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Publisher: Elsevier

Volume 368, Number 1, 1 March 2002

Contents
pp. ix-xii(4)

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Fetal magnetocardiography: clinical relevance and feasibility
pp. 10-17(8)
Authors: ter Brake, H.J.M.; Rijpma, A.P.; Stinstra, J.G.; Borgmann, J.; Holland, H.J.; Krooshoop, H.J.G.; Peters, M.J.; Flokstra, J.; Quartero, H.W.P.; Rogalla, H.

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Performance of a novel SQUID-based superconducting imaging-surface magnetoencephalography system
pp. 18-23(6)
Authors: Kraus, R.H.; Volegov, P.; Maharajh, K.; Espy, M.A.; Matlashov, A.N.; Flynn, E.R.

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High resolution imaging of biomagnetic fields generated by action currents in cardiac tissue using a LTS-SQUID microscope
pp. 24-31(8)
Authors: Baudenbacher, F.; Peters, N.T.; Baudenbacher, P.; Wikswo, J.P.

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Position determine system for lymph node relating breast cancer using a high-Tc SQUID
pp. 32-36(5)
Authors: Tanaka, S.; Ota, H.; Kondo, Y.; Tamaki, Y.; Noguchi, S.; Hasegawa, M.

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DC-SQUID magnetometers from YBa2Cu3O7- in AC fields for application in multichannel systems
pp. 37-40(4)
Authors: Barthelmess H.-J.; Schiefenhovel, B.; Schilling, M.

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Noise properties of highly balanced YBa2Cu3Oy directly coupled gradiometers and MCG measurement in magnetically unshielded environment
pp. 41-44(4)
Authors: Tsukamoto, A.; Yokosawa, K.; Fukazawa, T.; Suzuki, D.; Tsukada, K.; Miyashita, T.; Kandori, A.; Takagi, K.

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A basic study on algorithm for automatic diagnosis by magnetocardiography
pp. 45-49(5)
Authors: Ono, Y.; Kasai, N.; Ishiyama, A.; Miyashita, T.; Terada, Y.

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High Tc SQUID systems for magnetophysiology
pp. 50-54(5)
Authors: Tarte, E.J.; Magnelind, P.E.; Tzalenchuk, A.Y.; Lohmus, A.; Ansell, D.A.; Blamire, M.G.; Ivanov, Z.G.; Dyball, R.E.

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SQUID microscopy for fundamental studies
pp. 55-65(11)
Author: Kirtley, J.R.

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Flux guide for high-Tc SQUID microscope with high spatial resolution
pp. 66-69(4)
Authors: Gudoshnikov, S.A.; Liubimov, B.Y.; Matveets, L.V.; Mikhailenko, A.P.; Deryuzhkina, Y.V.; Sitnov, Y.S.; Snigirev, O.V.

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Recent developments in SQUID NDE
pp. 70-79(10)
Authors: Krause H.-J.; Kreutzbruck, M.v.

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Spatial resolution of SQUID magnetometers and comparison with low noise room temperature magnetic sensors
pp. 80-84(5)
Authors: Dolabdjian, C.; Qasimi, A.; Bloyet, D.; Mosser, V.

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Defect detection in thick aircraft samples using HTS SQUID magnetometers
pp. 85-90(6)
Authors: Kreutzbruck, M.v.; Allweins, K.; Gierelt, G.; Krause, H.; Gartner, S.; Wolf, W.

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SQUID array for magnetic inspection of prestressed concrete bridges
pp. 91-95(5)
Authors: Krause, H.; Wolf, W.; Glaas, W.; Zimmermann, E.; Faley, M.I.; Sawade, G.; Mattheus, R.; Neudert, G.; Gampe, U.; Krieger, J.

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Non-destructive testing of niobium sheets for superconducting resonators using an LTS SQUID system
pp. 96-99(4)
Authors: Muck, M.; Welzel, C.; Gruhl, F.; Kreutzbruck, M.v.; Farr, A.; Scholz, F.

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High-Tc SQUID magnetometers and gradiometers for NDE application
pp. 105-108(4)
Authors: Jeng, J.T.; Horng, H.E.; Yang, H.C.

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Miniature dc SQUID devices for the detection of single atomic spin-flips
pp. 109-113(5)
Authors: Gallop, J.; Josephs-Franks, P.W.; Davies, J.; Hao, L.; Macfarlane, J.

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HTS cryogenic current comparator for non-invasive sensing of charged-particle beams
pp. 114-118(5)
Authors: Hao, L.; Gallop, J.C.; Macfarlane, J.C.; Carr, C.

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Highly sensitive magnetometers for absolute magnetic field measurements based on quantum interference filters
pp. 119-124(6)
Authors: Oppenlander, J.; Haussler, C.; Trauble, T.; Schopohl, N.

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Sigmoid like flux to voltage transfer function of superconducting quantum interference filter circuits
pp. 125-129(5)
Authors: Oppenlander, J.; Haussler, C.; Trauble, T.; Schopohl, N.

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An HTS SQUID picovoltmeter used as preamplifier for Rogowski coil sensors
pp. 130-133(4)
Authors: Eriksson, T.; Blomgren, J.; Winkler, D.

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High-performance DC SQUID read-out electronics
pp. 134-140(7)
Author: Drung, D.

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New amplifier configuration based on the circulating current state of a DC SQUID
pp. 146-152(7)
Authors: Hibbs, A.D.; Krupka, M.A.; Kunstmanas, L.R.; Lathrop, D.K.; Say, C.; Zheng, W.; DiIorio, M.S.

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HTS dc SQUID based rf amplifier: development concept
pp. 153-156(4)
Authors: Prokopenko, G.V.; Shitov, S.V.; Borisenko, I.V.; Mygind, J.

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dc-SQUID readout electronics with infrared remote control
pp. 157-160(4)
Authors: Torrioli, G.; Carelli, P.; Castellano, M.G.; Leoni, R.

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Towards a dc SQUID read-out for the normal metal hot-electron microbolometer
pp. 161-165(5)
Authors: Tarasov, M.; Gudoshnikov, S.; Kalabukhov, A.; Seppa, H.; Kiviranta, M.; Kuzmin, L.

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Low-drift broadband directly coupled dc SQUID read-out electronics
pp. 166-170(5)
Authors: Oukhanski, N.; Stolz, R.; Zakosarenko, V.; Meyer, H.

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A high-Tc L-band SQUID amplifier combined with superconductive thin-film filters
pp. 171-175(5)
Authors: Kalabukhov, A.S.; Tarasov, M.A.; Stepantsov, E.A.; Gevorgian, S.; Deleniv, A.; Ivanov, Z.G.; Snigirev, O.V.; Vendik, O.G.; Mukhanov, O.A.

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Stabilization and optimization of a two-stage dc SQUID coupled to a high Q resonator
pp. 176-180(5)
Authors: Vinante, A.; Bonaldi, M.; Falferi, P.; Cerdonio, M.; Mezzena, R.; Prodi, G.A.; Vitale, S.

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Non-constant bias current for dc SQUID operation
pp. 181-184(4)
Authors: Zhang, Y.; Wolters, N.; Otto, R.; Krause, H.

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The temperature dependence of SQUID noise at temperatures below 4 K
pp. 185-190(6)
Authors: Espy, M.A.; Matlashov, A.N.; Kraus Jr., R.H.; Balakirev, F.; Betts, J.

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Noise properties of an YBCO SQUID
pp. 191-195(5)
Authors: Blomgren, J.; Eriksson, T.; Tarte, E.; Winkler, D.

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Rapid single flux quantum technology for SQUID applications
pp. 196-202(7)
Authors: Mukhanov, O.A.; Sarwana, S.; Gupta, D.; Kirichenko, A.F.; Rylov, S.V.

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SQUID multiplexers for transition-edge sensors
pp. 203-210(8)
Author: Irwin, K.D.

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Niobium and niobium nitride SQUIDs based on anodized nanobridges made with an atomic force microscope
pp. 211-217(7)
Authors: Faucher, M.; Fournier, T.; Pannetier, B.; Thirion, C.; Wernsdorfer, W.; Villegier, J.C.; Bouchiat, V.

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Coded SQUID arrays
pp. 218-221(4)
Authors: Podt, M.; Weenink, J.; Flokstra, J.; Rogalla, H.

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RSFQ spreading code generator for W-CDMA multiuser detector
pp. 222-226(5)
Author: Kidiyarova-Shevchenko, A.Y.

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Performance of asymmetric superconducting quantum interference devices
pp. 232-235(4)
Authors: Testa, G.; Granata, C.; Calidonna, C.; Di Russo, C.; Mango Furnari, M.; Pagano, S.; Russo, M.; Sarnelli, E.

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Theory of the voltage-current characteristic of high Tc DC SQUIDs and its experimental verification
pp. 236-240(5)
Authors: Greenberg, Y.S.; Schultze, V.; Meyer, H.

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Asymmetry modulated SQUIDs made by direct focused ion beam milling
pp. 241-245(5)
Authors: Burnell, G.; Tarte, E.J.; Kang, D.; Hadfield, R.H.; Blamire, M.G.

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Stacked Josephson junction SQUID
pp. 246-250(5)
Author: Krasnov, V.M.

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Superconducting gap parameters of MgB2 obtained on MgB2/Ag and MgB2/In junctions
pp. 251-254(4)
Authors: Plecenik, A.; Benacka, S.; Kus, P.; Grajcar, M.

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Properties of zero-energy surface states in d-wave superconducting junctions
pp. 255-260(6)
Authors: Lofwander, T.; Shumeiko, V.S.; Wendin, G.

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Probing unconventional superconducting symmetries using Josephson interferometry
pp. 261-266(6)
Authors: Neils, W.K.; van Harlingen, D.J.; Oh, S.; Eckstein, J.N.; Hammerl, G.; Mannhart, J.; Schmehl, A.; Schneider, C.W.; Schulz, R.R.

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Superconducting transport properties of YBCO grain boundary Josephson junctions
pp. 267-270(4)
Authors: Grajcar, M.; Hlubina, R.; Il'ichev, E.; Meyer, H.

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Superconducting current-phase relation of Nb/Au/(001) YBaCuO heterojunctions
pp. 271-275(5)
Authors: Komissinski, P.V.; Il'ichev, E.; Ovsyannikov, G.A.; Grajcar, M.; Hlubina, R.; Ivanov, Z.

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Josephson quantum bits in the flux regime
pp. 276-283(8)
Authors: Makhlin, Y.; Schon, G.; Shnirman, A.

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Engineering the quantum measurement process for the persistent current qubit
pp. 294-299(6)
Authors: Orlando, T.P.; Tian, L.; Crankshaw, D.S.; Lloyd, S.; van der Wal, C.H.; Mooij, J.E.; Wilhelm, F.

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DC-SQUID readout for qubit
pp. 300-304(5)
Authors: Tanaka, H.; Sekine, Y.; Saito, S.; Takayanagi, H.

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d-Wave superconductors and quantum computers
pp. 305-309(5)
Author: Zagoskin, A.M.

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Multi-terminal superconducting phase qubit
pp. 310-314(5)
Authors: Amin, M.H.S.; Omelyanchouk, A.N.; Blais, A.; Brink, A.M.v.d.; Rose, G.; Duty, T.; Zagoskin, A.M.

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Flux qubit with a quantum point contact
pp. 315-319(5)
Authors: Lantz, J.; Shumeiko, V.S.; Bratus, E.; Wendin, G.

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A multi-Josephson junction qubit
pp. 320-323(4)
Author: Yukon, S.P.

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Testing a state preparation and read-out protocol for the vortex qubit
pp. 324-327(4)
Authors: Kemp, A.; Wallraff, A.; Ustinov, A.V.

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Superconducting current-phase relation in high-Tc symmetrical bicrystal junction
pp. 328-331(4)
Authors: Borisenko, I.V.; Mozhaev, P.B.; Ovsyannikov, G.A.; Constantinian, K.Y.; Stepantsov, E.A.

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Bicrystal pi-interferometers
pp. 332-336(5)
Authors: Kornev, V.K.; Ovsyannikov, G.A.; Mozhaev, P.B.; Borisenko, I.V.; Pedersen, N.F.

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Tunnel barriers for an all-high-Tc single electron tunneling transistor
pp. 337-342(6)
Authors: Lombardi, F.; Tzalenchuk, A.Y.; Kubatkin, S.E.; Tafuri, F.; Ivanov, Z.G.; Delsing, P.; Claeson, T.

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Author Index
pp. 343-346(4)

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Analytic Subject Index
pp. 347-348(2)

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