Physica C: Superconductivity 1998: Vol 305 Index

6 Pages·1998·1.6 MB·English

PHYSICA
Physica C 305 (1998) 313-315
Author Index to Volume 305
Agliolo Gallitto, A. and M. Li Vigni, Harmonic emission at Grandini, C.R., see Cordero, F., 305 (1998) 251
microwave frequencies in YBa,Cu,O, single crystals near Griessen, R., see Dam, B., 305 (1998) 1
T,, 305 (1998) 75 Gupta, M., see Gupta, R.P., 305 (1998) 179
Alexandrov, A.S., d-wave Bose-Einstein condensate and tun- Gupta, R.P. and M. Gupta, Effect of zinc substitution on the
nelling in superconducting cuprates, 305 (1998) 46 carrier density in YBa,Cu,0,_; superconductors, 305
Apperley, M., see Herrmann, J., 305 (1998) 114 (1998) 179
Behr, G., see Jaenicke-Réssler, U., 305 (1998) 209 Hari Babu, N., T. Rajasekharan, L. Menon, S. Srinivas and S.K.
Bitterlich, H., see Jaenicke-Rossler, U., 305 (1998) 209
Malik, Effect of a systematic variation of Nd,Ba,Cu,0jo
content on the magnetic properties of melt processed
Cantelli, R., see Cordero, F., 305 (1998) 251
NdBa,Cu,0;_, superconductor, 305 (1998) 103
Cao, X.W., Z.H. Wang and K.B. Li, Critical current density and Hennig, W., see Sawh, R.-P., 305 (1998) 159
flux pinning in vortex liquid regime for YBa,Cu,0,_;
Herrmann, J., N. Savvides, K.-H. Miiller, R. Zhao, G. Mc-
epitaxial thin films, 305 (1998) 68
Caughey, F. Darmann and M. Apperley, Current distribution
Chen, X. and C. Gong, Pressure-induced charge transfer and
and critical state in superconducting silver-sheathed (Bi,Pb)-
pressure effect on 7, in Tl,Ba,CuOQ,,; compounds, 305
2223 tapes, 305 (1998) 114
(1998) 262 Herzog, T., see Wen, H.-h., 305 (1998) 185
Coffey, D., Strong-coupling features due to quasiparticle interac- Huijbregtse, J.M., see Dam, B., 305 (1998) 1
tions in two-dimensional superconductors, 305 (1998) 139
Cordero, F., C.R. Grandini and R. Cantelli, Structure, mobility
Iwasaki, H., T. Matsumoto, F. Yukimachi, K. Tanigawa and F.
and clustering of interstitial O in La,CuO,, 5 in the limit of
Matsuoka, Observation of pancake-like vortex in the angular
small 6, 305 (1998) 251
dependence of the magnetization around 4A]|la-axis in
Cucolo, A.M., Zero bias conductance peaks in high-7, super-
Nd, gs5gCe€o j42CuO, single crystal, 305 (1998) 11
conductors: clues and ambiguities of two mutually excluding
models, 305 (1998) 85
Jaenicke-Rossler, U., G. Zahn, P. Paufler, H. Bitterlich and G.
Behr, Pressure dependence of unit cell geometry of single
Dai, M.C. and T.J. Yang, Magnetic properties for anisotropic
crystalline TbNi,B,C, 305 (1998) 209
d,2_ ,2-wave superconductivity, 305 (1998) 301
Jiang, H., F.H. Li, W. Liu, Y. Zhang and Z.Q. Mao, Structural
Dam, B., J.H. Rector, J.M. Huijbregtse and R. Griessen, The
modulation in Bi,9La(, ,)S,Cur,_ p,Co, O, (x =0.2, 0.6,
transition from 2D-nucleation to spiral growth in pulsed
1.0), 305 (1998) 202
laser deposited YBa,Cu,0,_; films, 305 (1998) 1
Jung, K., see Goo, D., 305 (1998) 221
Darmann, F., see Herrmann, J., 305 (1998) 114
Du, Z.H., see Yang, W.M., 305 (1998) 269
Kakihana, M., see Lee, S., 305 (1998) 57
Emelyanov, D.A., see Lee, S., 305 (1998) 57 Kato, K., see Kuwasawa, Y., 305 (1998) 95
Kawamura, M., see Yoshimori, S., 305 (1998) 281
Fan, X., see Sun, X., 305 (1998) 227 Khasanova, N.R., A. Yamamoto, S. Tajima, X.-J. Wu and K.
Feng, Y., see Yang, W.M., 305 (1998) 269 Tanabe, Superconductivity at 10.2 K in the K-Bi—O system,
305 (1998) 275
Gawalek, W., see Yang, W.M., 305 (1998) 269 Kim, J.H., see Goo, D., 305 (1998) 221
Gong, C., see Chen, X., 305 (1998) 262 Kim, M.-S., see Lee, S., 305 (1998) 57
Goo, D., S. Oh, J.H. Kim, K. Jung and D. Youm, Diffusion Kiryakov, N.P., see Lee, S., 305 (1998) 57
bonding of the textured Ni tapes for the substrate of YBCO Kobayashi, A., see Yoshimori, S., 305 (1998) 281
coated conductors, 305 (1998) 221 Kottman, P., see Paasi, J., 305 (1998) 21
Gornert, P., see Yang, W.M., 305 (1998) 269 Kovaé, P., see Pitel, J., 305 (1998) 26
314 Author Index to Volume 305
Koyama, S., see Oka, A., 305 (1998) 213 R4ébara, M., Y. Yoshida, T. Takeuchi, P. Miranovié and K.
Kuwasawa, Y., K. Kato, M. Matsuo and T. Nojima, Indications Miya, Irreversibility field analysis for Bi,Sr,Ca,Cu,O,
of pair electron effect above field induced superconductor— tapes by using axial probe, 305 (1998) 285
insulator transition in amorphous ultra thin W films with Radovan, H.A., see Wen, H.-h., 305 (1998) 185
Si/W_/Si structure, 305 (1998) 95 Rajasekharan, T., see Hari Babu, N., 305 (1998) 103
Kuznetsov, M.S., see Lee, S., 305 (1998) 57 Rector, J.H., see Dam, B., 305 (1998) 1
Ren, Y., see Sawh, R.-P., 305 (1998) 159
Lee, S., N.P. Kiryakov, D.A. Emelyanov, M.S. Kuznetsov,
Yu.D. Tretyakov, V.V. Petrykin, M. Kakihana, H. Ya- Sato, H., see Naito, M., 305 (1998) 233
mauchi, Y. Zhuo, M.-S. Kim and S.-I. Lee, Effect of Sr Savvides, N., see Herrmann, J., 305 (1998) 114
substitution on irreversibility line, lattice dynamics and for- Sawh, R.-P., Y. Ren, R. Weinstein, W. Hennig and T. Nemoto,
mation of Hg,Pb-1223 superconductors, 305 (1998) 57
Uranium chemistry and pinning centers in high temperature
Lee, S.-I., see Lee, S., 305 (1998) 57 superconductor, 305 (1998) 159
Li, F.H., see Jiang, H., 305 (1998) 202
Shi, J.B., Dielectric studies in T* and T’ structures of (La,
Li, K.B., see Cao, X.W., 305 (1998) 68
Gd),CuO,, 305 (1998) 35
Li, X.-G., see Sun, X., 305 (1998) 227
Shiohara, Y., see Oka, A., 305 (1998) 213
Liu, W., see Jiang, H., 305 (1998) 202 Srinivas, S., see Hari Babu, N., 305 (1998) 103
Li Vigni, M., see Agliolo Gallitto, A., 305 (1998) 75 Suenaga, M., see Wu, L., 305 (1998) 167
Sun, X., X. Zhao, W. Wu, X. Fan and X.-G. Li, Growth of
MajoroS, M., see Paasi, J., 305 (1998) 21 Bi,Sr,Ca,_,Pr,Cu,O, single crystals from Bi-rich melts,
Malik, S.K., see Hari Babu, N., 305 (1998) 103 305 (1998) 227
Mao, Z.Q., see Jiang, H., 305 (1998) 202
Mashino, M., see Yasuoka, H., 305 (1998) 125
Tajima, S., see Khasanova, N.R., 305 (1998) 275
Matsumoto, T., see Iwasaki, H., 305 (1998) 11
Takei, S., see Yoshimori, S., 305 (1998) 281
Matsuo, M., see Kuwasawa, Y., 305 (1998) 95
Takeuchi, T., see Rabara, M., 305 (1998) 285
Matsuoka, F., see Iwasaki, H., 305 (1998) 11
Tanabe, K., see Khasanova, N.R., 305 (1998) 275
Mazaki, H., see Yasuoka, H., 305 (1998) 125
Tanigawa, K., see Iwasaki, H., 305 (1998) 11
McCaughey, G., see Herrmann, J., 305 (1998) 114
Tochihara, S., see Yasuoka, H., 305 (1998) 125
Menon, L., see Hari Babu, N., 305 (1998) 103
Tretyakov, Yu.D., see Lee, S., 305 (1998) 57
Miranovié, P., see Rabara, M., 305 (1998) 285
Miya, K., see Rabara, M., 305 (1998) 285
Mizushima, K., see Yoshimori, S., 305 (1998) 281 Uchida, Y., see Yoshimori, S., 305 (1998) 281
Miiller, K.-H., see Herrmann, J., 305 (1998) 114
Wang, F.Y., see Yang, W.M., 305 (1998) 269
Naito, M., H. Yamamoto and H. Sato, Reflection high-energy Wang, J.R., see Yang, W.M., 305 (1998) 269
electron diffraction and atomic force microscopy studies on Wang, Z.H., see Cao, X.W., 305 (1998) 68
homoepitaxial growth of SrTiO,(001), 305 (1998) 233 Weinstein, R., see Sawh, R.-P., 305 (1998) 159
Nemoto, T., see Sawh, R.-P., 305 (1998) 159 Wen, H.-h., P. Ziemann, H.A. Radovan and T. Herzog, On the
Nojima, T., see Kuwasawa, Y., 305 (1998) 95 magnetization relaxation of ring-shaped Tl,Ba,CaCu,O,
thin films as determined by superconducting quantum inter-
Oh, S., see Goo, D., 305 (1998) 221 ference device measurements, 305 (1998) 185
Oka, A., S. Koyama and Y. Shiohara, Study of oxygen diffusion Wu, C.-J., Microwave properties of a composite superconduct-
in NdBa,Cu,0,_; single crystal by in-situ observation of ing structure in the mixed state, 305 (1998) 293
twin formation, 305 (1998) 213 Wu, L., Y. Zhu and M. Suenaga, Crystallographic analysis of
the intermediate phases observed during the conversion of
(Bi, Pb),Sr,CaCu,0,,;5 to (Bi, Pb),Sr,Ca,Cu,0,9,5 in
Paasi, J., P. Kottman, M. MajoroS and V. Plechaéek, Intergranu-
composite tapes, 305 (1998) 167
lar and intragranular currents in (Bi,Pb),Sr,Ca,Cu,0j9, ,
Wu, M.Z., see Yang, W.M., 305 (1998) 269
superconductors: temperature dependence in low magnetic
Wu, W., see Sun, X., 305 (1998) 227
fields, 305 (1998) 21
Wu, X.-J., see Khasanova, N.R., 305 (1998) 275
Paufler, P., see Jaenicke-Réssler, U., 305 (1998) 209
Wu, X.Z., see Yang, W.M., 305 (1998) 269
Petrykin, V.V., see Lee, S., 305 (1998) 57
Pitel, J. and P. Kovaé, Influence of an axial current density
stepping on the critical currents and magnetic field of cylin- Yamamoto, A., see Khasanova, N.R., 305 (1998) 275
drical magnets wound with Bi(2223)Ag anisotropic tapes— Yamamoto, H., see Naito, M., 305 (1998) 233
theoretical analysis, 305 (1998) 26 Yamauchi, H., see Lee, S., 305 (1998) 57
Plechééek, V., see Paasi, J., 305 (1998) 21 Yang, T.J., see Dai, M.C., 305 (1998) 301
Author Index to Volume 305
Yang, W.M., L. Zhou, Y. Feng, P.X. Zhang, M.Z. Wu, C.P. Yu, Z.M., see Yang, W.M., 305 (1998) 269
Zhang, J.R. Wang, Z.H. Du, F.Y. Wang, Z.M. Yu, X.Z. Wu, Yukimachi, F., see Iwasaki, H., 305 (1998) 11
W. Gawalek and P. Gornert, The effect of excess Y,O,
addition on the levitation force of melt processed YBCO
bulk superconductors, 305 (1998) 269 Zahn, G., see Jaenicke-Rossler, U., 305 (1998) 209
Yasuoka, H., S. Tochihara, M. Mashino and H. Mazaki, Mate- Zhang, C.P., see Yang, W.M., 305 (1998) 269
rial parameters of YBa,Cu,O, in the Kim—Anderson criti- Zhang, P.X., see Yang, W.M., 305 (1998) 269
cal-state model, 305 (1998) 125 Zhang, Y., see Jiang, H., 305 (1998) 202
Yoshida, Y., see Rabara, M., 305 (1998) 285 Zhao, R., see Herrmann, J., 305 (1998) 114
Yoshimori, S., K. Mizushima, A. Kobayashi, S. Takei, Y. Zhao, X., see Sun, X., 305 (1998) 227
Uchida and M. Kawamura, Synthesis and AES analysis of Zhou, L., see Yang, W.M., 305 (1998) 269
Nb(NbN)-—AIN multilayers by off-axial DC magnetron sput- Zhu, Y., see Wu, L., 305 (1998) 167
tering, 305 (1998) 281 Zhuo, Y., see Lee, S., 305 (1998) 57
Youm, D., see Goo, D., 305 (1998) 221 Ziemann, P., see Wen, H.-h., 305 (1998) 185
PHYSICA (
Physica C 305 (1998) 316-317
Analytic Subject Index to Volume 305
Activation energy Cu-—O planes High-pressure effects
—for (Lay ;Gd, ;CuO,) 35 -in YBa,Cu,0, 179 —on TbNi,B,C 209
—for (La, ;;Gdy g;CuO,) 35 Current density stepping Hole concentration
AFM —in Bi,,,,Ag pancake coils 26 -in T1,Ba,CuO,, 5 262
—on SrTiO, 233 Homoepitaxial growth
Anelastic spectroscopy —of SrTiO, 233
3D island growth
-—on La,CuO,, 5 251 Hysteresis 11
—of SrTiO, 233
Angular dependence magnetization 11
D-wave superconductor 46
Application of high-7, superconductors 26
Dielectric constant
Auger electron spectroscopy —of (Lay ,Gd, ;CuO,) 35 Irreversibility field
—on Nb(NbN)-AIN multilayers 281 -in YBa,Cu,0O,, 125
—of (La, ;;Gdy g;CuO,) 35
Axial probe 285 Irreversibility line
Diffusion bonding
—of Hg-1223 57
—of Ni tapes 221
Bose einstein condensate 46 Irreversibility lines
Doping efficiency
Bose glass -of Bi,Sr,Ca,Cu,0, tapes 285
-in La,CuO,, 5 251
—in Si/a-W/Si films 95
Doping level
Bulk modulus
-of K,_ ,Bi,,,O , 275
—of TbNi,B,C 209 Kim—Anderson critical-state model 125
Carrier density
Elastic constants
-in YBa,Cu,0, 179 -of TbNi,B,C 209 Layer-by-layer growth
Charge transfer Electrical resistivity —of SrTiO, 233
—in Tl,Ba,CuO,, 5 262 —of Nb(NbN)-AIN multilayers 281 Levitation force
Chemical oxygen diffusion Electromagnetic field response -—on YBCO 269
-in NdBa,Cu,0,_; 213 -—of YBa,Cu,O, single crystals 75 Localization
-in YBa,Cu,0,_; 213 Electron microscopy —in Si/a-W/Si films 95
Chemical pinning center 159
—on Bi,(Srp Lag ,),Cu, _,Co,O, 202
Clustering
Electron-phonon coupling 46
-in La,CuO,, 5 251 Magnet of superconducting material 159
Encapsulation technique 57
Composition Magnetic field distribution 301
—of Bi,Sr,Ca,_,Pr,Cu,O, single crystals Magnetic inversion
227 Fluctuation 95 -in (Bi,Pb),Sr,Ca,Cu,0, ((Bi,Pb)-2223/
Conversion Flux creep Ag) tape 114
—of (Bi,Pb), Sr,CaCu,O,, 5 167 —in Tl,Ba,CaCu,O, thin films 185 Magnetic properties 301
Flux pinning
Critical current Magnetic susceptibility
—of Bi,Sr,Ca,Cu,O0, tapes 285 -in YBa,Cu,O, 125 -of K,,B i_, , ,0, 275
~in YBa,Cu,0,_, 159
Critical current density Magnetisation
—of (Bi,Pb),Sr,Ca,Cu,0j,9,, 21 -—in YBa,Cu,0,_, thin films 68 —of (Bi,Pb), Sr,Ca,Cu,0,9,, 21
Fluxoid correlation
—of Bi,.,,Ag pancake coils 26 Magnetization
—in Bi,Sr,Ca,Cu,O, tapes 285
—of Hg-1223 57 —of Nd, g5gCeg ;4CuO, single crystal 11
—of NdBa,Cu,0,_, 103 —of NdBa,Cu,0,_; 103
-of Tl,Ba,CaCu,O, thin films 185 Glassy state -of Tl, Ba,CaCu,O, thin films 185
-of YBa,Cu,0,_; 159 —in Tl,Ba,CaCu,O, thin films 185 -of YBa,Cu,O, 125
-of YBa,Cu,0,_,; thin films 68 Granular superconductivity Melt growth
Critical current distribution —in (Bi,Pb),Sr,Ca,Cu,0j9,, 21 -—of YBCO 269
-in (Bi,Pb),Sr,Ca,Cu,0, ((Bi,Pb)-2223 / Growth mechanisms Microwave emission
Ag) tape 114 —for YBa,Cu,0,_ ;-films | —by YBa,Cu,0O, single crystals 75
Analytic Subject Index to Volume 305 317
Microwave properties 293 Self energy 139 -of Bi,Sr,Ca,_,Pr.Cu,O, single crystals
Mixed state 293 Self-flux method 227 227 .
Mobility of oxygen Single vortex structure 301 -of K,_ ,Bi,,,0 , 275
—in La,CuO,, 5 251 Spiral growth —of Nb(NbN)-AIN multilayers 281
Multilayers 293 -of YBa,Cu,0,_ ;-films 1 —of Ni tapes films 221
Spray-drying 57
Nonlinear effects Step- and terrace structure
Texturing
-in YBa,Cu,O, single crystals 75 —of SrTiO, 233
-in NdBa,Cu,0,_,; 103
Nonstoichiometric composition 213 Step-flow growth 233
—of Ni tapes 221
Normal state properties 85 Stranski-Krastanov growth 233
-of YBCO 221
Strong coupling 139
Tunneling conductance 46
O-T transition
Structural evolution 167
Tunneling spectroscopy 85
—in NdBa,Cu,0,_; 213
Structural modulation
Twin formation
-in YBa,Cu,0,_; 213
-in Bi,(Srp gLap ;),Cu, _ ,Co,O, 202
-in NdBa,Cu,0,_,5 213
Structural transformation ;
Penetration depth 293 -in YBa,Cu,0,_ 5 213
-in K,_,B i, , ,O; 275
Pinning force
Structure
-—in NdBa,Cu,0,_; 103 -of (Ca,Sr);, .(Pb,Bi);, ,CuO 167 Uranium doping
Pressure effect -of Bi,(Stp gLap ,),Cu,_ ,Co,O, 202 -of YBa,Cu,0,_; 159
—on T1,Ba,CuO,, 5 262
-of K,_ ,Bi,,,O , 275
Pulsed laser deposition
-—of La,CuO,,5 251 Vortex liquid state
—of YBa,Cu,0,_ ,-films 1
-of T1,Ba,CuO,, 5 262 —of YBa,Cu,0,_, thin films 68
Substitution effect Vortex system
Quasiparticle interactions 139
-in Bi,(Srp Lag ;),Cu, _ ,Co,O, 202 —in Nd, gs5gCeg ;42CuO, single crystal 11
~in YBa,Cu,0, 179 .
Raman spectroscopy
—on Hg-1223 57 Substitutions X-ray diffraction
RHEED —in Hg-1223 57 -on TbNi,B,C 209
—on SrTiO, 233 Superconducting gap 139
RHEED oscillation Superconducting state properties 85
Y,O, addition
—in SrTiO, 233 Superconductor—insulator transition 95
-in YBCO 269
Surface diffusion
Scaling law —on YBa,Cu,0O,_ ;-films 1
—for Bi,Sr,Ca,Cu,O, tapes 285 Synthesis Zinc substitution
Scanning Hall sensor 114 —of (Bi,Pb), Sr,Ca,Cu,0,9, 5 167 -in YBa,Cu,0, 179