Physica C: Superconductivity 1996: Vol 267 Index

8 Pages·1996·1.8 MB·English

PHYSICA (
ELSEVIER Physica C 267 (1996) 361-363
Author Index to Volume 267
Abraham, R., see Gladyshevskii, R.E., 267, 93 De, U., see Bandyopadhyay, S.K., 267, 303
Afonso, S., see Chen, K.Y., 267, 355 Delamare, M.P., see Monot, I., 267, 173
Al-Mosawi, M.K., C. Beduz, Y. Yang and R.G. Scurlock, The Desgardin, G., see Monot, I., 267, 173
fabrication, microstructure and transport current study of Dilanian, R.A., see Strukova, G.K., 267, 67
BPSCCO 2223 multi-connected tapes, 267, 45 Dorbolo, S., M. Houssa and M. Ausloos, Influence of a Van
Allemand, J., see Gladyshevskii, R.E., 267, 93 Hove singularity on the electronic specific heat of high-T,
Amm, K.M., see Wolters, Ch., 267, 164 superconductors, 267, 24
Ausloos, M., see Dorbolo, S., 267, 24 Duan, H.M., see Yu, F., 267, 308
Dyakonov, V., see Baran, M., 267, 313
Baikov, Yu., see Litgemeier, H., 267, 191
Ebisawa, H., see Nishio, T., 267, 119
Bandyopadhyay, S.K., P. Sen, P. Barat, U. De, K. Mandal, S.K.
Escribe-Filippini, C., see Harneit, W., 267, 270
Kar and C.K. Majumdar, Alpha irradiation of Bi-2212 super-
Ewing, R.C., see Newcomer, P.P., 267, 243
conductor, 267, 303
Baran, M., V. Dyakonov, I. Fita, L. Gladezuk, A. Wisniewski
and H. Szymczak, Pressure-induced oxygen-ordering pro- Fischer, G.A., H. Trammell, S.B. Barlow, R.F. Jardim and M.S.
cesses in GdBa, ;Srp ;Cu,0,,,, 267, 313 Torikachvili, Electrical resistivity in Bi,Sr,CaCu,O,, 5
Barat, P., see Bandyopadhyay, S.K., 267, 303 compounds synthesized via melt-casting, 267, 293
Barbour, J.C., see Newcomer, P.P., 267, 243 Fita, I., see Baran, M., 267, 313
Barlow, S.B., see Fischer, G.A., 267, 293 Flikiger, R., see Gladyshevskii, R.E., 267, 93
Bazhenov, A.V., see Strukova, G.K., 267, 67 Flikiger, R., see Jeremie, A., 267, 10
Beduz, C., see Al-Mosawi, M.K., 267, 45 Fonseca, F.C. and R. Muccillo, Properties of YBa,Cu,0,7_ ;-Ag
Bermer, D., see Widder, K., 267, 254 superconductors prepared by the citrate method, 267, 87
Bhagat, S.M., see Lofland, S.E., 267, 79
Brinkmann, D., see Lombardi, A., 267, 261 Galez, Ph., see Gladyshevskii, R.E., 267, 93
Broto, J.M., see Harneit, W., 267, 270 Gamari-Seale, H., see Psycharis, V., 267, 211
Buder, R., see Harneit, W., 267, 270 Geserich, H.P., see Widder, K., 267, 254
Gladczuk, L., see Baran, M., 267, 313
Gladyshevskii, R.E., Ph. Galez, K. Lebbou, J. Allemand, R.
Cattaneo, L., M. Celasco, A. Masoero, P. Mazzetti, I. Puica and
Abraham, M. Couach, R. Flikiger, J.-L. Jorda and M.Th.
A. Stepanescu, Current noise in HTC polycrystalline super-
Cohen-Adad, Structural characterization and superconduct-
conductors. A comparison between experiments and differ-
ing properties of (Tl, ;Pby) 5XSr,_ ,Ba,)Ca,Cu,0,_ 5, 267,
ent types of percolation models, 267, 127
93
Celasco, M., see Cattaneo, L., 267, 127
Gorbenko, O.Yu., see Samoylenkov, S.V., 267, 74
Chaddah, P., see Chandran, M., 267, 59
Gubbens, P.C.M., see Moolenaar, A.A., 267, 279
Chan, F.T., see Chen, K.Y., 267, 355
Chandran, M. and P. Chaddah, Critical state in a Josephson
junction array: effect of transport currents, 267, 59 Harneit, W., T. Klein, C. Escribe-Filippini, H. Rakoto, J.M.
Chen, J.L., see Wei, J.C., 267, 345 Broto, A. Sulpice, R. Buder, J. Marcus and W. Schmidbauer,
Chen, K.Y., G.J. Salamo, S. Afonso, X.L. Xu, Y.Q. Tang, Q. Short time study of the fishtail effect in Bay,K,,BiO,
Xiong, F.T. Chan and L.W. Schaper, Fabrication of biaxially single crystals, 267, 270
aligned YBa,Cu,O,_, thin films on glass substrates, 267, Hasegawa, M., Y. Matsushita and H. Takei, Local structural
355 changes in T1,Ba,Ca,Cu,O,, single crystal between 90 K
Chung, H., see Yoo, J., 267, 53 and 290 K, 267, 31
Cohen-Adad, M.Th., see Gladyshevskii, R.E., 267, 93 Heinecke, M., see Krug, K., 267, 321
Couach, M., see Gladyshevskii, R.E., 267, 93 Heinmaa, I., see Liitgemeier, H., 267, 191
362 Author Index to Volume 267
Hejtmanek, J., see Jirak, Z., 267, 225 MacManus-Driscoll, J.L., see Li, Y.H., 267, 337
Hermann, A.M., see Yu, F., 267, 308 Maignan, A., see Malo, S., 267, 1
Hervieu, M., see Malo, S., 267, | Majumdar, C.K., see Bandyopadhyay, S.K., 267, 303
Horng, L., see Wei, J.C., 267, 345 Mali, M., see Lombardi, A., 267, 261
Houssa, M., see Dorbolo, S., 267, 24 Mali, M., see Schwer, H., 267, 113
Hubbard, M.A., see Yu, F., 267, 308 Malo, S., D. Pelloquin, A. Maignan, C. Michel, M. Hervieu and
B. Raveau, Superconducting oxycarbonates Hg,_ ,V,Sr4_ ,-
Iqbal, Z., see Owens, F.J., 267, 147 Ba,Cu,0,_ ;CO;;: three closely related structural families,
267, 1
Jardim, R.F., see Fischer, G.A., 267, 293
Mandal, K., see Bandyopadhyay, S.K., 267, 303
Jardim, R.F., see Suzuki, P.A., 267, 153 Marcus, J., see Harneit, W., 267, 270
Jeremie, A. and R. Fliikiger, Similarities in Bi,Pb(2223) forma-
Masoero, A., see Cattaneo, L., 267, 127
tion starting from different precursors, 267, 10 Matsushita, Y., see Hasegawa, M., 267, 31
Jirak, Z., J. Hejtmanek, K. KniZek and R. Sonntag, Carbonate
Mazzetti, P., see Cattaneo, L., 267, 127
groups and the superconductivity in 123 cuprates Mehta, G.K., see Lofland, S.E., 267, 79
Yop. gCap 7Ba,Cu,_,C,O,, 267, 225
Meijer, G.I., see Schwer, H., 267, 113
Jorda, J.-L., see Gladyshevskii, R.E., 267, 93
Menken, M.J.V., see Moolenaar, A.A., 267, 279
Menovsky, A.A., see Moolenaar, A.A., 267, 279
Kaldis, E., see Schwer, H., 267, 113
Meuffels, P., see Liitgemeier, H., 267, 191
Kalitsounakis, N., see Psycharis, V., 267, 211
Michel, C., see Malo, S., 267, 1
Kanjilal, D., see Lofland, S.E., 267, 79
Miller, M.L., see Newcomer, P.P., 267, 243
Kar, S.K., see Bandyopadhyay, S.K., 267, 303
Minamikawa, T., M. Tazoe, K. Segawa, Y. Yonezawa, A.
Karpinski, J., see Schwer, H., 267, 113
Morimoto and T. Shimizu, Preparation of a-axis-oriented
Kaul, A.R., see Samoylenkov, S.V., 267, 74 YBa,Cu,O, superconducting films on MgO substrates with
Kawashima, T. and E. Takayama-Muromachi, Superconductiv- PrBa,Cu,Q, buffer layers, 267, 330
ity in the series of compounds Sr,Ca,,_ ,Cu,O, (n= 1 ~ 4)
Mitros, C., see Psycharis, V., 267, 211
prepared under high pressure, 267, 106
Monot, I., J. Wang, M.P. Delamare, J. Provost and G. Des-
Kim, H., see Yoo, J., 267, 53
gardin, Influence of different melt processings upon the
Kirven, D., see Owens, F.J., 267, 147
microstructure and critical current of textured Y123, 267,
Klaser, M., see Widder, K., 267, 254
173
Klein, T., see Harneit, W., 267, 270
Moolenaar, A.A., P.C.M. Gubbens, J.J. van Loef, M.J.V.
Knizek, K., see Jirak, Z., 267, 225
Menken and A.A. Menovsky, PrBa,Cu,O, investigated by
Ko, J., see Yoo, J., 267, 53
'4! Pr Mossbauer spectroscopy, 267, 279
Kolesnikov, N.N., see Yu, F., 267, 308
Morimoto, A., see Minamikawa, T., 267, 330
Kolyubakin, A.I., see Strukova, G.K., 267, 67
Morosin, B., see Newcomer, P.P., 267, 243
Kopylov, V.N., see Yu, F., 267, 308
Muccillo, R., see Fonseca, F.C., 267, 87
Koufoudakis, A., see Psycharis, V., 267, 211
Miller-Vogt, G., see Widder, K., 267, 254
Krug, K., M. Heinecke and K. Winzer, Upper-critical-field
Miinzel, J., see Widder, K., 267, 254
anisotropy and magnetic phase diagram of HoNi,B,C, 267,
321 Narikiyo, O., Itinerant-localized duality description of the nor-
Kwak, J.F., see Newcomer, P.P., 267, 243 mal state of high-7, cuprates. Incoherent spectra near the
Mott transition, 267, 204
Lebbou, K., see Gladyshevskii, R.E., 267, 93
Newcomer, P.P., J.C. Barbour, L.M. Wang, E.L. Venturini, J.F.
Li, Y.H. and J.L. MacManus-Driscoll, Identification of the high
Kwak, R.C. Ewing, M.L. Miller and B. Morosin, Tempera-
pressure phase in Bi-Sr-Ca-Cu-O superconductors by
ture dependent microstructural modification in ion-irradiated
HRTEM and XRD, 267, 337
Tl-type high temperature superconductors, 267, 243
Liarokapis, E., see Psycharis, V., 267, 211
Niarchos, D., see Psycharis, V., 267, 211
Lofland, S.E., S.D. Tyagi, S.M. Bhagat, M. Rajeswari, T.
Niedermayer, Ch., see Litgemeier, H., 267, 191
Venkatesan, D. Kanjilal and G.K. Mehta, Microwave mag-
Nishio, T. and H. Ebisawa, On the dynamics of the supercon-
netoabsorption in c-axis-oriented YBa,Cu,O, films with
ducting order parameter under a magnetic field in the quanti-
cclumnar defects, 267, 79
zation regime of a two-dimensional system, 267, 119
Lombardi, A., M. Mali, J. Roos and D. Brinkmann, Hyperfine
fields at the Ba site in YBa,Cu,0,: An NMR and NQR
Owens, F.J., Z. Iqbal and D. Kirven, Anomalous microwave
study, 267, 261 absorption in quasi-one-dimensional (Sr,Ca). ,,Cu,,0,,,
Liitgemeier, H., S. Schmenn, P. Meuffels, O. Storz, R. 267, 147
Schéllhorn, Ch. Niedermayer, I. Heinmaa and Yu. Baikov,
A different type of oxygen order in RE Ba,Cu,0,,,) HT, Palles, D., see Psycharis, V., 267, 211
superconductors with different RE ionic radii, 267, 191 Pelloquin, D., see Malo, S., 267, 1
Author Index to Volume 267 363
Poulakis, N., see Psycharis, V., 267, 211 Shekhtman, A cubic phase in ceramic Y-Ba-Cu-O doped
Provost, J., see Monot, I., 267, 173 with Nb, 267, 67
Psycharis, V., C. Mitros, A. Koufoudakis, H. Gamari-Seale, D. Sulpice, A., see Harneit, W., 267, 270
Niarchos, N. Kalitsounakis, N. Poulakis, D. Palles and E. Sun, Y.R., see Wolters, Ch., 267, 164
Liarokapis, Structural study, resistivity, magnetization and Suzuki, P.A. and R.F. Jardim, On the diffusion of Ce into
Raman measurements for the HT, superconducting com- Eu,CuO,_, compounds, 267, 153
pounds SmBa,_ ,Sr,Cu,O,,, (x = 0.0, 0.25, 0.5, 0.75, 1.0 Szymczak, H., see Baran, M., 267, 313
and 1.25), 267, 211
Puica, I., see Cattaneo, L., 267, 127 Takayama-Muromachi, E., see Kawashima, T., 267, 106
Takei, H., see Hasegawa, M., 267, 31
Rajeswari, M., see Lofland, S.E., 267, 79 Tang, Y.Q., see Chen, K.Y., 267, 355
Rakhmanov, A.L. and A.V. Rozhkov, Electric field effect on the Tazoe, M., see Minamikawa, T., 267, 330
critical current of SNS contact, 267, 233 Torikachvili, M.S., see Fischer, G.A., 267, 293
Rakoto, H., see Harneit, W., 267, 270 Trammell, H., see Fischer, G.A., 267, 293
Raveau, B., see Malo, S., 267, 1 Tyagi, S.D., see Lofland, S.E., 267, 79
Roos, J., see Lombardi, A., 267, 261
Rossel, C., see Schwer, H., 267, 113 Van Loef, J.J., see Moolenaar, A.A., 267, 279
Rozhkov, A.V., see Rakhmanov, A.L., 267, 233 Venkatesan, T., see Lofland, S.E., 267, 79
Venturini, E.L., see Newcomer, P.P., 267, 243
Ssalamo, G.J., see Chen, K.Y., 267, 355
Salamon, M.B., see Yu, F., 267, 308 Wang, J., see Monot, I., 267, 173
Samoylenkov, S.V., O.Yu. Gorbenko and A.R. Kaul, Supercon- Wang, L.M., see Newcomer, P.P., 267, 243
ducting properties of oxygen deficient LuBa,Cu,0,_ , thin Wei, J.C., J.L. Chen, L. Horng and T.J. Yang, Thickness
films, 267, 74 dependence of magnetic force and vortex creation in type-II
Sasakura, H. and K. Yoshida, Superconductivity in the Th-con- superconducting thin film, 267, 345
tained cuprate (Bi,_ ,Pb,)Sr,(Eu,_ ,Th,)Cu,O., 267, 19 Widder, K., D. Berner, J. Miinzel, H.P. Geserich, M. Klaser, G.
Schaper, L.W., see Chen, K.Y., 267, 355 Miiller-Vogt and Th. Wolf, Charge carrier distribution in
Schmenn, S., see Liitgemeier, H., 267, 191 Y,_ -Ca.Ba,Cu,0,, 267, 254
Schmidbauer, W., see Harneit, W., 267, 270 Winzer, K., see Krug, K., 267, 321
Schdllhorn, R., see Liitgemeier, H., 267, 191 Wisniewski, A., see Baran, M., 267, 313
Schwartz, J., see Wolters, Ch., 267, 164 Wolf, Th., see Widder, K., 267, 254
Schwer, H., J. Karpinski, E. Kaldis, G.I. Meijer, C. Rossel and Wolters, Ch., K.M. Amm, Y.R. Sun and J. Schwartz, Synthesis
M. Mali, Evidence for Al doping in the CuO, planes of of (Hg,Re)Ba,Ca,,_ ,Cu,O, superconductors, 267, 164
YBa,Cu,Og single crystals, 267, 113
Scurlock, R.G., see Al-Mosawi, M.K., 267, 45 Xiong, Q., see Chen, K.Y., 267, 355
Segawa, K., see Minamikawa, T., 267, 330 Xu, X.L., see Chen, K.Y., 267, 355
Sen, P., see Bandyopadhyay, S.K., 267, 303
Sha, J., see Yoo, J., 267, 53 Yang, T.J., see Wei, J.C., 267, 345
Shekhtman, V.Sh., see Strukova, G.K., 267, 67 Yang, Y., see Al-Mosawi, M.K., 267, 45
Shevchenko, S.A., see Strukova, G.K., 267, 67 Yonezawa, Y., see Minamikawa, T., 267, 330
Shimizu, T., see Minamikawa, T., 267, 330 Yoo, J., H. Chung, J. Ko, H. Kim and J. Sha, Fabrication of
Simkin, M.V., On mean-field theory of quantum phase transi- superconducting joints between PIT processed Bi-2223 /Ag
tion in granular superconductors, 267, 161 tapes by single and multiple press and reaction annealing,
Smirnova, I.S., see Strukova, G.K., 267, 67 267, 53
Sonntag, R., see Jirak, Z., 267, 225 Yoshida, K., see Sasakura, H., 267, 19
Stepanescu, A., see Cattaneo, L., 267, 127 Yu, F., V.N. Kopylov, M.B. Salamon, N.N. Kolesnikov, M.A.
Storz, O., see Liitgemeier, H., 267, 191 Hubbard, H.M. Duan and A.M. Hermann, Field dependent
Strukova, G.K., I.S. Smimova, A.V. Bazhenov, S.A. thermal conductivity of Tl, Ba,CuO,: evidence for Andreev
Shevchenko, A.I. Kolyubakin, R.A. Dilanian and V.Sh. scattering of quasiparticles, 267, 308
NcSe PHYSICA@
ELSEVIER Physica C 267 (1996) 364-365
Subject Index to Volume 267
AC-susceptibility -of Yo ,Cay ,Ba,Cu,;_ ,C,O, 225 —of Gd;BSrpya ;Cu,,0, , , 313
-of (Tl 5Pbo5XSr>_,Ba,)Ca,Cu,0_5 -of YBa,Cu,0,_;-Ag 87 -of PrBa,Cu,0, 279
93 Electronic transport properties Magnetoresistance
-of (Tlo¢Pbo Bip. XSr, gBayg)Ca,Cu;- -of Y,_ ,Ca,Ba,Cu,0, 254 -of HoNi,B,C 321
O5_5; 93 Mean-field theory 161
-of Hg,_ ,V,Sr4_ ,Ba,Cu,0,_;CO,; 1 Far infrared spectra Melt casting
Ac susceptibility -of YBa,Cu,_,(Nb,)O, 67 —of Bi,Sr,CaCu,O, , , 293
-Of Yo gCao 7 Ba,Cu;_,C,O, 225 Fermi liquid theory 204 Melt processing
Ac-resistivity Fishtail effect -of YBa,Cu,0,_,; 173
—of (Sr,Ca),,Cu,,0,, 147 -in Bay ¢Ky ,BiO, 270 Microstructural modification
Ac-susceptibility Flexural strength 87 —in Tl-Ba—Ca—Cu-—O 243
-of (Hg,Re)Ba,Ca,,_ ,Cu,O, 164 Fluctuation effects 127 Microstructure
Andreev reflection Flux pinning -of YBa,Cu,0,_; 173
—of Tl,Ba,CuO, crystals 308 -in BaKyy ,,Bi O, 270 Microwave absorption
Antiferromagnetic order -in YBa,Cu,O, thin films 79 —in (Sr,Ca),,Cu,,0,, 147
-in HoNi,B,C 321 -of YBa,Cu,O, thin films 79
~—in REBa,Cu,0,, , 191 Ginzburg-Landau theory 119, 233 Mott transition 204
Granular superconductivity 161
Buffer layer NMR
-—of PrBa,Cu,0, 330 HRTEM -in YBa,Cu,O, 261
—of Bi,Sr,Ca,Cu,O0,, 5 337 NQR
Charge redistribution 211 High-pressure synthesis ~in YBa,Cu,O, 261
Critical current density -of Sr,Ca,,_ ;Cu,O, 106 ~of REBa,Cu,0,, , 191
of BPSCCO-2223 tapes 45 -—of YBa,Cu,O, single crystals 113
-of LuBa,Cu,0,_, 74 Interlayer coupling Neutron diffraction
-of YBa,Cu,O,_, 173 -in Bi-2212 single crystal 303 —Of YogCao2Ba,Cu,;C,_0 , 225
-of YBa,Cu,O,_, thin films 355 Irradiation effect 79 ania Sele pROpeNeS 208
Critical current -of Bi-2212 single crystal 303
—of SNS contact 233 -of Tl-Ba—Ca—Cu-O 243 O-T transition
Critical state 59 -in SmBa,_ ,Sr,Cu,0,,, 211
Cu-O chains Josephson junction array 59 Optical ceramography 87
-in Y,_ ,Ca,Ba,Cu,0, 254 Optical reflectivity
Cu-O planes Local structure change ~of Y;_ ,Ca,Ba,Cu;0, 254
ae Ty. Wee, a -in T1,Ba,Ca,CuOjo single crystal 31 Oxygen ordering
CuO planes 113 ~in Gd5BStpa 5;C,u3,0, , , 313
Oxygen stoichiometry
sa Mossbauer spectroscopy
Diffusion of Ce -of PrBa,Cu,0, 279 —in Bi-2212 single crystal 303
~in Eu,_ ,Ce,CuO,_ , 153 Magnetic force 345 —in LuBa,Cu,0,_, 74
-in Tl,Ba,Ca,Cu,O,, single crystal 31
Magnetic susceptibility
—of Bi,Sr,Ca,Cu,0,,5 337
Electric field effect —of (Bi,_ ,Pb,)Sr,(Eu,_,Th,)Cu,O0, 19
_on SNS contact 233 -of (Sr,Ca),4Cu,404, 147 as, 19
Electrical resistivity 127 -of Sr,Ca,,_ ,Cu,O, 106
—in Bi,Sr,CaCu,0,, 5 293 Magnetization Percolation theory 127
—of (Bi,_ ,Pb,)Sr,(Eu,_ ,Th,)Cu,O, 19 -of Bay ,K,,BiO,; 270 Phase diagram
Subject Index to Volume 267
-of (Bi,_ ,Pb,)Sr,(Eu_ ,Th,)Cu,O, 19 -of BPSCCO-2223 tapes 45 -of T1,Ba,CuO, crystals 308
-of HoNi,B,C 321 -of Bi-2223/Ag tapes 53 Thermal expansion
Pressure effect -—of Bi,Sr,Ca,Cu,0,,5 337 —of T1,Ba,Ca,Cu,O,, single crystal 31
-on GdBa, 5Sto 5Cu;0,,, 313 —of Eu,_ ,Ce,CuO,_, 153 Thermoelectric power
Pulsed laser ablation —of Hg,_ ,V,Sr4_,Ba,Cu,0,_;CO,; 1 -of Yo gCap ,Ba,Cu,_ ,C,O, 225
-of YBa,Cu,O, films 330 -—of LuBa,Cu,0,_, 74 Thermomechanical process 53
-of PrBa,Cu,0, 279 Thin films 79, 345
—of SmBa,_ ,Sr,Cu,0,,, 211 Two dimensional system 119
Quantum phase transition 161
-of Sr,Ca,,_ ,Cu,0, 106
Raman scattering 204 of Yo. gCao,Ba,Cu;_ ,C,O, 225 yoo ti a
-of SmBa,_ ,St,Cu,0,,, 211 -of YBa,Cu3_,(Nb,)O, 67 —O HOt, 8;
is , -of YBa,Cu,Og single crystals 113
Superconducting joints 53 Van Hove singularity 24
SEM Synthesis Vortex creation 345
~of (Hg,Re)Ba,Ca,- ,Cu,O, 164 -of YBa,Cu30,_, thin films 355 Vortex lines 308
~of Bi,Sr,CaCu,O,, 52 93 Synthese .
Specific heat 24 ree -of (Hg,Re)Ba,Ca,,_ ,Cu,O, 164 X-ray diffraction
-of (Tlo5Pbo5XSr,_ ,Ba,)Ca,Cu,0_ 5
Spin-lattice relaxation time T, -of BPSCCO-2223 tapes 45
~in YBa,40Cg u26 1 -of Bi,Sr,CaCu,0,, 52 93 93
Spin-spin relaxation time T, -of Hg,_ ,V,Sr4_ ,Ba,Cu,0,_;CO; |! -Of (To.¢PbXoS,2 .gBBaio 2o) C.a,2Cus -
-in YBa,Cu,O, 261 -of YBa,Cu,O, films 330 O,_; 93
Structure -of Bi,Pb(2223) 10
-of (Hg,Re)Ba,Ca,,_ ,Cu,O, 164 --ooff YYBBaa,,CCuu,,_0,,(N_b;,-)AOg, 876 7 —of Eu,_ ,Ce,CuO,_, 153
-of Hg,_ ,V,Sr4_ ,Ba,Cu,0,_;CO, 1
—of (Tlo5 Pb, ;XSr,_ ,Ba,)-Ca,Cu 309_ 5 * . ?
93 -of YBa,Cu;_,(Nb,)O, 67
-of (Tl)¢Pb Bio >XXSr, gBay,)Ca,Cu;- Thermal conductivity XRD
O,_; 93 —of Tl-Ba—Ca—Cu-—O 243 —of Bi,Sr,Ca,Cu,0,, 5 337
NS,
ie PHYSICA
4
ELSEVIER Physica C 267 (1996) 366-367
Materials Index to Volume 267
(Bi,_ ,Pb,)Sr,(Eu,_ ,Th,)Cu,0, —synthesis 164 Tl-Ba—Ca—Cu-—O
—electrical resistivity 19 Hg,_ ,V,Sr4_ yBa Cu 20,_;CO; —irradiation effect 243
—magnetic susceptibility 19 —AC-susceptibility 1 —microstructural modification 243
—phase diagram 19 —structure | —thermal conductivity 243
BPSCCO-2223 tapes —synthesis | Tl, Ba,Ca,Cu,Oj9 single crystal
—critical current density 45 —X-ray diffraction | —local structure change 31
—structure 45 HoNi,B,C —oxygen stoichiometry 31
—synthesis 45 —antiferromagnetic order 321 —thermal expansion 31
Bao 5K ,BiO, —magnetoresistance 321 Tl, Ba,CuO, crystals
—fishtail effect 270 —phase diagram 321 —Andreev reflection 308
—flux pinning 270 —upper critical field H,, 321 -thermal conductivity 308
—magnetization 270 (Tlo,sPbo sXSr,_ ,Ba,)Ca,Cu;05_5
Bi,Pb(2223) —AC-susceptibility 93
LuBa,Cu,0,_,
—X-ray diffraction 10 —structure 93
—critical current density 74
Bi-2212 single crystal -X-ray diffraction 93
—oxygen stoichiometry 74
—interlayer coupling 303 —structure 74 (Tlo.¢Pbo 2B ig.» XSr, gBao,)Ca,Cu,0,_ 5
—irradiation effect 303 —AC-susceptibility 93
—oxygen stoichiometry 303 —structure 93
PrBa,Cu,0,
Bi-2223 /Ag tapes -X-ray diffraction 93
—buffer layer 330
—structure 53
PrBa,Cu,0,
Bi,Sr,Ca,Cu,0g,5
—HRTEM 337 —MOssbauer spectroscopy 279 Yo,gCao.7Ba,C,uC;,_O,
—AC susceptibility 225
—magnetization 279
—oxygen stoichiometry 337
—electrical resistivity 225
—structure 279
—structure 337
—neutron diffraction 225
-XRD 337
—structure 225
Bi,Sr,CaCu,O, , 5 REBa,Cu,0,, .
—thermoelectric power 225
—electrical resistivity 293 —antiferromagnetic order 191
Y,_ ,Ca,Ba,Cu,0,
—melt casting 293 -NQR 191
—Cu-O chains 254
-SEM 293 —oxygen stoichiometry 191
—Cu-O planes 254
—synthesis 293
—electronic transport properties 254
SNS contact —optical reflectivity 254
Eu,_ ,Ce,CuO,_,
—critical current 233 YBa,Cu,O, films
—diffusion of Ce 153
—electric field effect 233 —pulsed laser ablation 330
—structure 153 SmBa,_ ,Sr,Cu,0,,, —synthesis 330
—X-ray diffraction 153 ~O-T transition 211 YBa,Cu,0O, thin films
—Raman scattering 211 —flux pinning 79
GdBSato, 5Cu30,¢, —structure 211 —microwave absorption 79
—magnetization 313 (Sr,Ca),,4Cu,,0,, YBa,Cu,0,_;—Ag
—oxygen ordering 313 —AC-resistivity 147 —electrical resistivity 87
—pressure effect 313 —magnetic susceptibility 147 —synthesis 87
—microwave absorption 147 YBa,Cu,0,_;5
(Hg,Re)Ba,Ca,,_ ,Cu,O, Sr,Ca,,_ ,Cu,O, —critical current density 173
—AC-susceptibility 164 —high-pressure synthesis 106 —melt processing 173
-SEM 164 —magnetic susceptibility 106 —microstructure 173
—structure 164 —structure 106 YBa,Cu,0,_ , thin films
Materials Index to Volume 267
—critical current density 355 —synthesis 67 YBa,Cu,O,
-synthesis 355 -X-ray diffraction 67 —NMR 261
YBa,Cu,_ ,(Nb,)O, YBa,Cu,O, single crystals -NQR 261
—far infrared spectra 67 -NQR 113 —spin-lattice relaxation time T, 261
—structure 67 —structure 113 —spin-spin relaxation time T, 261