Physica C: Superconductivity 1995: Vol 245 Index

15 Pages·1995·3.7 MB·English

NH,
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PHYSICA (
bn
ELSEVIER Physica C 245 (1995) 395-398
Author Index to Volume 245
Abele, J.C., see Bristol, R.L. 245, 164 Chen, C., see Pradhan, A.K. 245, 238
Abilio, C.C., Loureiro, S.M., Capponi, J.J. and Godinho, M. Chen, X.L., see Min, J.R. 245, 281
Magnetic properties of the HgBa,Ca,Cu,0;9, 5 supercon- Cheng, X.R., see Min, J.R. 245, 281
ducting phase 245, 1 Chin, C.C. and Morishita, T.
Adachi, S., see Watanabe, N. 245, 321 The surface of the (001) SrTiO,_ ; substrate at high temper-
Akani, M., Froese, A., Staikov, G., Lorenz, W.J., ROhner, M., ature 245, 77
Hopfengartner, R. and Saemann-Ischenko, G. Chou, H., see Chow, T.C. 245, 143
Low-temperature behaviour of high-7, supercon- Chow, T.C., Chou, H., Lai, H.G., Liu, C.C. and Gou, Y.S.
ductor /semiconductor heterojunctions 245, 131 Enhancement of critical current and magnetic field in a
Aldinger, F., see Ritschel, M. 245, 301 defected Josephson tunneling junction 245, 143
Alexandre, E.T., Loureiro, S.M., Antipov, E.V., Bordet, P., Clark, A.F., see Early, E.A. 245, 308
De Brion, S., Capponi, J.J. and Marezio, M. Crosby, B.J., see Du, J. 245, 151
On the possibility of replacing Hg by Cu in the
HgBa,CuO,., 5 phase synthesized under high-pressure 245,
Dahne, U., see Seo, J.W. 245, 25
207 De Brion, S., see Alexandre, E.T. 245, 207
Antipov, E.V., see Alexandre, E.T. 245, 207
Dieckmann, N., Kirsten, R., Lohndorf, M. and Bock, A.
Asomba, G.C. Epitaxial quality of c-axis and a-axis oriented YBa,Cu,0,
On the BCS theory of superconductivity in systems with films. Characterization by Raman spectroscopy 245, 212
overlapping bands. II. Overlap, hybridisation, antiferromag- Dieterich, W., see Reinel, D. 245, 193
netism, charge transfer, and symmetry shifts in high-T, Dong, C., see Min, J.R. 245, 281
cuprates 245, 355 DreBen, J., see Zakharov, N.D. 245, 84
Auge, J., see Zakharov, N.D. 245, 84 Du, J., Unsworth, J. and Crosby, B.J.
AC magnetic susceptibility of high-T, superconducting ce-
Baran, M., Dyakonov, V.P., Fita, I.M., Levchenko, G.G.,
ramic/polymer composites 245, 151
Markovich, V.I., Zubov, E.E. and Szymczak, H.
Dubois, S., Carmona, F. and Flandrois, S.
Pressure effect on the magnetic order of Gd in GdBa,Cu,0, ;
Screening properties of superconducting random composites
single crystals 245, 257
245, 261
Bayless, W.R., see Schirber, J.E. 245, 270
Dyakonov, V.P., see Baran, M. 245, 257
Becker, Th., Theuss, H., Schuster, Th., Kronmiller, H., Kraus,
M. and Saemann-Ischenko, G.
Early, E.A., Clark, A.F. and Lobb, C.J.
Magnetic relaxation and activation energies of Xe irradiated
Physical basis for half-integral Shapiro steps in a DC SQUID
DyBa,Cu,0,_ 5 single crystals 245, 273
245, 308
Bessergenev, V.G., Kovalevskaya, Yu.A., Naumov, V.N. and
Erb, A., Walker, E. and Fliikiger, R.
Frolova, G.I.
BaZrO,: the solution for the crucible corrosion problem
Electron and phonon characteristics of YBa,Cu,;0,_; 245,
during the single crystal growth of high-T, superconductors
36
REBa,Cu,0,_5 ; RE= Y, Pr 245, 245
Bock, A., see Dieckmann, N. 245, 212
Evarestov, R.A., see Kitaev, Yu.E. 245, 48
Bordet, P., see Alexandre, E.T. 245, 207
Bristol, R.L., Kluge, M.W.J., Nelson, A.T. and Abele, J.C.
Resistivity and Hall measurements on Bi,Sr,CuO, single Fabrega, L., Fontcuberta, J. and Pifol, S.
Magnetic relaxation near the first flux penetration in a
crystals 245, 164
Nd, gsCep ;5CuO,_,, single crystal 245, 325
Capponi, J.J., see Abilio, C.C. 245, 1 Fisher, L.M., Voloshin, I.F., Gorbachev, V.S., Savel’ev, S.E.
Capponi, J.J., see Alexandre, E.T. 245, 207 and Yampol’skii, V.A.
Carmona, F., see Dubois, S. 245, 261 Nonlocal critical state model for hard superconductors 245,
Chaddah, P., see Pradhan, A.K. 245, 238 231
396 Author Index to Volume 245
Fita, I.M., see Baran, M. 245, 257 Koike, Y., Sasaki, K., Fujiwara, A., Watanabe, K., Kato, M.,
Flandrois, S., see Dubois, S. 245, 261 Noji, T. and Saito, Y.
Flikiger, R., see Erb, A. 245, 245 Carrier doping through iodine intercalation into
Fontcuberta, J., see Fabrega, L. 245, 325 Bi,Sr,CaCu,O0,, 5 with different 5 values 245, 332
Franck, J.P., see Lawrie, D.D. 245, 159 Koshizuka, N., see Watanabe, N. 245, 321
Froese, A., see Akani, M. 245, 131 Kovalevskaya, Yu.A., see Bessergenev, V.G. 245, 36
Frolova, G.I, see Bessergenev, V.G. 245, 36 Kraus, M., see Becker, Th. 245, 273
Fu, X.K., see Xiao, Y.G. 245, 41 Kronmiiller, H., see Becker, Th. 245, 273
Fujiwara, A., see Koike, Y. 245, 332 Krotov, Yu.A. and Suslov, I.M.
Two mechanisms of quantum oscillations of 7, in layered
superconducting structures 245, 252
Gao, D., see Gao, X.-H. 245, 66
Kuli¢, M.L., see Lichtenstein, A.I. 245, 186
Gao, S., see Gao, X.-H. 245, 66
Kunold, A. and Pereyra, P.
Gao, X.-H., Jiang, S.-F., Gao, D., Yuan, Q.-P., Zheng, G.-D.
Critical transport current oscillations at low magnetic fields
and Gao, S.
in mesoscopic networks of Josephson junctions 245, 57
Further improvement of the superconductivity in F-doped
Kuroda, Y., see Sawada, I. 245, 93
Bi-Sr—Ca—Cu—O superconductors 245, 66
Kiirsten, R., see Dieckmann, N. 245, 212
Garcia, J.A., see Mitchell, J.F. 245, 126
Kurz, H., see Zakharov, N.D. 245, 84
Gerbaux, X., see Hadni, A. 245, 219
Godinho, M., see Abilio, C.C. 245, 1
Goerke, F. Lai, H.G., see Chow, T.C. 245, 143
Laser deposited YBa,Cu,;0, films on silicon with yttria Laisheva, L.V., see Kitaev, Yu.E. 245, 48
stabilized zirconia buffer layers 245, 15 Lang, W.
Gorbachev, V.S., see Fisher, L.M. 245, 231 Temperature dependence of the Maki-Thompson fluctuation
Gou, Y.S., see Chow, T.C. 245, 143 process in YBa,Cu,0, probed by magneto-transport mea-
Gintherodt, G., see Zakharov, N.D. 245, 84 surements 245, 69
Gupta, M.K., see Gupta, S.K. 245, 386 Lawrie, D.D. and Franck, J.P.
Gupta, S.K., Sabharwal, S.C., Pinto, R. and Gupta, M.K. Boron isotope effect in Ni and Pd based borocarbide super-
Effect of the Lorentz force on dissipation in YBa,Cu,0, conductors 245, 159
thin films 245, 386 Lee, M.W., Tai, M.F., Luo, S.C. and Shi, J.B.
Critical current densities in K;C¢g/Rb3C,q powders deter-
mined from AC/DC susceptibility measurements 245, 6
Hadni, A., Gerbaux, X., Marin Cudraz, H., Tazawa, M., Mage,
Levchenko, G.G., see Baran, M. 245, 257
J.C., Marcilhac, B., Mercandalli, L. and Mansart, D.
Li, J.H., Lin, W.-J., Hatton, P.D., Mai, Z.H. and Xu, S.F.
Residual losses of superconducting thin films of
Triple-axis X-ray diffraction analysis of highly oriented
YBa,Cu,0,_ in the far infrared and microwaves. Applica-
YBa,Cu,0, thin films on LaAlO, substrates 245, 139
tions 245, 219
Li, J.W., see Xiao, Y.G. 245, 41
Hatton, P.D., see Li, JH. 245, 139
Liang, J.K., see Min, J.R. 245, 281
Hesse, D., see Zakharov, N.D. 245, 84
Lichtenstein, A.I. and Kuli¢, M.L.
Hinks, D.G., see Mitchell, J.F. 245, 126
Electron—boson interaction can help d wave pairing. Self-
Hirano, T., see Imai, M. 245, 12
consistent approach 245, 186
Hirata, K., see Imai, M. 245, 12
Lichtenstern, H., see Kitaev, Yu.E. 245, 48
Hoffschulz, H., see Zakharov, N.D. 245, 84
Limonov, M.F., see Kitaev, Yu.E. 245, 48
Hopfengartner, R., see Akani, M. 245, 131
Lin, W.-J., see Li, JH. 245, 139
Liu, C.C., see Chow, T.C. 245, 143
Imai, M., Hirata, K. and Hirano, T.
Lobb, C.J., see Early, E.A. 245, 308
Superconductivity of trigonal BaSi, 245, 12
Lohndorf, M., see Dieckmann, N. 245, 212
Ivanov, A.S., see Shilstein, S.Sh. 245, 181
Lorenz, W.J., see Akani, M. 245, 131
Loureiro, S.M., see Abilio, C.C. 245, 1
Jiang, S.-F., see Gao, X.-H. 245, 66 Loureiro, S.M., see Alexandre, E.T. 245, 207
Luo, S.C., see Lee, M.W. 245, 6
Kabius, B., see Seo, J.W. 245, 25
Kato, M., see Koike, Y. 245, 332 Mage, J.C., see Hadni, A. 245, 219
Kitaev, Yu.E., Laisheva, L.V., Limonov, M.F., Lichtenstern, H., Mai, Z.H., see Li, J.H. 245, 139
Mirgorodsky, A.P. and Evarestov, R.A. Majewski, P., see Ritschel, M. 245, 301
Layer and bulk phonon modes in the YBa,Cu,0, com- Majhofer, A., see Reinel, D. 245, 193
pound 245, 48 Mansart, D., see Hadni, A. 245, 219
Kluge, M.W.J., see Bristol, R.L. 245, 164 Marcilhac, B., see Hadni, A. 245, 219
Author Index to Volume 245
Marezio, M., see Alexandre, E.T. 245, 207 Sabharwal, S.C., see Gupta, S.K. 245, 386
Marin Cudraz, H., see Hadni, A. 245, 219 Saemann-Ischenko, G., see Akani, M. 245, 131
Markovich, V.I., see Baran, M. 245, 257 Saemann-Ischenko, G., see Becker, Th. 245, 273
Matsuura, T., see Sawada, I. 245, 93 Saito, Y., see Koike, Y. 245, 332
Mercandalli, L., see Hadni, A. 245, 219 Sasaki, K., see Koike, Y. 245, 332
Mikitik, G.P. Savel’ev, S.E., see Fisher, L.M. 245, 231
Upper critical field and melting line of the flux-line lattice in Sawada, I., Ono, Y., Matsuura, T. and Kuroda, Y.
clean high-T, superconductors near T, 245, 287 Transport properties of the in-gap states in the d—p model
Miller, D.J., see Wang, C.A. 245, 171 245, 93
Min, J.R., Liang, J.K., Chen, X.L., Wang, C., Dong, C., Yu, Schirber, J.E., Morosin, B., Venturini, E.L. and Bayless, W.R.
Y.D., Cheng, X.R. and Rao, G.H. Anomalous pressure dependence of the superconducting
Synthesis and superconducting properties of (Pbp ;Cdy ;)- transition temperature of Sr,CuO,F,,; 245, 270
Sr(Y) ;Cag5)Cu,0, 245, 281 Schneck, J., see Ranno, L. 245, 295
Mirgorodsky, A.P., see Kitaev, Yu.E. 245, 48 Scholen, A., see Seo, J.W. 245, 25
Mitchell, J.F., Garcia, J.A. and Hinks, D.G. Schuster, Th., see Becker, Th. 245, 273
Rapid synthesis of 93 K Bi-2212 superconductor from hy- Seiji, N., see Watanabe, N. 245, 321
droxide precursors 245, 126 Seo, J.W., Kabius, B., Dahne, U., Scholen, A. and Urban, K.
Moodenbaugh, A.R., Wildgruber, U., Wang, Y.L. and Xu, Y. TEM investigation of grain boundaries in YBa,Cu,0, thin
Hole doping in La,_ ,Ba,CuO,_ ,, using oxygen stoichiome- films grown on SrTiO, bicrystal substrates 245, 25
try 245, 347 Shi, J.B., see Lee, M.W. 245, 6
Morishita, T., see Chin, C.C. 245, 77 Shilstein, S.Sh., Ivanov, A.S. and Somenkov, V.A.
Morosin, B., see Schirber, J.E. 245, 270 Coulomb splitting of atomic layers in crystal lattices of
layered cuprates and nickelates 245, 181
Nanda, K.K. Somenkov, V.A., see Shilstein, S.Sh. 245, 181
Field dependence of specific heat in the mixed state of Staikov, G., see Akani, M. 245, 131
YBa,Cu,0,_;5 245, 341 Suslov, I.M., see Krotov, Yu.A. 245, 252
Naumov, V.N., see Bessergenev, V.G. 245, 36 Szymczak, H., see Baran, M. 245, 257
Nelson, A.T., see Bristol, R.L. 245, 164
Noji, T., see Koike, Y. 245, 332 Tai, M.F., see Lee, M.W. 245, 6
Nouvertné, F., see Zakharov, N.D. 245, 84 Tazawa, M., see Hadni, A. 245, 219
Theuss, H., see Becker, Th. 245, 273
Ono, Y., see Sawada, I. 245, 93
Unsworth, J., see Du, J. 245, 151
Urban, K., see Seo, J.W. 245, 25
Pereyra, P., see Kunold, A. 245, 57
Perriére, J., see Ranno, L. 245, 295
Pinol, S., see Fabrega, L. 245, 325 Venturini, E.L., see Schirber, J.E. 245, 270
Pinto, R., see Gupta, S.K. 245, 386 Voloshin, I.F., see Fisher, L.M. 245, 231
Pradhan, A.K., Roy, S.B., Chaddah, P., Chen, C. and Wanklyn,
B.M. Walker, E., see Erb, A. 245, 245
Magnetic properties of Y,_ ,Pr,Ba,Cu,0,_, crystals. Mag- Wang, C., see Min, J.R. 245, 281
netisation and irreversibility line 245, 238 Wang, C.A., Ren, Z.F., Wang, J.H. and Miller, D.J.
Superconductivity and microstructure of epitaxial (T1,Bi)-
Ranno, L., Perriére, J. and Schneck, J. Sr, 6 Bay 4Ca,Cu,;0,_ 5 thin films 245, 171
Structural characterization of epitaxial BiSrCaCuO films on Wang, J.H., see Wang, C.A. 245, 171
MgO substrates 245, 295 Wang, Y.L., see Moodenbaugh, A.R. 245, 347
Rao, G.H., see Min, J.R. 245, 281 Wanklyn, B.M., see Pradhan, A.K. 245, 238
Reinel, D., Dieterich, W., Majhofer, A. and Wolf, T. Watanabe, K., see Koike, Y. 245, 332
Magnetic-flux distribution in a square Josephson-junction Watanabe, N., Adachi, S., Seiji, N., Koshizuka, N. and Ya-
array with inductances 245, 193 mauchi, H.
Ren, H.T., see Xiao, Y.G. 245, 41 Self-energy effects of the Ba Raman mode of
Y,_,Pr,Ba,Cu,0, 245, 321
Ren, Z.F., see Wang, C.A. 245, 171
Ritschel, M., Majewski, P. and Aldinger, F. Wildgruber, U., see Moodenbaugh, A.R. 245, 347
Preparation and superconductivity of (Bi,Pb,Cu)- Wolf, T., see Reinel, D. 245, 193
Sr,(RE,Ca)Cu,O, ceramics 245, 301
Rohner, M., see Akani, M. 245, 131 Xia, J.A., see Xiao, Y.G. 245, 41
Roskos, H.G., see Zakharov, N.D. 245, 84 Xiao, L., see Xiao, Y.G. 245, 41
Roy, S.B., see Pradhan, A.K. 245, 238 Xiao, Y.G., Yin, B., Li, J.W., Zhao, Z.X., Ren, H.T., Xiao, L.,
398 Author Index to Volume 245
Fu, X.K. and Xia, J.A. Zakharov, N.D., Hesse, D., Nouvertné, F., Auge, J., Hoffschulz,
Effective activation energy in melt-textured (Y,_ ,Pr,)- H., DreBen, J., Roskos, H.G., Kurz, H. and Giintherodt, G.
Ba,Cu,0,_; 245, 41 Surface topography and bulk structure of Bi,Sr,CaCu,O,, 5
Xu, S.F., see Li, JH. 245, 139 films observed by scanning tunneling microscopy and high-
Xu, Y., see Moodenbaugh, A.R. 245, 347 resolution transmission electron microscopy 245, 84
Yamauchi, H., see Watanabe, N. 245, 321 Zhao, Z.X., see Xiao, Y.G. 245, 41
Yampol’skii, V.A., see Fisher, L.M. 245, 231 Zheng, G.-D., see Gao, X.-H. 245, 66
Yin, B., see Xiao, Y.G. 245, 41 Zubov, E.E., see Baran, M. 245, 257
Yu, Y.D., see Min, J.R. 245, 281
Yuan, Q.-P., see Gao, X.-H. 245, 66
NH,
tfarss PHYSICA (
ELSEVIER Physica C 245 (1995) 399-400
Analytic Subject Index to Volume 245
Anisotropic superconductors 341 Flux flow 386 Magnetoresistance
—of YBa,Cu,0, 69
Antiferromagnetic order 257 Flux lattice 287
Applications of High-T, superconductors Flux penetration 325, 231 Mercury-based superconductors 1, 207
Flux pinning 1, 41, 231, 238, 273, 325 Metastable phase 12
131, 171
Microwave absorption
Atomic force microscopy 77
—of YBa,Cu,0,_,; 219
Grain boundaries 25
d-p Model 93
Granular superconductors 6, 57, 261, 270,
Band structure 36 Modulated structures 131
301, 321
Bismuth-based superconductors 66, 89, 126,
164, 295, 301, 332
Nambu-Gor’kov formalism 355
Borocarbides 159
Hall effect 69, 164
Heat capacity
Optical conductivity 93
—of YBa,Cu;0,_; 36
Charge fluctuations 181
Organic superconductors 6
Heterojunctions 131
Charge transfer 181, 355 Ortho-tetra (2nd order) 355
Hole doping 347
Composite superconductors 151 Oscillations of T, 252
Coulomb interactions 181
Oxygen stoichiometry 207, 281, 332, 347
Critical current density 1, 6, 15, 57, 171, In-gap states 93
231 Intercalation 332
Pair breaking 238
Critical state model 261 Irradiation
Pairing t-model 355
Crucible material 245 —of DyBa,Cu,0,_;, 273
Penetration depth 261, 341
Crystal growth Irreversibility line 238, 287
—of Bi,Sr,CuO, 164 —of HgBa,Ca,Cu,0;9,5 1 Phase diagram 257, 287
Phonon mechanism 159
—of La,_,Ba,CuO,_, 347 Isotope effect 159
—of PrBa,Cu,0,_5 245 Phonon spectrum 36, 48, 212, 321
Pinning force 143
—of Sr,CuO,F,,5 270
—of YBa,Cu;0,_;5 245 Jahn-Teller effect 355 Polymer matrix 151
Josephson effect 25, 57, 143, 193, 308 Pressure effect 257, 270
Proximity effect 252
Defect structures 143
Laser deposition 15
Demagnetization effects 193
Lattice dynamics 41 Raman scattering 93, 212, 321
Dissipation
—of YBa,Cu,0,; 48 Reciprocal space map 139
—in YBa,Cu,0, 386
Layered structures 252
Lower critical field 261
Scanning tunneling microscopy 89
Electron—phonon coupling 159
Screening properties 261
Electronic structure 181
Magnetic ordering 238 Shapiro step 308
Eliashberg equations 186
Magnetic susceptibility 151 Slave-boson 93
1/N-expansion 93
—of Bi,Sr,CaCu,O0,5,1 , 332 Specific heat
Magnetization, hysteresis (2nd order) 171 —of YBa,Cu,0,_; 341
Far-infrared spectra 219 Magnetization, irriversible 1, 12 Spin fluctuations 186
Magnetization, relaxation (2nd order) 41, Squid 308
Fluctuation effects 69, 287
Flux creep 386 325 Structural transition 355
—of (Y,_,Pr,)Ba,Cu,0,_; 41 Magnetization, relaxation 273 Substitution effects 41, 347
—of Nd, g5Ceg ;;CuO,_, 325 Magnetization 261 Substrates 77
Flux distribution 193 —of Y,_,Pr,Ba,Cu,0,_, 238 Surface resistance 231
400 Analytic Subject Index to Volume 245
Susceptibility —of Hg,_ ,Cu,Ba,CuO,,; 207 Thermoelectric power 332
-—of GdBa,Cu,0,3 257 —of (Pbp ;Cdy 5)Sr(¥p;Cap5)Cu,O, 281 Thin films 15, 25, 69, 89, 139, 171, 219,
-of K;Cey 6 —of (T1,,BBaiy ,)CaS,Cru,0,,_ 5 171 295, 386
-—of Rb,C,, 6 —of Y,_,Pr,Ba,Cu,0, 321 Tunneling 131, 143, 193
Twinning 139
-—of YNi,B,C 159
-—of YPd;B;C,,; 159
Upper critical field H,, 287
Synthesis Texture
Upper critical field 341
—of BaSi, 12 —of Bi,Sr,Ca,Cu,0, 295
—of (Bi,Pb,Cu)Sr,(RE,Ca)Cu,0, 301 —of SrTiO;_ 5 77 Weak links 6, 57, 261
—of Bi-Sr—Ca—Cu-—O 66 —of YBa,Cu,0, 15, 25, 139, 212
—of Bi-2212 126 —of YBa,Cu,0,_, 151 d-wave pairing 186
NG,
i PHYSICA (
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ELSEVIER Physica C 245 (1995) 401
Materials Index to Volume 245
Y,_ ,Pr,Ba,Cu,0,_,
BaSi, K3Ceo
—synthesis 12 —susceptibility 6 —magnetization 238
Y,_ ,Pr,Ba,Cu,0,
Bi-—Sr—Ca—Cu-—O
—synthesis 321
—synthesis 66 La,_ ,Ba,CuO,_,
(Y,_, Pr, )Ba,Cu,0,_;
(Bi,Pb,Cu)Sr,(RE,Ca)Cu,0, —crystal growth 347
—flux creep 41
—synthesis 301
YBa,Cu3;0,_ 5
Bi-2212
Nd, gsCep ;5CuO, _
—heat capacity 36
—synthesis 126 —flux creep 325
YBa,Cu,0,
Bi,Sr,Ca,Cu,O0,
—dissipation 386
—texture 295 (Phy 5Cdo5 )St(Yp 5Cao.5)Cu,0, YBa,Cu,0,
Bi,Sr,CaCu,Og, sl,
—synthesis 281
—lattice dynamics 48
—magnetic susceptibility 332 PrBa,Cu3;0,_ 5
YBa,Cu,0,
Bi,Sr,CuO,
—crystal growth 245
—magnetoresistance 69
—crystal growth 164
—texture 15, 25, 139, 212
YBa,Cu3;0,_ 5
DyBa,Cu,0,_ 5
—susceptibility 6 —crystal growth 245
—irradiation 273
—microwave absorption 219
Sr,CuO,F,, 5 —specific heat 341
GdBa,Cu,0, 3
—crystal growth 270 YBa,Cu,0,_ .
—susceptibility 257
SrTiO;_; —texture 151
—texture 77 YNi,B,C
Hg,_ ,Cu, Ba,CuO, ,
—susceptibility 159
—synthesis 207
(T1,Bi)Sr, Bag ,Ca,Cu;09_ 5 YPd;B3Co.3
HgBa,Ca3,Cu,0i9,5
—irreversibility line 1 —synthesis 171 —susceptibility 159

NH.
y PHYSICA (
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ELSEVIER Physica C 245 (1995) 403-408
Cumulative Author Index to Volumes 241-245
Abd-Shukor, R., 243, 134 Bernhard, C., 242, 39 Chang, H.-L., 242, 135
Abele, J.C., 245, 164 Bessergenev, V.G., 245, 36 Chateigner, D., 242, 99
Abell, J.S., 244, 214 Beyers, R.B., 241, 401 Che, G.C., 242, 365
Abilio, C.C., 245, 1 Bhargava, A., 241, 53 Chen, C., 245, 238
Abrikosov, A.A., 244, 243 Bickmann, K., 244, 139 Chen, C.-L., 241, 198
Acosta, M., 242, 191 Bieger, W., 244, 145 Chen, D.-X., 244, 123
Adachi, H., 244, 282 Binninger, U., 242, 39 Chen, X.L., 245, 281
Adachi, S., 245, 321 Bishop, A.R., 244, 87 Chen, Y.C., 242, 373
Adamopoulos, N., 242, 68 Bobylev, A.P., 243, 222 Chen, Z.H., 241, 30
Adrian, H., 242, 46 Bock, A., 244, 35; 245, 212 Chen, Z.-Y., 242, 216; 243, 113
Akamatsu, S., 242, 121 Boikov, Yu., 244, 373 Cheng, X.R., 245, 281
Bok, J., 244, 357 Cherny, A.Yu., 244, 129
Akani, M., 245, 131
Akimitsu, J., 242, 12 Bonn, D.A., 243, 381 Chernyaev, S., 244, 139
Akimoto, J., 242, 360 Bonoldi, L., 241, 37 Chesca, B., 241, 123
Aldinger, F., 245, 301 Bontemps, N., 244, 231 Chevalier, B., 242, 342
Alexandre, E.T., 243, 1; 245, 207 Bordet, P., 243, 222; 245, 207 Chin, C.C., 243, 373; 245, 77
Allen, J.L., 241, 158 Boss, R.D., 243, 29 Chmaissem, O., 242, 17, 23, 228
Alleno, E., 242, 169 Boulesteix, C., 241, 10 Cho, B.K., 242, 169
Al-Mamouri, M., 241, 151 Bouvier, J., 244, 357 Cho, H.M., 243, 177, 187
Altenburg, H., 244, 139 Bravman, J.C., 241, 401 Choi, S.S., 244, 63
Amelinckx, A., 244, 373 Briant, C.L., 242, 164 Choi, Y.W., 244, 63
Aminov, B.A., 243, 167 Briggs, J.S., 243, 29 Chou, H., 245, 143
Andersen, N.H., 241, 103 Bristol, R.L., 245, 164 Chow, T.C., 245, 143
Antipov, E.V., 243, 1, 222; 245, 207 Brom, H.B., 244, 1, 10 Chrisey, D., 242, 197
Aomine, T., 241, 336, 389 Bruchlos, H., 244, 337 Christensen, N.E., 243, 207
Bud’ko, S.L., 243, 183; 244, 41 Chrosch, J., 242, 105
Ares, O., 242, 191
Ariosa, D., 242, 30 Budnick, J.I., 242, 39 Chu, C.W., 241, 211
Arnaudas, J.I., 244, 214 Burdett, J.K., 243, 53 Cima, M.J., 241, 92
Ciobanu, I.P., 241, 380
Asahata, T., 242, 311
Clark, A.F., 245, 308
Asayama, K., 243, 337 Calestani, G.L., 241, 37
Coleman, A.J., 243, 76
Asomba, G.C., 244, 271; 245, 355
Campbell, A.M., 241, 71; 242, 233
Collocott, S.J., 241, 273
Auge, J., 245, 84 Canfield, P.C., 242, 169
Conder, K., 243, 10
Cantoni, M., 242, 30; 243, 103
Cooper, J.R., 242, 233; 243, 252
Babu, T.G.N., 243, 252 Cao, B.S., 241, 311 Coulter, J.Y., 243, 93
Badéche, T., 241, 10 Cao, G.-H., 243, 113
Crosby, B.J., 245, 151
Badri, V., 241, 1 Cao, H., 243, 262
Czyzak, B., 243, 327
Capponi, J.J., 243, 1, 222; 245, 1, 207
Baggio-Saitovitch, E.M., 243, 183; 244, 41
Balachandran, U., 242, 246; 243, 273 Carmona, F., 245, 261
Dahne, U., 245, 25
Baran, M., 241, 383; 245, 257 Casalta, H., 241, 103
Cava, R.J., 244, 101 Dai, G.P., 244, 207
Barisi¢c, S., 241, 247
Bauerle, D., 242, 55, 127 Chaddah, P., 245, 238 Dai, P., 243, 201
Bayless, W.R., 245, 270 Chaillout, C., 243, 222 Dalton, M., 244, 207
Chakoumakos, B.C., 243, 201; 244, 101 Dam, B., 241, 353
Beck, A., 244, 389
Das, B., 242, 221
Becker, Th., 245, 273 Chakraborty, S., 242, 351
Ben Salem, E., 242, 342 Chandrachood, M.R., 241, 319 De Brion, S., 243, 1, 222
404 Cumulative Author Index to Volumes 241-245
Frolova, G.1., 245, 36 Gulacsi, Zs., 244, 87
De Groot, P.A.J., 241, 111
Fu, X.K., 245, 41 Gunasekaran, R.A., 243, 160
De la Fuente, C., 244, 214
De Silva, P.S.I.P.N., 243, 252 Fueki, K., 241, 323; 243, 35, 43 Giintherodt, G., 245, 84
Fujiki, H., 241, 389 Giintherodt, H.-J., 242, 174
De Vaulchier, L.A., 244, 231
Fujimori, Y., 241, 389 Guo, L.P., 241, 30
De Brion, S., 245, 207
Del Moral, A., 244, 214 Fujito, K., 242, 277 Gupta, A., 244, 333
DeLuca, J.A., 242, 164 Fujiwara, A., 244, 263; 245, 332 Gupta, S.K., 245, 386
Deng, T.Z., 242, 17 Fujiyoshi, T., 242, 251 Gurevich, A., 243, 191
Fukami, T., 241, 336, 389
Denisov, A.G., 244, 63
Denjean, P., 241, 397 Fukuoka, A., 243, 19 Haase, D.G., 244, 287
Funaki, K., 242, 251
Dieckmann, N., 244, 35; 245, 212 Hadam, B., 242, 291
Dieterich, W., 245, 193 Hadfield, R., 241, 103
Dolata, R., 241, 25 Gtadczuk, L., 241, 383 Hadni, A., 245, 219
Dong, C., 245, 281 Galaktionov, A.V., 241, 118 Haensel, H., 244, 389
Dosanjh, P., 241, 103 Haggerty, J.S., 241, 92
Gameson, I., 241, 151
Dou, S.X., 241, 142 Gan, Z.Z., 241, 83 Hahn, Th., 242, 46, 291
Doyle, R.A., 241, 71 Ganguly, R., 243, 160 Hahn, T.S., 244, 63
Dravid, V.P., 243, 273 Gao, D., 244, 321; 245, 66 Hamet, J.F., 241, 158
DreBen, J., 245, 84 Gao, L., 241, 211 Han, Z.-H., 244, 115
Drehman, A., 242, 197
Gao, S., 244, 321; 245, 66 Hara, T., 241, 92
Drews, A.R., 242, 221
Gao, X.-H., 244, 321; 245, 66 Hardy, J.R., 243, 262
Driver, R., 241, 273
Garcia, J.A., 245, 126 Hardy, V., 244, 341
Du, J., 245, 151
Gauckler, L.J., 243, 103 Hardy, W.N., 241, 103; 243, 381
Du, Z.H., 241, 311
Genoud, J.-Y., 242, 143 Hari Babu, N., 244, 106
Dubois, S., 245, 261
Gerbaux, X., 245, 219 Harrison, J.P., 243, 381
Dunn, R.G., 241, 181 Hart, C., 242, 191
Ghorayeb, A.M., 241, 10
Dyakonov, V., 241, 383 Hasegawa, T., 242, 277
Giordanengo, B., 243, 183; 244, 41
Dyakonov, V.P., 245, 257
Giura, M., 243, 303 Hatton, P.D., 245, 139
Hauck, J., 244, 139
Glastra, M., 241, 257
Early, E.A., 245, 308 Gliickler, H., 242, 39 He, A.S., 241, 311
Edwards, P.P., 241, 151; 244, 207 Gobbels, M., 242, 291 He, Q., 241, 83
Elmassalami, M., 243, 183; 244, 41 Godinho, M., 245, 1 He, Z.H., 241, 211
Endoh, Y., 244, 193 Goerke, F., 245, 15 Hein, M.A., 243, 167
Erb, A., 245, 245 Gollnik, F., 244, 389 Heinrichs, H., 243, 167
Eror, N.G., 242, 246 Golubov, A.A., 243, 153 Hellebrand, B., 242, 55; 243, 69
Etourneau, J., 242, 342 Gopalan, R., 244, 106 Hensel, B., 241, 45
Evarestov, R.A., 245, 48 Gorbachev, V.S., 245, 231 Hensen, S., 244, 337
Evetts, J.E., 242, 68 Goreatchkovski, E., 244, 185 Hernando, A., 244, 123
Gornert, P., 244, 145 Hervieu, M., 241, 1, 158; 242, 1; 243, 214,
Fabrega, L., 245, 325 Gotz, D., 242, 291 233
Fastampa, R., 243, 303 Gou, Y.S., 245, 143 Hesse, D., 243, 281; 245, 84
Feile, R., 242, 46 Goyal, A., 242, 164; 244, 287 Hinks, D.G., 245, 126
Figueredo, A.M., 241, 92 Grachev, V., 241, 10 Hirabayashi, M., 242, 360
Fischer, K., 244, 145 Grasso, G., 241, 45 Hirano, S., 241, 92
Fisher, L.M., 245, 231 Gravereau, P., 242, 342 Hirano, T., 245, 12
Fita, I.M., 245, 257 Greaves, C., 241, 151; 243, 252 Hirata, K., 245, 12
Flandrois, S., 245, 261 Griessen, R., 241, 353 Hirsch, J.E., 243, 319
Flemings, M.C., 241, 92 Grigelionis, G., 242, 183 Hodges, J.P., 241, 151
Fliikiger, R., 241, 45 Grigorov, G.I., 241, 397 Hoffschulz, H., 245, 84
Fong, H.-S., 242, 209 Grigorov, K.G., 241, 397 Hohlwein, D., 244, 349
Fontcuberta, J., 245, 325 Grigoryan, L., 244, 305 Holesinger, T.G., 243, 93
Fontes, M.B., 243, 183 Gross, R., 244, 389 Holt, S.A., 243, 123
Francesconi, M.G., 241, 37, 151 Grybos, J., 244, 349 Hong, G.-W., 242, 81; 243, 366
Franck, J.P., 245, 159 Gu, B.L., 241, 311 Hopfengartner, R., 245, 131
Freltoft, T., 244, 115 Gugan, D., 241, 375 Horii, S., 242, 381
Freyhardt, H.C., 242, 283 Guilloux-Viry, M., 244, 231 Horng, H.E., 243, 177
Froese, A., 245, 131 Gulacsi, M., 244, 87 Horwitz, J., 242, 197