Physica C: Superconductivity 1998: Vol 309 Index

6 Pages·1998·1.4 MB·English

is
PHYSICA (
a
ELSEVIER Physica C 309 (1998) 315-317
Author Index to Volume 309
Adhikari, S.K., see Ghosh, A., 309 (1998) 251 Danyliv, O.D., Phase transitions in the two-sublattice pseu-
Agliolo Gallitto, A., M. Guccione and M. Li Vigni, Harmonic dospin--electron model of high temperature superconducting
emission at microwave frequencies in Bay ,K, ,BiO, crys- systems, 309 (1998) 303
tals, 309 (1998) 8 de Arellano-Lépez, A.R., see Goretta, K.C., 309 (1998) 245
Aksu, E., see Celebi, S., 309 (1998) 131 de Groot, P.A.J., see Crisan, A., 309 (1998) 1
Aloysius, R.P., A. Sobha, P. Guruswamy, K.G.K. Warrier and de Groot, P.A.J., see Kokkaliaris, S., 309 (1998) 49
U. Syamaprasad, Optimization of tape width and powder Dubovitskii, A.V., see Sedykh, V., 309 (1998) 175
packing density in the powder-in-tube processing of (Bi,Pb)- Dukan, S. and O. Vafek, Anomalous behavior of the upper
2223 tapes, 309 (1998) 203 critical field in extreme type-II superconductors at low tem-
Angst, M., see Puzniak, R., 309 (1998) 161 peratures, 309 (1998) 295
Annett, J.F., see Litak, G., 309 (1998) 257
Awan, S.A., see Friend, C.M., 309 (1998) 187
Feenstra, R., see Solovyov, V.F., 309 (1998) 269
Bagautdinov, B.S., see Sedykh, V., 309 (1998) 175
Fisher, L.M., A.V. Kalinov, S.E. Savel’ev, I.F. Voloshin and
Beales, T.P., see Friend, C.M., 309 (1998) 187
V.A. Yampol’skii, Critical current anisotropy in YBCO
Beduz, C., see Crisan, A., 309 (1998) 1
superconducting samples, 309 (1998) 284
Beilin, V., A. Goldgirsh, E. Yashchin, M. Roth and M. Schieber,
Fisher, L.M., S.E. Savel’ev, IF. Voloshin, V.A. Yampol’skii
Effects of deformation on current-limiting factors in Ag /Bi-
and D.T. Shaw, Electromagnetic properties of brickwork-like
SCCO tapes, 309 (1998) 56
structured hard superconductors, 309 (1998) 120
Boutboul, M.S., H. Kokabi and M. Pyée, Modeling of mi-
Friend, C.M., D.M. Spiller, L. Le Lay, S.A. Awan and T.P.
crostrip quasi-TEM superconducting transmission lines,
Beales, Using electrical measurements to determine the
comparison with experimental results, 309 (1998) 71
self-field AC losses of cable models, 309 (1998) 187
Budhani, R.C., see Patnaik, S., 309 (1998) 221
Fujita, A., Numerical study for vortex lattice transition with
Buntar, V., Investigation of inter- and intragrain currents in
extended Ginzburg—Landau model, 309 (1998) 65
KC, single crystals, 309 (1998) 98
Fujiyoshi, T., see Sueyoshi, T., 309 (1998) 79
Cabrera, G.G., see Lagos, R.E., 309 (1998) 170
Celebi, S., I. Karaca, E. Aksu and A. Gencer, Frequency
dependence of the intergranular AC loss peak in a high-T, Gagnon, R., see Crisan, A., 309 (1998) 1
Bi—(Pb)—Sr—Ca—Cu-—O bulk superconductor, 309 (1998) 131 Gencer, A., see Celebi, S., 309 (1998) 131
Chang, H., Q.Y. Chen and W.K. Chu, Identification of chemical Ghosh, A. and S.K. Adhikari, Phase transition from a d,2_ ,2 to
and structural impurities in YBa,Cu,0,_; films by Raman d.2_,2+/id,., superconductor, 309 (1998) 251
spectroscopy, 309 (1998) 215 Goldgirsh, A., see Beilin, V., 309 (1998) 56
Chen, N., see Goretta, K.C., 309 (1998) 245 Gordeev, S.N., see Crisan, A., 309 (1998) 1
Chen, Q.Y., see Chang, H., 309 (1998) 215 Gordeev, S.N., see Kokkaliaris, S., 309 (1998) 49
Chen, W.M., see Wu, X.S., 309 (1998) 25 Goretta, K.C., E.T. Park, R.E. Koritala) M.M. Cuver, E.A.
Chimi, Y., see Sueyoshi, T., 309 (1998) 79 Pascual, N. Chen, A.R. de Arellano-Lopez and J.L. Rout-
Chu, C.W., see Hervieu, M., 309 (1998) 275 bort, Thermomechanical response of polycrystalline BaZrO,,
Chu, W.K., see Chang, H., 309 (1998) 215 309 (1998) 245
Claus, H., see Zheng, H., 309 (1998) 17 Gorlova, I.G., see Timofeev, V.N., 309 (1998) 113
Crabtree, G.W., see Zheng, H., 309 (1998) 17 Gorski, G. and J. Mizia, Electronic pairing due to interband and
Crisan, A., S.N. Gordeev, S. Manton, A.P. Rassau, S. Popa, C. intraband hopping dependence on oxygen covalency in
Beduz, P.A.J. de Groot, R. Gagnon and L. Taillefer, Investi- YBaCuO superconductors, 309 (1998) 138
gations of the zero-field (a,b)-plane conductivity of Guccione, M., see Agliolo Gallitto, A., 309 (1998) 8
YBa,Cu,O,_; near the critical temperature, 309 (1998) 1 Guruswamy, P., see Aloysius, R.P., 309 (1998) 203
Cuber, M.M., see Goretta, K.C., 309 (1998) 245 Gyorffy, B.L., see Litak, G., 309 (1998) 257
316 Author Index to Volume 309
Hervieu, M., S. Malo, B. Raveau, C.W. Chu, X.Y. Xue and I. Muralidhar, M. and M. Murakami, Improvement of the super-
Rusakova, A layered cuprate derived from the hexagonal conducting properties in (Nd, Sm, Eu)—Ba—Cu-—O using
4H-BaCuO,,, , structure: Ba,,Ca,Cu,,0,,_, , 309 (1998) melt-quenched precursors, 309 (1998) 39
275 Muroga, T., J. Sato, H. Kitaguchi, H.K umakura, K. Togano and
Hirabayashi, I., see Yamagiwa, K., 309 (1998) 231 M. Okada, Enhancement of critical current density for Bi-
Hirayama, T., see Yamagiwa, K., 309 (1998) 231 2212/Ag tape conductors through microstructure control,
Huang, Y.K., B. ten Haken and H.H.J. ten Kate, Critical current 309 (1998) 236
of high 7, superconducting Bi2223/Ag tapes, 309 (1998) Mustafin, R.G., see Noetzel, R., 309 (1998) 105
197
Nikolova, R., see Zheng, H., 309 (1998) 17
Ishikawa, N., see Sueyoshi, T., 309 (1998) 79 Noetzel, R., Th. Meier, K. Westerholt, R.G. Mustafin and N.M.
Iwase, A., see Sueyoshi, T., 309 (1998) 79 Suleimanov, Superconducting properties of hydrogenated
Bi,Sr,CaCu,O,, 5 single crystals, 309 (1998) 105
Jiang, M., see Zheng, H., 309 (1998) 17
Jiang, S.S., see Wu, X.S., 309 (1998) 25 Okada, M., see Muroga, T., 309 (1998) 236
Jin, X., see Wu, X.S., 309 (1998) 25
Park, E.T., see Goretta, K.C., 309 (1998) 245
Kalinov, A.V., see Fisher, L.M., 309 (1998) 284 Pascual, E.A., see Goretta, K.C., 309 (1998) 245
Karaca, I., see Celebi, S., 309 (1998) 131 Patnaik, S., R.C. Budhani, Y.-L. Wang and M. Suenaga, Radio
Karpinski, J., see Puzniak, R., 309 (1998) 161 frequency vortex dynamics in oriented platelets of (Bi-
Kiss, T., see Sueyoshi, T., 309 (1998) 79 Pb), Sr,Ca,Cu,0,,) superconductor, 309 (1998) 221
Kitaguchi, H., see Muroga, T., 309 (1998) 236 Popa, S., see Crisan, A., 309 (1998) 1
Kokabi, H., see Boutboul, M.S., 309 (1998) 71 Puzniak, R., J. Karpinski, A. Wisniewski, R. Szymczak, M.
Kokkaliaris, S., S.N. Gordeev, P.A.J. de Groot, X.M. Yang and Angst, H. Schwer, R. Molinski and E.M. Kopnin, Influence
M.T. Weller, Magnetization’ studies of of Re substitution on the flux pinning in
Tl], ¢Pb, 4Sr, 7Bay,CaCu,O, single crystals, 309 (1998) (Hg,Re)Ba,Ca,Cu,O,, 5 single crystals, 309 (1998) 161
49 Pyée, M., see Boutboul, M.S., 309 (1998) 71
Kopnin, E.M., see Puzniak, R., 309 (1998) 161
Koritala, R.E., see Goretta, K.C., 309 (1998) 245 Qu, D., see Tent, B.A., 309 (1998) 89
Kramer, A., Entanglement of flux lines in superconductors with
finite thickness, 309 (1998) 33 Rassau, A.P., see Crisan, A., 309 (1998) 1
Kumakura, H., see Muroga, T., 309 (1998) 236 Raveau, B., see Hervieu, M., 309 (1998) 275
Roth, M., see Beilin, V., 309 (1998) 56
Lagos, R.E., A.C.M. Stein-Barana and G.G. Cabrera, A model Routbort, J.L., see Goretta, K.C., 309 (1998) 245
for the Schottky anomaly in metallic Nd,_ ,Ce ,CuO,, 309 Rusakova, I., see Hervieu, M., 309 (1998) 275
(1998) 170 re
Le Lay, L., see Friend, C.M., 309 (1998) 187 Sato, J., see Muroga, T., 309 (1998) 236
Lin, J., see Wu, X.S., 309 (1998) 25 Savel’ev, S.E., see Fisher, L.M., 309 (1998) 120
Litak, G., A.M. Martin, B.L. Gyorffy, J.F. Annett and K.I. Savel’ev, S.E., see Fisher, L.M., 309 (1998) 284
Wysokifski, Van Hove singularity and d-wave pairing in Schieber, M., see Beilin, V., 309 (1998) 56
disordered superconductors, 309 (1998) 257 Schwer, H., see Puzniak, R., 309 (1998) 161
Liu, J.S., see Wu, X.S., 309 (1998) 25 Sedykh, V., B.S. Bagautdinov, E.V. Suvorov, I.S. Smirnova,
Li Vigni, M., see Agliolo Gallitto, A., 309 (1998) 8 A.V. Dubovitskii and V.S. Shekhtman, The effect of Pb on
the behavior of structure modulation in Bi,_ ,Pb,Sr,Fe,O,
Malo, S., see Hervieu, M., 309 (1998) 275 isostructural with Bi,Sr,CaCu,O,, 309 (1998) 175 ,
Manton, S., see Crisan, A., 309 (1998) 1 Shaw, D.T., see Fisher, L.M., 309 (1998) 120
Mao, Z., see Yan, H., 309 (1998) 263 Shekhtman, V.S., see Sedykh, V., 309 (1998) 175
Martin, A.M., see Litak, G., 309 (1998) 257 Shi, D., see Tent, B.A., 309 (1998) 89
Meier, Th., see Noetzel, R., 309 (1998) 105 Shi, L., see Yan, H., 309 (1998) 263
Miyahara, K., see Sueyoshi, T., 309 (1998) 79 Shibata, J., see Yamagiwa, K., 309 (1998) 231
Mizia, J., see Gorski, G., 309 (1998) 138 Smirnova, I.S., see Sedykh, V., 309 (1998) 175
Molinski, R., see Puzniak, R., 309 (1998) 161 Sobha, A., see Aloysius, R.P., 309 (1998) 203
Murakami, M., see Muralidhar, M., 309 (1998) 39 Solovyov, V.F., H.J. Wiesmann, M. Suenaga and R.F eenstra,
Murakami, M., see Muralidhar, M., 309 (1998) 43 Thick YBa,Cu,0O, films by post annealing of the precursor
Muralidhar, M. and M. Murakami, Effects of Gd,BaCuO, by high rate e-beam deposition on SrTiO, substrates, 309
addition on critical current characteristics in melt-processed (1998) 269
(Nd, Eu, Gd)—Ba—Cu-—O, 309 (1998) 43 Spiller, D.M., see Friend, C.M., 309 (1998) 187
Author Index to Volume 309
Stein-Barana, A.C.M., see Lagos, R.E., 309 (1998) 170 Westerholt, K., see Noetzel, R., 309 (1998) 105
Suenaga, M., see Patnaik, S., 309 (1998) 221 Wiesmann, H.J., see Solovyov, V.F., 309 (1998) 269
Suenaga, M., see Solovyov, V.F., 309 (1998) 269 Wisniewski, A., see Puzniak, R., 309 (1998) 161
Sueyoshi, T., N. Ishikawa, A. Iwase, Y. Chimi, T. Kiss, T. Wong, K.W., see Xin, Y., 309 (1998) 208
Fujiyoshi and K. Miyahara, Transport characteristics near Wu, X.S., S.S. Jiang, J. Lin, J.S. Liu, W.M. Chen and X. Jin,
the glass—liquid transition temperature before and after Microstructural variations of YBa,Cu,O0, doped with Ca at
heavy-ion irradiation in a YBa,Cu,0,_,; thin film, 309 high doping level, 309 (1998) 25
(1998) 79 Wysokifiski, K.I., see Litak, G., 309 (1998) 257
Suleimanov, N.M., see Noetzel, R., 309 (1998) 105
Suvorov, E.V., see Sedykh, V., 309 (1998) 175 Xin, Y., B.R. Xu and K.W. Wong, New TI 2201
Suzumura, Y., see Yoshioka, H., 309 (1998) 151 (TI,Cr),Sr,CuO, , 5 phase material, 309 (1998) 208
Syamaprasad, U., see Aloysius, R.P., 309 (1998) 203 Xu, B.R., see Xin, Y., 309 (1998) 208
Szymezak, R., see Puzniak, R., 309 (1998) 161 Xu, G., see Yan, H., 309 (1998) 263
Xue, X.Y., see Hervieu, M., 309 (1998) 275
Taillefer, L., see Crisan, A., 309 (1998) 1
ten Haken, B., see Huang, Y.K., 309 (1998) 197 Yamagiwa, K., J. Shibata, T. Hirayama and I. Hirabayashi, The
ten Kate, H.H.J., see Huang, Y.K., 309 (1998) 197 influence of calcination processes on the superconducting
Tent, B.A., D. Qu and D. Shi, Angle dependence of levitation properties of Yb123 films prepared by chemical solution
force in a YBa,Cu,O, sphere, 309 (1998) 89 deposition, 309 (1998) 231
Tian, M., see Yan, H., 309 (1998) 263 Yampol’skii, V.A., see Fisher, L.M., 309 (1998) 120
Timofeev, V.N. and I.G. Gorlova, Growth defects in BSCCO Yampol’skii, V.A., see Fisher, L.M., 309 (1998) 284
(2212) single crystal whiskers, 309 (1998) 113 Yan, H., Z. Mao, G. Xu, L. Shi, M. Tian and Y. Zhang,
Togano, K., see Muroga, T., 309 (1998) 236 Distortion of the microstructure in Bi, ,Pb,,5Sr,_ ,CuO,
system, 309 (1998) 263 |
Vafek, O., see Dukan, S., 309 (1998) 295 Yang, X.M., see Kokkaliavis, S., 309 (1998) 49
Veal, B.W., see Zheng, H., 309 (1998) 17 Yashchin, E., see Beilin, V., 309 (1998) 56
Vlasko-Vlasov, V., see Zheng, H., 309 (1998) 17 Yoshioka, H. and Y. Suzumura, Response functions of two-cou-
Voloshin, I.F., see Fisher, L.M., 309 (1998) 120 pled chains of Tomonaga—Luttinger liquids, 309 (1998) 151
Voloshin, I.F., see Fisher, L.M., 309 (1998) 284
Zhang, Y., see Yan, H., 309 (1998) 263
Wang, Y.-L., see Patnaik, S., 309 (1998) 221 Zheng, H., M. Jiang, R. Nikolova, V. Vlasko-Vlasov, U. Welp,
Warrier, K.G.K., see Aloysius, R.P., 309 (1998) 203 B.W. Veal, G.W. Crabtree and H. Claus, Magnetization and
Weller, M.T., see Kokkaliaris, S., 309 (1998) 49 magnetic levitation of ring samples made of melt textured
Welp, U., see Zheng, H., 309 (1998) 17 YBa,Cu,0,, 309 (1998) 17
PHYSICA (
ELSEVIER Physica C 309 (1998) 318-319
Analytic Subject Index to Volume 309
AC loss Critical state model 131 Flux pinning
—in Bi-2223 tape 187 Critical temperature —in (Bi-Pb),Sr,Ca,Cu,O,, 221
AC losses —of (Nd, Sm, Eu)-Ba-Cu-O 39 —in (Hg, Re)Ba,Ca,Cu,O,, 5 single crys-
—in Bi, g.4Pbo 34St) 9;}Caz.93C9U603) 131 Crystal misfit model 263 tals 161
AC susceptibility —in Ag/BiSCCO-2223 tapes 56
—Of Bijg 4 Pbo 3451; .9{Caz 93CU3 960 )9 131 74.25Dw, 74.60-w upper critical field H.., —in Bi2223/Ag tapes 197
AC-susceptibility -in YBCO 284
295
—of H ,Bi,Sr,CaCu,O,,,4 single crystals d .2_ 2 + id, ,-wave superconductor 251 —in YBa,Cu,O,_ ; thin film 79
105 Fullerene superconductors 98
D-wave pairing 257
—of YBCO 284
D-wave superconductor 65
Activation energy Defect structure Gd211 addition
~—in BaZrO, 245 —in BSCCO whiskers 113 —in (Nd, Eu, Gd)123 43
—in Bi;g. 4Pbo 34St) 9;Caz 93CU3 9609 131 Dip-coating Glass-liquid transition
Amorphous 231 —of Bi-2212/Ag tape 236 -in YBa,Cu,0,_ ; thin film 79
Anderson Model 170 Dislocations Grain alignment
Angle dependence 89 ~—in BSCCO whiskers 113 —in Bi-2212/Ag tape 236
Anisotropy Disordered superconductors 257 Granularity
-of Tl ),Pb,)4Sr, 7Bay ;CaCu,O, single Distributed parameters method 71 —of K,C,, single crystals 98
crystals 49
Doping effect
Annealing; 49
—on Y,_ ,Ca,Ba,Cu,0,, 25 Hubbard model 303
Application of high T. superconductors 187
Hydrogenation
E-J characteristics —of H ,Bi,Sr,CaCu,O,, ,4 single crystals
Cable
—of YBa,Cu,O,_ ; thin film 79 105
-—of Bi-2223 tape 187
Electrical resistivity Hysteretic magnetization peak
Calcination process
—of (TI, Cr), Sr,CuO, , 5 208 -for Tl,4)Sr, ,BaPy b;Ca,Cu, O, single
—for Yb123 films 231
-of YBa,Cu,0,_; 1 crystals 49
Chemical solution deposition
—of Yb123 films 231
—of Yb123 films 231
Electromagnetic field response Impurities
Conductivity
-—of BaKyy ,,BiO , crystals 8 -in YBa,Cu,0,_; films 215
-of YBa,Cu,0,_; |
Electron diffraction Interband hopping 138
Core density
—of (Bi, Pb)-2223/Ag tapes 203 -for Bi, ,Pb,>Sr,_ ,CuO, 263 Intermediate deformation
Electron pairing 151 —of Ag /BiSCCO-2223 tapes 56
Coulomb correlations 138
Critical current Electronic model 138 Intraband hopping 138
—of Bi2223/Ag tapes 197 Extended Ginzburg-Landau model 65 Irradiation effect
—on YBa,Cu,0O,_ ; thin film 79
Critical current density
—in (Bi, Pb)-2223/Ag tapes 203 Ferroelectric phase transition 303 Irreversibility line
—of (Hg, Re)Ba,Ca,Cu,O,, 5 single crys-
—of (Nd, Eu, Gd)123 43 Fluctuations 151
—of (Nd, Sm, Eu)-Ba-Cu-O 39 Flux creep tals 161
—of Ag /BiSCCO-2223 tapes 56 -in BaZrO, 245 IV characteristics
—of Bi-2212/Ag tape 236 -in H,Bi,Sr,CaCu,O,, ,4 single crystals -—of Ag/BiSCCO-2223 tapes 56
—of H,Bi,Sr,CaCu,O,, ,, single crystals 105 IV-characteristics
105 —in T1p¢Pbo 4Sr,7Bay ;CaCu,0, single —of Bi-2223 tape 187
—of K,C,, single crystals 98 crystals 49 -of YBa,Cu,0,_; 1
—of YBCO 284 —in YBCO 284
—of YBa,Cu,O, films 269 Flux entanglement 33 Kostelitz-Thouless transition 33
Analytic Subject Index to Volume 309
Landau levels 295 Nonlinear effects Surface impedance
Langevin equation 65 —in Bay ,K,y ,BiO, crystals 8 —of YBaCuO 71
Lattice parameters Numerical calculation 295 Susceptibility 251
—of Ba,,Ca,Cu,,Og,_ , 275 Synthesis
—of Bi, ,Pb, ,Sr,_ ,CuO, 263 —of (Bi, Pb)-2223/Ag tapes 203
-of Y,_ ,Ca,Ba,Cu,0, 25 Oxide / Ag interface 236 —of (TI, Cr),Sr,CuO, , 5 208
Levitation force ; —of Ba,,Ca,Cu,,0g,_ . 275
-—of YBa,Cu,0O, sphere 89 -of H,Bi,Sr,CaCu,O,, 4 single crystals
Packing density
Local anharmonicity 303 105
—in (Bi, Pb)-2223/Ag tapes 203
—of K,C,, single crystals 98
Pairing potential 138
Magnetic levitation -of Y,_ ,Ca,Ba,Cu,0O, 25
Peak effect
-of YBa,Cu,O, films 269
—of YBa,Cu,O, rings 17
—in (Nd, Sm, Eu)-Ba-Cu-O 39
Magnetic splitting
Penetration depth
~in Nd,_ \Ce CuO, 170
—in (Bi-Pb),Sr,Ca,Cu,0,, 221 Tape width 203
Magnetization
Phase diagram 1 Thermal expansion coefficient
—of (Hg, Re)Ba,Ca,Cu,O,, 5 single crys-
Phase transitions 303 -of BaZrO, 245
tals 161
Pinning force; 221 Thermomechanical response; 245
—of YBa,Cu,O, rings 17
Post annealing 269 Tomonaga-Luttinger liquids 151
—of YBa,Cu,O, sphere 89
Pt addition Transition temperature
Magneto-optical images
—in (Nd, Eu, Gd)123 43 —of (TI, Cr),Sr,CuO, , 5 208
~of YBa,Cu,O, rings 17
Transmission electron microscopy
Melt process
—on BSCCO whiskers 113
—for (Nd, Sm, Eu)-Ba-Cu-O 39
Radio frequency 221
—on Bi,_ ,.Pb,Sr,Fe,O, single crystals 175
Melt processing Raman scattering
Two chains 151
—of (Nd, Eu, Gd)123 43 —on Bi, Pb, 5Sr,_ CuO, 263
Melt quenching Raman spectroscopy }
—of (Nd, Sm, Eu)-Ba-Cu-O 39
—on YBa,Cu,0,_; films 215 Van Hove singularity 257
Microstructure Re-doping effect ' Vortex dynamics
—of (Nd, Eu, Gd)123 43 -in (Hg, Re)Ba,Ca,Cu,O,, 5 single crys- —in (Bi-Pb),Sr,Ca,Cu,;0,, 221
—of Bi-2212/Ag tape 236 tals 161
Vortex lattice structure 65
—of Bi, ,Pb,>Sr,_ ,CuO, 263 Response functions 151 Vortex liquid 33
-of Y,_ ,Ca,Ba,Cu,0O, 25
Microwave emission
—by Bay ,K,4B yiO , crystals 8 Schottky Anomalies Weak links
Microwave propagation —in Nd,_ ,Ce CuO, 170 -~in Ag/BiSCCO-2223 tapes 56
~in YBaCuO 71 Solid phase epitaxy —in Bi2223/Ag tapes 197
Mixed phase 65 —of Yb123 films 231 -in YBa,Cu,O, rings 17
Modeling 71 Specific heat 251
Modulated structures Structure
—in Bi,_ ,Pb,Sr,Fe,O, single crystals 175 —of (TI, Cr),Sr,CuO, , 5 208 X-ray diffraction
Mossbauer spectroscopy —of Ba,,Ca,Cu,,O0O,,_ , 275 —on (TI, Cr), Sr,CuO, , 5 208
—on Bi,_ ,Pb,Sr,Fe,O,, single crystals 175 -—of YBa,Cu,0,_, films 215 —on Bi,_ ,Pb,Sr,Fe,O, single crystals 175