Tl-Ba—Ca-—Cu-O 190
Electric field effect 127 Neutron diffraction 64, 204, 231 -of Y-Ba—Cu-O 55
Electron diffraction 272 NMR_ 316 Structure of Cog 19
Electronic structure 119 Non-ohmic behaviour 393 Substitution effects 257
-of YBa,Cu;07_; 335 Normal-state properties —in Bi,Sr2Ca,,_ ;Cu,O2,4445 265
Electron—phonon coupling 335 —of La,_,Sr,CuO, 377 -in
Energy gap 73, 107, 385 Nucleation 272 (T1,Pb)Sr, 6Bao.4(Cao.gRo2)Cuz0, 286
-in YBa,Cu3;0,¢,, 143
Far-infrared spectra 45 Optical reflection 365 ~—in YBa,Cu;0, 350
Fermi surface 335 Optical spectroscopy 159 -in YBCO 426
Fluctuation effects 350 O-T transition 93 Substitution of Ca and Co
Flux creep 9 Oxygen diffusion 408 -in YSrBaCu;0,¢,, 277
Flux pinning 100, 111, 277, 403 Oxygen ordering 1, 143, 371 Synthesis
-in YBa,Cu;0, 37 -of Bi-Ba—Ln-Cu-O 291
Grain boundaries 127 Oxygen stoichiometry 45, 80, 138, 182, -—of BiSrCaCuO 195
Granular superconductivity 111 187, 261, 265, 291 —of Hgo sBig.sSr2_,La,CuO;_5 87
—of HgBa,CaCu,0,+ 6 307
High-pressure effect 371 Penetration depth 350 -of Hg-Ba—Ca-Cu-O 313
Hole concentration 64 Phase diagram 231 —of Laz_ ,Sr,Cu, -y04-6 93
HREM 19, 55, 307 Phase stability 291 -of La,_,Ca,Ba3;Cu,O, 261
440 Analytic subject index
-of Nb/Al,03;-Al/Nb 365 TEM 247, 426
-of Nb/AIO,/Nb 345 Thermoelectric effects Vacancy-ordering 335
-of PrBa,Cu;0,_, 231 -in SmBa,Cu;0, 138 Vortex lattice 100
-of SmBa,Cu;0, 323 Thin film
-of Tl-2201 25 -of GdBa,Cu3;0,7_, 133 XAFS 119
-of Tl-2212 25 -of YBa,Cu;07_; 297 XPS_ 153
-of T1-2223 25 -of YBa,Cu;0, 393 X-ray detector 345
-of Wo7Geo.3 359 Thin films 1, 19, 55, 127, 187, 190, 195, X-ray diffraction 1, 25, 133, 182, 190,
-of YBa,Cu;0;_, 272 257, 272, 323, 359 195, 307, 313
-of YBa,_,Sr,Cu;07,_5; 257 Tunneling 107, 413
-—of Y-Ba-—Cu-O 55 Twin boundaries 19, 247, 426
Type-II superconductors 239