Physica C: Superconductivity 1995: Vol 241 Index

11 Pages·1995·2.5 MB·English

PHYSICA |:
ELSEVIER PhysicaC 241 (1995) 415-418
Author index to volume 241
Allen, J.L., B. Mercey, W. Prellier, J.F. Hamet, M. Hervieu and Dam, B., see H.-H. Wen 241, 353
B. Raveau, The first superconducting thin film De Groot, P.A.J., see K. Yates 241, 111
oxycarbonates. Coherent intergrowth of several members of Denjean, P., see G.I. Grigorov 241, 397
a new structural series (CaCuO,),,,(Ba,CuO,CO;),, 241, Dolata, R., M. Neuhaus and W. Jutzi, Tunnel barrier growth
158 dynamics of Nb/AlO,—Al/Nb and Nb/AIN,—Al/Nb
Al-Mamouri, M., see P.R. Slater 241, 151 Josephson junctions 241, 25
Andersen, N.H., see P. Schleger 241, 103 Dosanjh, P., see P. Schleger 241, 103
Aomine, T., see T. Fukami 241, 336 Dou, S.X., see J.A. Xia 241, 142
Aomine, T., see B. Shinozaki 241, 389 Doyle, R.A., see W.S. Seow 241, 71
Driver, R., see G. Rietveld 241, 273
Badéche, T.,O. Monnereau, A.M. Ghorayeb, V. Grachev and Du, Z.H., see Y.G. Zhao 241, 311
C. Boulesteix, Reduced resistivity—anisotropy ratio in Dunn, R.G., see B. Morosin 241, 181
Bi,Sr,CaCu,Os single crystals showing zero resistance at 97 Dyakonov, V.,see M. Baran 241, 383
K 241,10
Badri, V.,see C. Michel 241, 1 Edwards, P.P., see P.R. Slater 241, 151
Baran, M., V. Dyakonov, L. Gtadczuk, G. Levchenko,
S. Piechota and H. Szymczak, Comparative study of the Figueredo, A.M., M.J. Cima, M.C. Flemings, J.S. Haggerty,
pressure effect on critical parameters of GdBa,Cu,O3 and T. Hara, H. Ishii, T.O hkuma and S. Hirano, Properties of
YBa,Cu,O, 241, 383 Ba,YCu,30,;_; filaments directionally solidified by the laser-
BariSi¢c, S., see H. NikSié 241, 247 heated floating zone technique 241, 92
Beyers, R.B., see J.L. MacManus-Driscoll 241, 401 Flemings, M.C., see A.M. Figueredo 241, 92
Bhargava, A., I1.D.R. Mackinnon, T. Yamashita and D. Page, Fliikiger, R., see G. Grasso 241, 45
Bulk manufacture of YBCO powders by Francesconi, M.G., see L. Bonoldi 241, 37
coprecipitation 241, 53 Francesconi, M.G., see P.R. Slater 241, 151
Bonoldi, L., G.L. Calestani, M.G. Francesconi, G. Salsi, Fueki, K., see Y. Idemoto 241, 323
M. Sparpaglione and L. Zini, Structural stability of bismuth- Fujiki, H., see B. Shinozaki 241, 389
based superconductors under heterovalent Fujimori, Y., see B. Shinozaki 241, 389
substitution 241, 37 Fukami, T., R. Kondo, T. Kobayashi, K. Kawatani, F. Ichikawa
Boulesteix, C., see T. Badéche 241, 10 and T. Aomine, Hysteresis of temperature dependence and
Bravman, J.C., see J.L. MacManus-Driscoll 241, 401 scaling law in time dependence of sound velocity in sintered
Bi,Sr,CaCu,03,5 241, 336
Calestani, G.L., see L. Bonoldi 241, 37 Fukami, T., see B. Shinozaki 241, 389
Campbell, A.M., see W.S. Seow 241, 71
‘Cao, B.S., see Y.G. Zhao 241, 311 Galaktionov, A.V., Nonlocal fluctuational electromagnetic
Casalta, H., see P. Schleger 241, 103 response of a thin film near superconducting
Chandrachood, M.R., K.K. Singh, D.E. Morris and transition 241, 118
A.P.B. Sinha, Phase stability in the La-Ba—Cu—O system at Gameson, I., see P.R. Slater 241, 151
980°C and 200 bar oxygen pressure 241, 319 Gan, Z.Z., see C.D. Wei 241, 83
Chen, C.-L., see N.-L. Wu 241, 198 Gao, L., see Z.H. He 241, 211
Chen, Z.H.,see L.P.Guo 241, 30 Ghorayeb, A.M., see T. Badéche 241, 10
Chesca, B., On the theory of the RF pumped double Gtadczuk, L., see M. Baran 241, 383
SQUID 241, 123 Glastra, M., see G. Rietveld 241, 257
Chu, C.W., see Z.H. He 241, 211 Grachev, V., see T. Badéche 241, 10
Cima, M.J., see A.M. Figueredo 241, 92 Grasso, G., B. Hensel, A. Jeremie and R. Fliikiger, Distribution
Ciobanu, I.P.,see L.Z. Kon 241, 380 of the transport critical current density in Ag sheathed (Bi,
Collocott, S.J., see G. Rietveld 241, 273 Pb) Sr,Ca,Cu;O, tapes produced by rolling 241, 45
416 Author index
Greaves, C., see P.R. Slater 241, 151 Kondo, R., see T. Fukami 241, 336
Griessen, R., see H.-H. Wen 241, 353 Kosuda, K., see E. Takayama-Muromachi 241, 137
Grigorov, G.I., K.G. Grigorov, M. Stojanova, J.L. Vignes, Kumar, D., see W.S. Seow 241, 71
J.P. Langeron, P. Denjean and L. Ranno, Iron diffusion
from pure Fe substrate into TiN buffer layers 241, 397 Langeron, J.P., see G.I. Grigorov 241, 397
Grigorov, K.G., see G.I. Grigorov 241, 397 Lee, C.Y. and Y.H. Kao, Low-field magnetic susceptibility
Gu, B.L., see Y.G. Zhao 241, 311 studies of high-7, superconductors 241, 167
Gugan, D., see O. Stoppard 241, 375 Levchenko, G., see M. Baran 241, 383 (
Guo, L.P., Y.J. Tian, J.Z. Liu, L. Li, Z.X. Zhao, S.F. Xu, Li, L., see L.P. Guo 241, 30
H.B. Lu, Y.L. Zhou, Z.H. Chen and G.Z. Yang, Liang, R.-X., see P. Schleger 241, 103
Microstructure of outgrowths on the surface of laser-ablated Lin, Q.M., see Z.H. He 241, 211
YBa,Cu,;0O,; thin films 241, 30 Liu, J.Z., see L.P. Guo 241, 30
Liu, Z.X., see C.D. Wei 241, 83
Hadfield, R., see P. Schleger 241, 103 Lockhart, J.,.seeJ. Zhu 241, 17
Haggerty, J.S., see A.M. Figueredo 241, 92 Lu, H.B., see L.P. Guo 241, 30
Hamet, J.F., see J.L. Allen 241, 158 Luo, C.Y., see Y.G. Zhao 241, 311
Hara, T., see A.M. Figueredo 241, 92
Hardy, W.N., see P. Schleger 241, 103 Mackinnon, I.D.R., see A. Bhargava 241, 53
He, A.S., see Y.G. Zhao 241, 311 MacManus-Driscoll, J.L., J.C. Bravman and R.B. Beyers, Phase
He, Q., see C.D. Wei 241, 83 equilibria in the Y-Ba—Cu—O system and melt processing of
He, Z.H., Q.M. Lin, L. Gao, Y.Y. Sun, Y.Y. Xue and Ag clad Y,Ba,Cu,07_., tapes at reduced oxygen partial
C.W. Chu, High-pressure synthesis of single-phase pressures 241, 401
superconductors Hg,Sr,Ba,_,Ca,Cu;0,,,; and (Hg, Maignan, A.,see C. Michel 241, 1
M)Sr2Ca,Cu,;0, with M=Pband Mo 241, 211 Matsui, Y., see E. Takayama-Muromachi 241, 137
Hensel, B., see G. Grasso 241, 45 Mercey, B., see J.L. Allen 241, 158
Hervieu, M., see C. Michel 241, | Michel, C., M. Hervieu, A. Maignan, D. Pelloquin, V. Badri
Hervieu, M., see J.L. Allen 241, 158 and B. Raveau, Stabilization of mercury cuprates by
Hirano, S., see A.M. Figueredo 241, 92 bismuth. The superconductors
Hodges, J.P., see P.R. Slater 241, 15i Hg, _,.Bi,Ba,Ca,,_ ;}Cu,,O2m+245 241, 1
Hu, H.,see Y.G. Zhao 241, 311 Mirmelstein, A., A. Junod, K.-Q. Wang, E. Janod and J. Muller,
Specific heat of YBa,Cu;0,7_, ceramics with single and
Ichikawa, F., see T. Fukami 241, 336 double superconducting transitions in magnetic fields up to
Ichikawa, F., see B. Shinozaki 241, 389 14T 241, 301
Idemoto, Y., Y. Yasuda and K. Fueki, Calorimetric study on Monnereau, O., see T. Badéche 241, 10
thermodynamic stability of La,_,M,M’Cu,O, (M, M’=Sr, Moraitakis, E., M. Pissas and D. Niarchos, Modelling of the
Ca) solid solution 241, 323 hysteresis loop for YBa,Cu,0,_; thin films 241, 63
Inbanathan, S.S.R.,see D. Pandey 241, 279 Morosin, B., E.L. Venturini, J.E. Schirber, R.G. Dunn and
Ishii, H., see A.M. Figueredo 241, 92 P.P. Newcomer, Superconducting properties of strontium
Itti, R., see H. Sakai 241, 292 copper oxyfluoride, Sr,CuO,F,,5; 241, 181
Ivanov, Z.G., see G.A. Ovsyannikov 241, 228 Morris, D.E., see M.R. Chandrachood 241, 319
Ivanov, Z.G., see R. Unger 241, 316 Muller, J.,see A. Mirmelstein 241, 301
Munroe, P.R., see J.A. Xia 241, 142
Janod, E., see A. Mirmelstein 241, 301 Murayama, N. and J.B. Vander Sande, Hot forging with heat
Jeremie, A., see G. Grasso 241, 45 treatment of Bi-Pb-Sr—Ca—Cu-O superconductors 241,
Johnson, J.D., see W.S.Seow 241, 71 235
Junod, A., see A. Mirmelstein 241, 301 Mygind, J., see G.A. Ovsyannikov 241, 228
Jutzi, W.,see R. Dolata 241, 25
Jutzi, W.,see RR. Unger 241, 316 Neuhaus, M., see R. Dolata 241, 25
Newcomer, P.P., see B. Morosin 241, 181
Kao, Y.H., see C.Y. Lee 241, 167 Newman, D.J., see K. Yates 241, 111
Kawaguti, T., see B. Shinozaki 241, 389 Niarchos, D., see E. Moraitakis 241, 63
Kawatani, K.,see T. Fukami 241, 336 NikSi¢, H., E. Tuti§ and S. Barisi¢, The effect of large U; on the
Kobayashi, T., see T. Fukami 241, 336 Raman spectrum in the copper-oxide
Kochorbe, F.G., see M.E. Palistrant 241, 345 superconductors 241, 247
Kon, L.Z. and I.P. Ciobanu, Amplitude collective mode in
superconductors with electron-hole asymmetry. Influence Ohkuma, T., see A.M. Figueredo 241,92
on the phonon spectrum 241, 380 Ong, C.K., see X. Zhang 241, 329
Author index
Ovsyannikov, G.A., Z.G. Ivanov, J. Mygind and N.F. Pedersen, Singh, A.P., see D. Pandey 241, 279
Properties of high-7 microbridge with two-dimensional Singh, G., see D. Pandey 241, 279
arrays of diffusion weak links 241, 228 Singh; K., see D. Pandey 241, 279
Singh, K.K., see M.R. Chandrachood 241, 319
Page, D., see A. Bhargava 241, 53 Sinha, A.P.B., see M.R. Chandrachood 241, 319
Palistrant, M.E. and F.G. Kochorbe, The influence of non- Skakle, J.M.S. and A.R. West, Superconducting
magnetic impurity on collective exciton-like oscillations in a La, 5_.Ba;.5+.—,StyCu,;O, solid solutions. Stoichiometry,
structure and properties 241, 191
two-band superconductor 241, 345
Pandey, D., K. Singh, P.K. Srivastava, A.P. Singh, Slaski, M., see P.R. Slater 241, 151
S.S.R. Inbanathan and G. Singh, Towards the rapid Slater, P.R., P.P. Edwards, C. Greaves, I. Gameson,
synthesis of pure 2223 powders with Bi2_ ,Pb,Sr.Ca,Cu;0, M.G. Francesconi, J.P. Hodges, M. Al-Mamouri and
compositions by semi-wet methods. II. Optimization of Pb M. Slaski, Superconductivity up to 64K in the copper
oxyfluorides Sr,_ ,A,CuO,F,,5;(A=Ca, Ba) prepared using
content using Pb-Sr—Ca carbonate precursors 241, 279
Pedersen, N.F., see G.A. Ovsydfinikov 241, 228 NH.F as a fluorinating reagent 241, 151
Pelloquin, D., see C. Michel 241, 1 Somekh, R., see W.S. Seow 241, 71
Piechota, S., see M. Baran 241, 383 Song, Y.-Q., Vortex fluctuation effects to 1SR linewidth in high-
Pissas, M., see E. Moraitakis 241, 63 temperature superconductor 241, 187
Poulsen, H.F., see P. Schleger 241, 103 Sparpaglione, M., see L. Bonoldi 241, 37
Prellier, W., see J.L. Allen 241, 158 Srivastava, P.K.,see D. Pandey 241,279
Stepantsov, E.A.,see R. Unger 241, 316
Stojanova, M., see G.I. Grigorov 241, 397
Ranno, L., see G.I. Grigorov 241, 397
Stoppard, O. and D. Gugan, The low-field AC susceptibility of
Raveau, B., see C. Michel 241, 1
type-II superconducting thin films 241, 375
Raveau, B., see J.L. Allen 241, 158
Sun, H.B., G.J. Russell and K.N.R. Taylor, Systematic study of
Rector, J.,see H.-H. Wen 241, 353
pinning energy for oxygen-deficient YBCO 241, 219
Ren, H.T., see C.D. Wei 241, 83
Sun, Y.Y., see Z.H. He 241, 211
Ren, H.T., see J.A. Xia 241, 142
Szymczak, H.,see M. Baran 241, 383
Rietveld, G., M. Glastra and D. van der Marel, Doping
dependence of the chemical potential in cuprate high-7,
Takayama-Muromachi, E., Y. Matsui and K. Kosuda, New
superconductors. I. La,_ ,Sr,CuO, 241, 257
oxyborate superconductor, BSr,Ca;Cu,O,, (7.=110 K)
Rietveld, G., S.J. Collocott, R. Driver and D. van der Marel,
prepared at high pressure 241, 137
Doping dependence of the chemical potential in cuprate
Tanaka, S., see H. Sakai 241, 292
high-7,, superconductors. II. (Bi,
Pb)2Sr2Ca,Cu;01945 241, 273 Taylor, K.N.R., see H.B.Sun 241, 219
Tian, Y.J.,see L.P.Guo 241, 30
Russell, G.J.,see H.B. Sun 241, 219
Turneaure, J.,see J. Zhu 241, 17
Tuti$, E., see H. NikSi¢é 241, 247
Sakai, H., R. Itti, Y. Yamada, Y. Shiohara and S. Tanaka,
Homoepitaxy of thin films using YBa,Cu3;0;_ , single-
Unger, R., T.A. Scherer, W. Jutzi, Z.G. Ivanov and
crystal substrates 241, 292
E.A. Stepantsov, YBCO Josephson junctions on
Salsi, G., see L. Bonoldi 241, 37
bicrystalline NdGaO; substrates 241, 316
Scherer, T.A., see R. Unger 241, 316
Schirber, J.E.,see B. Morosin 241, 181
Schleger, P., H. Casalta, R. Hadfield, H.F. Poulsen, M. von Van der Marel, D., see G. Rietveld 241, 257, 273
Zimmermann, N.H. Andersen, J.R. Schneider, R.-X. Liang, Vander Sande, J.B.,see N.M urayama 241, 235
P. Dosanjh and W.N. Hardy, Observation of Ortho-III Venturini, E.L., see B. Morosin 241, 181
correlations by neutron and hard X-ray scattering in an Vignes, J.L., see G.I. Grigorov 241, 397
untwinned YBa,Cu;O,7 7 single crystal 241, 103 Von Zimmermann, M., see P. Schleger 241, 103
Schnack, H.G., see H.-H. Wen 241, 353
Schneider, J.R., see P. Schleger 241, 103 Walker, D.J.C., see W.S. Seow 241, 71
Seow, W.S., R.A. Doyle, J.D. Johnson, D. Kumar, R. Somekh, Wang, K.-Q., see A. Mirmelstein 241, 301
D.J.C. Walker and A.M. Campbell, The elastic regime of Wang, R.K., see J.A. Xia 241, 142
vortices in superconducting YBCO and multilayer YBCO/ Wang, S., see Y.G. Zhao 241, 311
PrBCO films 241, 71 Wang, Y.J.,see Y.G. Zhao 241, 311
Shinozaki, B., H. Fujiki, T. Kawaguti, Y. Fujimori, F. Ichikawa, Wei, C.D., Z.X. Liu, Z.Z. Gan, H.T. Ren, L. Xiao and Q. He,
T. Fukami and T. Aomine, Analysis of the superconducting- Scaling properties of the magnetization curves of the
fluctuation conductance due to the Maki-Thompson neutron-irradiated YBa,Cu,O, crystal prepared by melt-
contribution in aluminum films 241, 389 textured growth method 241, 83
Shiohara, Y., see H. Sakai 241, 292 Wen, H.-H., H.G. Schnack, R. Griessen, B. Dam and J. Rector,
418 Author index
Critical current, magnetization relaxation and activation Yasuda, Y., see Y. Idemoto 241, 323
energies for YBa,Cu;07 and YBazCu,QO; films 241, 353 Yates, K., D.J. Newman and P.A.J. de Groot, Monte Carlo
West, A.R., see J.M.S. Skakle 241, 191 simulation of two-dimensional flux-lattice melting 241,
Wu, N.-L., H.H. Zern and C.-L. Chen, Low-temperature melt 111
growth of YBa,Cu;0;7_ ,/silver composites in partial Yip, K.W., see X. Zhang 241, 329
vacuum 241, 198 Yu, W.Z., see Y.G. Zhao 241; 311
Xia, J.A., P.R. Munroe, R.K. Wang, H.T. Ren, Y. Zhao and Zern, H.H., see N.-L. Wu 241, 198
S.X. Dou, A study on the microstructural defects along the Zhang, X., K.W. Yip and C.K. Ong, Cation doping in
a-b plane in the melt-textured YBa,Cu,O, YBa,Cu,O, 241, 329
superconductor 241, 142 Zhao, Y., see J.A. Xia 241, 142
Xiao, L., see C.D. Wei 241, 83 Zhao, Y.G., B.S. Cao, W.Z. Yu, Z.H. Du, Y.J. Wang, C.Y. Luo,
Xu, S.F.,see L.P. Guo 241, 30 H. Hu, S. Wang, J.H. Yang, A.S. He and B.L. Gu, Positron
Xue, Y.Y.,see Z.H. He 241, 211 annihilation study of Y,_,Pr,Ba,Cu,;0, 241, 311
Zhao, Z.X., see L.P. Guo 241, 30
Yamada, Y., see H. Sakai 241, 292 Zhou, Y.L., see L.P. Guo 241, 30
Yamashita, T., see A. Bhargava 241, 53 Zhu, J., J. Lockhart and J. Turneaure, Field-dependent critical
Yang, G.Z.,see L.P.Guo 241, 30 currents in thin Nb superconducting disks 241, 17
Yang, J.H.,see Y.G. Zhao 241, 311 Zini, L., see L. Bonoldi 241, 37
PHYSICA ('
Physica C 241 (1995) 419
ELSEVIER
Analytic Subject Index to Volume 241
AC susceptibility 118, 167,219,375 Irradiation effect 83 -of Bi-Pb-Sr—Ca-Cu-O 37
Anderson model 380 -of Hg; _ ,.Bi,BazCa,,_ ;Cu,,Oon+245 1
Anisotropic superconductor 10 Josephson effect 25, 123, 316 -of Sr,CuQO2F245 181
Applications of high-7, -of YBa,Cu,O, 329
superconductors 45, 53, 397, 401 Labusch parameter 71 Substitution effects 151, 311
Atomic force microscopy 292 Lower critical field H,, 383 -in Bi,_,Pb,Sr,Ca,Cu;0,, 279
-in (Hg,M)Sr2Ca,Cu,0, 211
BCS model 380 Magnetic relaxation 219, 353 -in La,_,.M,M’Cu,0, 319
Buffer layers 397 Magnetic susceptibility 1, 137 -in YBa,Cu,O0, 329
Magnetization 17, 63, 83,92, 181, 198, Surface impedance 118
Charge density wave 380 375 Synthesis
Chemical potential/Fermilevel 257, Maki-Thompson correction 389 -of Ba,YCu;07_5; 92
273 Melt textured growth 142 -of Bi,_,Pb,Sr,Ca,Cu,0, 279
Cleavage 292 Metal-insulator transition 257,273 -of Bi-Pb-Sr—Ca-Cu-O 37,235
Collective oscillations 345 Microbridges 316 -of (Hg,M)Sr2Ca,Cu,0, 211
Copper oxy-fluoride 151 Monte Carlo simulations 111 -of Hg, _ ,Bi,BazCa,,_;Cu,,Orm+2+5 1
Critical current density 45, 63, 83, 92, Multilayers 71 -of La, 5_.Baj;.54+x-ySr,Cu;0, 191
167, 235, 316, 353 Muon spin rotation 187 -of La-Ba—Cu-O 319
Critical state model 17, 63, 83, 167 -—of Nb/AIN,—Al/Nb 25
Cu-O chains 103, 311 Neutron diffraction 103 -of Nb/AIO,—Al/Nb 25
Cu-O planes 311 Non-magnetic impurities 345 -of Sr,CuO,F24 5 181
Normal-state properties 10, 247, 336 -of Sr,_ ,A,CuO,F,4,5(A=Ca, Ba) 151
Defect structures 30, 142, 198 -of Y,Ba,Cu;07,_, 401
Oxycarbonates 158 -of YBa,Cu;07_, 198
Electrical resistivity 10, 137 Oxygen ordering 103 -of YBCO 53
Electronic structure 247, 273, 329 Oxygen stoichiometry 191, 219, 301
Thermoelectric effects 219
Fluctuation effects 118, 187, 380, 389 Pair breaking 389 Thin films 63,71, 118, 257, 292, 353,
Flux dynamics 71 Phase diagram 103, 191, 319, 336 375, 389, 397
Flux lattice 111, 187 Positron annihilation 311 -Nb 17
Flux pinning 71, 219, 228 -of (CaCuO;),,(BazCuO,CO;), 158
Quantum creep 353 -YBO,Cu;0; 30
Ginzburg-Landau theory 111 Torque magnetometry 353
Grain alignment 292 Raman scattering 247 Tunneling 25
Grain boundaries 235, 401 Two-band superconductor 345
Granular superconductivity 167, 228, Shapiro step 228
383 Solution calorimetry 319 Ultrasound spectroscopy 336
Specific heat at T, 301 Upper critical field H.. 301
Halleffect 53 Specific heat in magnetic fields 301
Hg-compounds 211 SQUID 123 Weak links 228, 235
High-pressure effect 329, 383 Standard enthalpy offormation 319
High-pressure synthesis 137, 211,319 Structural phase transition 103, 336 XPS 257, 273
HREM 1, 30, 137, 142, 158 Structure X-ray diffraction 37,53, 191
-of Bi,_,Pb,Sr,Ca,Cu,0, 279
cassa paaacute santero ada bites Fo
PHYSICA ['
ELSEVIER Physica C 241 (1995) 421
Materials Index to Volume 241
Ba,YCu,;07_; Sr,CuO0>F>45
Hg, _xBi,Ba2Ca,, —t Cun,O2m +2+6
—synthesis 92 -structure 1 —structure 181
Bi2_,Pb,Sr,Ca,Cu,0,, -synthesis 1 -synthesis 181
-structure 279 Sr,_,A,CuO>F245(A=Ca,
—substitution effects 279 La,.5_xBaj.5+x—yStyCu30, -synthesis 151
-synthesis 279 -synthesis 191
Bi-Pb-Sr—Ca—Cu-O La2_.M,.M’Cu,0, Y ,Ba,Cu,0;7_,
-structure 37 -substitution effects 319 -synthesis 401
-synthesis 37, 235 La-—Ba—Cu-O YBa,Cu,;0,7_.,
-synthesis 319 -synthesis 198
(CaCuO,),,,(BazCu0,CO;), YBa,Cu,O,
-thin films 158 Nb/AIN,—Al/Nb -structure 329
-synthesis 25 —substitution effects 329
(H g,M )S r,Ca,Cu 30, Nb/AIO,—Al/Nb
—substitution effects 211 -synthesis 25
-synthesis 211

PHYSICA
ELSEVIER Physica C 241 (1995) 423-424
Cumulative author index from volume 241
Allen, J.L., 241, 158 Francesconi, M.G., 241, 37, 151 Jeremie, A., 241, 45
Al-Mamouri, M., 241, 151 Fueki, K., 241, 323 Johnson, J.D., 241, 71
Andersen, N.H., 241, 103 Fujiki, H., 241, 389 Junod, A., 241, 301
Aomine, T., 241, 336, 389 Fujimori, Y., 241, 389 Jutzi, W., 241, 25, 316
Fukami, T., 241, 336, 389
Badéche, T., 241, 10 Kao, Y.H., 241, 167
Badri, V., 241, 1 Galaktionov, A.V., 241, 118 Kawaguti, T., 241, 389
Baran, M.., 241, 383 Gameson, I., 241, 151 Kawatani, K., 241, 336
BariSic, S., 241, 247 Gan, Z.Z., 241, 83 Kobayashi, T., 241, 336
Beyers, R.B., 241, 401 Gao, L., 241, 211 Kochorbe, F.G., 241, 345
Bhargava, A., 241, 53 Ghorayeb, A.M., 241, 10 Kon, L.Z., 241, 380
Bonoldi, L., 241, 37 Gtadczuk, L., 241, 383 Kondo, R., 241, 336
Boulesteix, C., 241, 10 Glastra, M., 241, 257 Kosuda, K., 241, 137
Bravman, J.C., 241, 401 Grachev, V., 241, 10 Kumar, D., 241, 71
Grasso, G., 241, 45
Calestani, G.L., 241, 37 Greaves, C., 241, 151 Langeron, J.P., 241, 397
Campbell, A.M., 241, 71 Griessen, R., 241, 353 Lee, C.Y., 241, 167
Cao, B.S., 241, 311 Grigorov, G.I., 241, 397 Levchenko, G., 241, 383
Casalta, H., 241, 103 Grigorov, K.G., 241, 397 Li, L., 241, 30
Chandrachood, M.R., 241, 319 Gu, B.L., 241, 311 Liang, R.-X., 241, 103
Chen, C.-L., 241, 198 Gugan, D., 241, 375 Lin, Q.M., 241, 211
Chen, Z.H., 241, 30 Guo, L.P., 241, 30 Liu, J.Z., 241, 30
Chesca, B., 241, 123 Liu, Z.X., 241, 83
Chu, C.W., 241, 211 Hadfield, R., 241, 103 Lockhart, J., 241, 17
Cima, M.J., 241, 92 Haggerty, J.S., 241, 92 Lu, H.B., 241, 30
Ciobanu, I.P., 241, 380 Hamet, J.F., 241, 158 Luo, C.Y., 241, 311
Collocott, S.J., 241, 273 Hara, T., 241, 92
Hardy, W.N., 241, 103 Mackinnon, I.D.R., 241, 53
Dam, B., 241, 353 He, A.S., 241, 311 MacManus-Driscoll, J.L., 241, 401
De Groot, P.A.J., 241, 111 He, Q., 241, 83 Maignan, A., 241, 1
Denjean, P., 241, 397 He, Z.H., 241, 211 Matsui, Y., 241, 137
Mercey, B.,2 41, 158
Dolata, R., 241, 25 Hensel, B., 241, 45
Dosanjh, P., 241, 103 Hervieu, M., 241, 1, 158 Michel, C., 241, 1
Dou, S.X., 241, 142 Hirano, S., 241, 92 Mirmelstein, A., 241, 301
Doyle, R.A., 241, 71 Hodges, J.P., 241, 151 Monnereau, O., 241, 10
Driver, R., 241, 273 Hu, H., 241, 311 Moraitakis, E., 241, 63
Du, Z.H., 241, 311 Morosin, B., 241, 181
Dunn, R.G., 241, 181 Ichikawa, F., 241, 336, 389 Morris, D.E., 241, 319
Dyakonov, V., 241, 383 Idemoto, Y., 241, 323 Muller, J., 241, 301
Inbanathan, S.S.R., 241, 279 Munroe, P.R., 241, 142
Edwards, P.P., 241, 151 Ishii, H., 241, 92 Murayama, N., 241, 235
Itti, R., 241, 292 Mygind, J., 241, 228
Figueredo, A.M., 241, 92 Ivanov, Z.G., 241, 228, 316
Flemings, M.C., 241, 92 Neuhaus, M., 241, 25
Fliikiger, R., 241, 45 Janod, E., 241, 301 Newcomer, P.P., 241, 181
424 Cumulative author index
Newman, D.J., 241, 111 Shiohara, Y., 241, 292 Walker, D.J.C., 241, 71
Niarchos, D., 241, 63 Singh, A.K., 241, 279 Wang, K.-Q., 241, 301
Niksi¢, H., 241, 247 Singh, A.P., 241, 279 Wang, R.K., 241, 142
Singh, G., 241, 279 Wang, S., 241, 311
Ohkuma, T., 241, 92 Singh, K.K., 241, 319 Wang, Y.J., 241, 311
Ong, C.K., 241, 329 Sinha, A.P.B., 241, 319 Wei, C.D., 241, 83
Ovsyannikov, G.A., 241, 228 Skakle, J.M.S., 241, 191 Wen, H.-H., 241, 353
Slaski, M., 241, 151 West, A.R., 241, 191
Page, D., 241, 53 Slater, P.R., 241, 151 Wu, N.-L., 241, 198
Palistrant, M.E., 241, 345 Somekh, R., 241, 71
Pandey, D., 241, 279 Song, Y.-Q., 241, 187
Xia, J.A., 241, 142
Pedersen, N.F., 241, 228 Sparpaglione, M., 241, 37
Xiao, L., 241, 83
Pelloquin, D., 241, 1 Srivastava, P.K., 241, 279
Xu, S.F., 241, 30
Piechota, S., 241, 383 Stepantsov, E.A., 241, 316
Xue, Y.Y., 241, 211
Pissas, M., 241, 63 Stojanova, M., 241, 397
Poulsen, H.F., 241, 103 Stoppard, O., 241, 375
Prellier, W., 241, 158 Sun, H.B., 241, 219
Yamada, Y., 241, 292
Sun, Y.Y., 241, 211 Yamashita, T., 241, 53
Ranno, L., 241, 397 Szymczak, H., 241, 383 Yang, G.Z., 241, 30
Raveau, B., 241, 1, 158 Yang, J.H., 241, 311
Rector, J., 241, 353 Takayama-Muromachi, E., 241, 137 Yasuda, Y., 241, 323
Ren, H.T., 241, 83, 142 Tanaka, S., 241, 292 Yates, K., 241, 111
Rietveld, G., 241, 257, 273 Taylor, K.N.R., 241, 219 Yip, K.W., 241, 329
Russell, G.J., 241, 219 Tian, Y.J., 241, 30 Yu, W.Z., 241, 311
Turneaure, J., 241, 17
Sakai, H., 241, 292 Tuti$, E., 241, 247
Salsi, G., 241, 37 Zern, H.H., 241, 198
Scherer, T.A., 241, 316 Unger, R., 241, 316 Zhang, X., 241, 329
Schirber, J.E., 241, 181 Zhao, Y., 241, 142
Schleger, P., 241, 103 Van der Marel, D., 241, 257, 273 Zhao, Y.G., 241, 311
Schnack, H.G., 241, 353 Vander Sande, J.B., 241, 235 Zhao, Z.X., 241, 30
Schneider, J.R., 241, 103 Venturini, E.L., 241, 181 Zhou, Y.L., 241, 30
Seow, W.S., 241, 71 Vignes, J.L., 241, 397 Zhu, J., 241, 17
Shinozaki, B., 241, 389 Von Zimmermann, M., 241, 103 Zini, L., 241, 37