Contents:
8:00 AM, PA
9:00 AM, EBA | EBB | EBC
| EBD | EBE | EBG
| EBH | LBA | LBB
| LBC | MBA | MBB
| MBC
11:00 AM, EC | LC | MC
1:00 PM, EDA | EDB | EDC
| EDD | EDF | EDG
| EDH | LDA | LDB
| MDA | MDB
3:00 PM, EE | LE | ME
7:00 PM, EFA | EFB | EFC
| EFD | EFH | LFA
| LFB | LFC | MFA
| MFB | MFC | MFD
Chair: A. I. Braginski
8:00. PA-1. Superconductivity in Electronics A. Silver, TRW Space And Electronics Group
Chair: Yoichi Okabe Co-Chair: Richard W. Ralston
9:00. EBA-1. Superconducting Frequency Synthesizer A. Spooner, C. Harper, B. Lao, D. Rowe, D. J. Durand, L. Eaton, R. D. Sandell, and A. D. Smith, TRW
9:00. EBA-2. Contention Solver for a Superconducting Packet Switch M. Hosoya, W. Hioe, S. Kominami, H. Nagaishi, and T. Nishino, Hitachi Ltd.
9:00. EBA-3. Pulse Propagation in Ring-Shaped RSFQ Circuits: Application in Reliability Tests M. I. Khabipov, IREE Russ. Acad. Sci.; R. Dolata, and F.-Im. Buchholz, Physikalisch-Technische Bundesantstalt; P. G. Litskevitch, IREE Russ. Acad. Sci.; W. Kessel, and J. Niemeyer, Physikalisch-Technische Bundesanstalt
9:00. EBA-4. Circuits for Chip-to-Chip Transportation of Bits from Single Flux Quantum Circuits A. H. Miklich, A. H. Worsham, D. L. Miller, and J. X. Przybysz, Northrop Grumman STC
9:00. EBA-5 (invited). A Vortex Transitional Memory Cell for 1-Mbit/cm2 Density Josephson RAMs H. Numata, S. Nagasawa, and S. Tahara, NEC Corporation
9:00. EBA-6. New Multi Flux Quantum Logic Family V. K. Kaplunenko, and E. Wikborg, Chalmers University Of Technology
9:00. EBA-7. New Design of an RSFQ Pseudo Random Noise Generator for RF Noise Power Calibration Systems A. Yu. K.-Shevchenko, Moscow State University Inst. Of Nuclear Physics; M. I. Khabipov, IREE Russ. Acad. Sci.; R. Dolata, F. Im. Buchholz, W. Kessel, and J. Niemeyer, Physikalisch-Technische Bundesanstalt
9:00. EBA-8. High-Tc Superconductor Oversampling Delta Modulator for Analog-to-Digital Converters Y. M. Zhang, Conductus, Inc.; P. F. Yuh, OPTi, Inc.; N. B. Dubash, U. Ghoshal, and K. Char, Conductus, Inc.
Chair: Sergey K. Tolpygo Co-Chair: Q. Y. Ma
9:00. EBB-1. Fabrication and Characterization of YBa2Cu307-x/SrTiO3/Ag Trilayer Films on SrTiO3 Bicrystal Substrates H. Haensel, C. Hoefener, A. Beck, D. Koelle, and R. Gross, University Zu Koln
9:00. EBB-2. B-Direction Vs. C-Direction Coupling of YBa2Cu307-x With PbIn Probed by Edge Junctions on In-Plane Aligned A-Axis Films I. Takeuchi, Y. Gim, F. C. Wellstood, C. J. Lobb, Z. Trajanovic, and T. Venkatesan, University Of Maryland
9:00. EBB-3. High-IcR YBCO/PrBCO/YBCO Junctions Fabricated with In-Situ Ramp Growth Technique M. D. Strikovskiy, and A. Engelhardt, ISI KFA Juelich
9:00. EBB-4. Improved Fabrication of High-Temperature Superconducting-Normal-Superconducting {SNS} Josephson Junctions for Device Applications K. A. Delin, A. W. Kleinsasser, J. B. Barner, and R. P. Vasquez, Jet Propulsion Laboratory, Cal. Inst. Of Tech.
9:00. EBB-5. Transport Properties of La1.85Sr0.15CuO Bicrystal Grain Boundary Josephson Junctions A. Beck, University Tubingen; D. Koelle, O. M. Froehlich, L. Alff, and R. Gross, University Zu Koln; M. Naito, and H. Sato, NTT Basic Research Laboratories
9:00. EBB-6. Josephson Junction Properties of Bi2Si2CaCu203 Bicrystal Junctions Grown by Molecular Beam Epitaxy on MgO Bicrystal Substrates K. Lee, and I. Iguchi, Tokyo Institute Of Technology; H. Soutome, and M. Kawabe, University Of Tsukuba
9:00. EBB-7. Conduction Mechanisms in C-Axis Oriented YBCO Based Trilayer Junctions with Ferromagnetic A0.7B0.3MnO3 Manganite Barriers M. A. Bari, C. Muirhead, and C. Gough, The University Of Birmingham; M. Viret, L. Ranno, and J. M. D. Coey, Trinity College, Physics Department
9:00. EBB-8. Edge-Like Planar Sandwich-Type Junctions Using a-Axis Oriented YBa2Cu3O7-x/Insulator/YBa2Cu3O7-x Trilayers G. Y. Sung, and J. D. Suh, Electronics And Telecommunications Res. Institute
9:00. EBB-9. Fabrication of HTS Josephson Junctions on Si Membranes S. K. Tolpygo, S. Shokhor, B. Nadgorny, and M. Gurvitch, State University Of New York At Stony Brook; J. Kim, K. Nakajima, and T. Yamashita, Tohoku University
9:00. EBB-10. Magnetic Field Modulation of Critical Currents in YBaCuO Co-planar Josephson Junctions Using Focused Ion Beam Y. Soutome, T. Kamiya, and Y. Okabe, University Of Tokyo
Chair: Yu. Maslennikov Co-Chair: Jonathan Z. Sun
9:00. EBC-1. Nondestructive Detection of Dislocation in Steel Using a SQUID Gradiometer N. Ishikawa, and H. Yamakawa, SHIMIZU Corp.; N. Kasai, Electrotechnical Laboratory; K Chinone, S. Nakayama, and A. Odawara, Seiko Instr. Inc.
9:00. EBC-2. Materials Issues Related to the Fabrication of HTS Magnetometers S. G. Haupt, IBM T. J. Watson Research Center; D. K. Lathrop, and R. Matthews, Quantum Magnetics; S. L. Brown, R. A. Altman, F. Milliken, P. J. Woeltgens, W. J. Gallagher, and R. H. Koch, IBM Research Division
9:00. EBC-3. Wide Band Front End for High Frequency SQUID Electronics R. D. Penny, Quantum Magnetics, Inc.; R. H. Koch, and J. R. Rozen, IBM T. J. Watson Research Center; B. D. Thorson, and B. R. Whitecotton, Quantum Magnetics Inc.
9:00. EBC-4. New Type of Magnetic Sensor Based on Stochastic Resonance in a Flux-Quantized Superconducting Loop A. Hibbs, and A. Singsaas, Quantum Magnetics, Inc.; A. R. Bulsara, NCCOSC RDT&E Division
9:00. EBC-5. SQUID Gradiometers for a Fundamental Study of Underwater Magnetic Detection M. Hirota, K. Nanaura, Y. Teranishi, and T. Kishigami, Japan Defense Agency
9:00. EBC-6. Mobile Operation of Superconducting Magnetic Gradiometers D. J. Overway, T. R. Clem, M. C. Froelich, L. H. Fry, G. J. Kerkelis, and R. F. Wiegert, Naval Surface Warfare Center
9:00. EBC-7. A Wide-Range Scanning SQUID Microscope and Its Application to the Study of Low Flux Densities in HTS Materials M. Barker, and M. S. Colclough, University Of Birmingham
9:00. EBC-8. Using a Scanning SQUID Microscope to Study Angular Dependence of Pairing Symmetry in YBa2Cu307 Y. Gim, University Of Maryland; A. Mathai, Conductus, Inc.; R. C. Black, Quantum Design; A. Amar, and F. C. Wellstood, University Of Maryland
9:00. EBC-9. A High-Tc DC-SQUID Gradiometer with Additional Positive Feedback for Picovoltmeter Applications J. Henriksson, H. Nilsson, and D. Winkler, Chalmers University Of Technology
9:00. EBC-10. A YBCO DC SQUIDs on SrTi03 Bicrystal Grown by Zone Melting Process A. M. Balbashov, and I. G. Parsegov, Moscow State Institute; S. N. Polyakov, M. Yu. Kupriyanov, O. V. Snigirev, I. I. Vengrus, and E. K. Kov'ev, Moscow State University
Chair: David Reagor Co-Chair: Colin E. Gough
9:00. EBD-1. Tunable YBCO Resonators on Garnet Ferrite Substrates D. E. Oates, MIT Lincoln Laboratory And Physics Dept.; A. Pique, K. S. Harshavardhan, J. Moses, and F. Yang, Neocera Inc.
9:00. EBD-2. Numerical Characterization of Impedance Transformers Consisted of Vertically Stacked Superconducting Transmission Lines S. Kohjiro, T. Kikuchi, S. Kiryu, M. Maezawa, and A. Shoji, Electrotechnical Laboratory
9:00. EBD-3. Thermally Controlled HTS Microwave Switched Line Phase Shifter R. Cadotte, W. Wilber, T. Deanni, and R. Babbitt, US Army ARL; G. Sun, AEL Industries, Inc.
9:00. EBD-4. Fabrication and Characterization of Microwave Single Balanced Mixer K. Y. Kang, S. K. Han, and J. Kim, ETRI; J. Lim, Kookmin University
9:00. EBD-5. Superconductor Ferrite Phase Shifters and Circulators D. E. Oates, G. F. Dionne, D. H. Temme, and J. A. Weiss, Lincoln Laboratory
9:00. EBD-6. Full-Wave Modeling of HTS Dual-Mode Patch Filters and Staggered Coupled-Line Filters A. Flores, C. Collado, C. Sans, J. O'Callaghan, J. Fontcuberta, and R. Pous, UPC-TSC Dept.
9:00. EBD-7. Influence and Evaluation of Parasitic Inductance in Shunted Josephson Junctions A. B. Cawthorne, University Of Maryland; C. B. Whan, MIT, Cambridge, MA; C. J. Lobb, University Of Maryland
9:00. EBD-8. 125 Percent Bandwidth Superconducting Chirp Filters H. Cheung, M. Holroyd, F. Huang, and M. J. Lancaster, University Of Birmingham; B. Aschermann, M. Getta, G. Muller, and H. Schlick, Universitat Wuppertal
9:00. EBD-9. Miniaturized Bandpass Filters Using Laser Ablated YBCO Thin Films S. Y. Lee, Yonsei University, Dept. Of Electrical Engineering; K. Y. Kang, ETRI, Yusong, Research Dept.; D. Ahn, Dept. Of Electronics Engrg, Soonchuhyang Univ.
9:00. EBD-10. Optimization of SrTi03 for Applications in Tunable Resonant Circuits R. E. Treece, J. B. Thompson, C. H. Mueller, T. Rivkin, and M. W. Cromar, SCT, Inc.; D. Galt, X. Zhang, and J. C. Price, University Of Colorado
Chair: Paul L. Richards Co-Chair: Daniel E. Prober
9:00. EBE-1. Bolometric Response of Optically Thick Superconducting Films J. D. Chern, C. C. Kuo, and H. C. Yang, National Taiwan University; Z. D. Genchev, Bulgaria Academia Sinica; D. Dew-Hughes, University Of Oxford
9:00. EBE-2. High Tc GdBa2Cu307-x Superconducting Thin Film Bolometers H. C. Li, R. L. Wang, F. B. Fan, Y. M. Ping, G. S. He, and H. J. Zhang, National Lab For Superconductivity
9:00. EBE-3. A Model of the Resistive Transition of High Temperature Superconducting Microbridges P. Langlois, D. Robbes, and D. Bloyet, Institut Des Sciences De La Matiere Et Du Rayonnem; L. Mechen, and J.C. Villegier, D.R.F.M.C./S.P.S.M.S. C.E.A.
9:00. EBE-4. Far-Infrared Photoresponse of YBCO Thin Films C. Zhong, University Of Notre Dame; D. A. Rudman, NIST; S. T. Ruggiero, Department Of Energy
9:00. EBE-5. A Voltage-Biased High-Tc Infrared Bolometer A. T. Lee, S.-F. Lee, and P. L. Richards, University Of California At Berkeley
9:00. EBE-6. Suspended Epitaxial YBaCuO Bolometers on Silicon and SIMOX Substrates L. Mechin, and J.-C. Villegier, CEA-Grenoble; D. Bloyet, GREYC-ISMRA
9:00. EBE-7. Far-infrared and Sub-millimeter Wave Microbolometers with Bowtie Antennas Using High Tc Superconducting Thin Films Z. Mai, X. Yi, F. Zhou, X. Zhao, and J. Ju, Huazhong University Of Science And Technology
9:00. EBE-8. Novel Infra-Red Sensor Using Magnetically Modulated YBCO Films F. M. Mueller, Q. Ji, K. N. Springer, and D. N. Sinha, Los Alamos National Laboratory
9:00. EBE-9. A Standards Grade Infrared Radiometer Based on Niobium Transition Edge Thermometers C. D. Reintsema, and E. N. Grossman, National Institute Of Standards And Technology
9:00. EBE-10. Fotoresponse of the Laser Patterned Y-Ba-Cu-O Microstrip Structures J. Demsar, and M. Zavrtanik, J. Stefan Institut
9:00. EBE-11. Antireflective Coating for BiPbSrCaCuO Sensors S. N. Qiu, and L. Ngo Phong, DREV; L. Shih, McGill University
Chair: Arthur Davidson Co-Chair: A. Ustinov
9:00. EBG-1 (invited). HF Operation of Josephson Vortex Flow Transistor with a Controlled Damping J.-C. Villegier, and S. Nicoletti, DRFMC/SPSMS - CEA, Grenoble; M.-C. Cyrille, and R. Chicault, LSP-UJF
9:00. EBG-2. Transient Response of Josephson-Coupled Multilayers S. Lomatch, and E. D. Rippert, Northwestern University
9:00. EBG-3. Fiske Steps and "Flux-Flow" in Josephson Junctions: Theory and Experiment M. Cirillo, and G. Verona Rinati, University Of Rome Tor Vergata, Dept. Of Physics; N. Gronbech-Jensen, LANL, Theoretical Div.
9:00. EBG-4. New Vortex Flow Transistors Made of YBa2Cu30 Thin Films A. Fujimaki, M. Kusunoki, M. Kito, S. Yoshida, H. Andoh, and H. Hayakawa, Nagoya University
9:00. EBG-5. Three Terminal Vortex Injection Device A. Davidson, Northrop Grumman STC; N. F. Pederson, The Technical University Of Denmark
9:00. EBG-6. Gain - Frequency Characteristics of Transistors Based on Flux Flow in Hysteretic Long Josephson Junctions {LJJ} M. A. Ketkar, J. B. Beyer, and J. E. Nordman, University Of Wisconsin-Madison
9:00. EBG-7. Design and Implementation of a Dual-Control Active Device Using YBCO Grain-Boundary Junctions T. Nguyen, B. A. Davidson, G. A. Daniels, J. B. Beyer, and J. E. Nordman, University Of Wisconsin-Madison
9:00. EBG-8. Mutual Phase-Locking of Fluxons in Stacked Long Josephson Junctions G. Carapella, and G. Costabile, Universita Di Salerno; M. H. Manscher, J. Mygind, and M. A. Nordahn, Technical University Of Denmark
Chair: Samuel P. Benz Co-Chair: Anthony H. Worsham
9:00. EBH-1. Electronic Cooling in Nb/AlO/Al/AlO/Nb Double Tunnel Junctions L. Capogna, G. Burnell, and M. G. Blamire, Cambridge University
9:00. EBH-2. A Novel 100 mK Electronic Refrigerator Based on a Normal-Insulator-Superconductor Tunnel Junction P. A. Fisher, J. M. Ullom, and M. Nahum, Harvard University Department Of Physics
9:00. EBH-3. Analysis of the Interface Roughness of Stacked Josephson Junctions by Atomic Force Microscopy V. Lacquaniti, S. Maggi, E. Monticone, and R. Steni, IEN "G. Ferris"
9:00. EBH-4. Stacked Niobium Josephson Junction Arrays under X-Band Irradiation S. Schornstein, KFA Juelich, ISI-SL; A. M. Klushin, Institute Of Electronic Measurements; H. Kohlstedt, KFA Juelich, ISI-SL; G. Wende, F. Thurm, and H.-G. Meyer, Institute Of Phical High Technology
9:00. EBH-5. Fabrication and Characteristics of Vertically Stacked {NbCN1-x/MgO/} NbCN1-x Josephson Junctions with Thin Intermediate Electrodes T. Kikuchi, S. Kiryu, S. Kohjiro, Q. Wang, S. Nagao, A. Shoji, and S. Sato, Electrotechnical Laboratory
9:00. EBH-6. Resonance of Low-Frequency Plasma Oscillations in the Nonequilibrium Superconducting Films A. B. Agafonov, G. E. Churilov, D. A. Dikin, and V. M. Dmitriev, NAS Of Ukraine
9:00. EBH-7. Magnetic Field Dependence of Thermal Excitations in Josephson Junctions M. G. Castellano, C. Cosmelli, G. Torrioli, P. Carelli, G. Rotoli, and M. Cirillo, Universita Di Roma La Sapienza
9:00. EBH-8. Shapiro Steps in Large Area Nb-PdAu-Nb Josephson Junctions S. P. Benz, NIST
9:00. EBH-9. Shot Noise Properties of Superconducting Ballistic Contact Y. Misaki, Takuma National College Of Technology; A. Saito, S. Anezaki, and K. Hamasaki, Nagaoka University Of Technology
9:00. EBH-10. Magnetic Field Behavior of Vertical Stacks of Intermediate Length Josephson Junctions D. Andreone, V. Lacquaniti, S. Maggi, E. Monticone, and R. Steni, IEN "G. Ferraris"
Chair: TBD
9:00. LBA-1. Quench Initiation and Propagation Studies of Cable-in-Conduit Conductors for the NHMFL 45-T Hybrid O. Hill, J. R. Miller, and V. Toplosky, NHMFL
9:00. LBA-2. Quench Analysis for CICC Coils of the TPX Toroidal Field Magnet Y. Lvovsky, M.-F. Xu, and T. A. Antaya, Babcock & Wilcox, NNFD
9:00. LBA-3. Spike Voltages Seen During "Quick Charge" Ramp Limitation Tests on Nb3Sn Cable-in-Conduit Conductors M. Takayasu, Plasma Fusion Center, MIT; V. S. Vysotsky, Inst. Of Supercond. & Solid State Physics Of RSC; S. Jeong, P. C. Michael, J . H. Schultz, and J. V. Minervini, Plasma Fusion Center, MIT
9:00. LBA-4. HETR3D: A Numerical Code for Thermal-Hydraulic Simulations of Entire Magnet Systems A. Shajii, E. A. Chaniotakis, and J. P. Freiderg, MIT Plasma Fusion Center
9:00. LBA-5. Energy Limit for Flow Reversal in CICC Magnets A. Shajii, and J. P. Friedberg, MIT Plasma Fusion Center
9:00. LBA-6. Thermal Properties of Insulating Materials for Stable Superconducting Magnets K. Seo, M. Morita, and H. Yoshimura, Mitsubishi Electric Corporation; S. Nishijima, and T. Okada, ISIR Osaka University
9:00. LBA-7. Cu/SS Wires as Reinforcement and Quenchback Protection for Epoxy Impregnated Magnets Y. M. Eyssa, and D. Markiewicz, National High Magnetic Field Laboratory - FSU
9:00. LBA-8. Simulation of Wire Movement in a Superconducting Coil S. Nishijima, T. Kushida, and T. Okada, Osaka University; S. Namba, Osaka Prefecture University
9:00. LBA-9. Simulation of Frictional Heating in a Superconducting Coil T. Kushida, S. Nishijima, and T. Okada, Osaka University
9:00. LBA-10. Quench Description by the Characteristic Time Constants V. E. Keilin, and A. V. Gavrilin, Kurchatov Institute
Chair: Yuki Iwasa Co-Chair: Yury M. Lvovsky
9:00. LBB-1. Calculation of Normal Propagation Velocity and Quench Energy of the Model Field Windings for 70MW Class Superconducting Generator K. Shimohata, M. Morita, H. Yoshimura, T. Hirao, K. Suzuki, and A. Ueda, Mitsubishi Electric Corporation; K. Toyoda, Eng. Res. Assn. For Supercond. Gen. Equip.
9:00. LBB-2. Quench Localization and Current Redistribution After Quench in Superconducting Dipole Magnets Wound with Rutherford Type Cables S. M. Jongeleen, University Of Twente; A. Siemko, and R. Wolf, CERN Division LHC
9:00. LBB-3. Statistical Estimation of Quench Characteristics of Quadrupole Magnets T. Takao, Sophia University; O. Tsukamoto, Yokohama National University; K. Tsuchiya, National Laboratory For High Energy Physics
9:00. LBB-4. Quench Protection Optimization by Active and Passive Electrical/Thermal Network Configurations D. A. Gross, General Electric
9:00. LBB-5. Quench Current Level - Time Characteristics of AC Insulated Multi-Strand Superconducting Cables T. Kato, H. Shimizu, Y. J. Tang, Y. Yokomizu, and T. Matsumura, Nagoya University
9:00. LBB-6. Quench Propagation in Superconducting Cable with Interstrand Electric Contacts A. L. Rakhmanov, Scientific Center For Applied Problems In Electrod
9:00. LBB-7. Dimensionless Parameters to Describe Quench in AC Superconductors N. A. Buznikov, and A. A. Pukhov, Russian Academy Of Sciences
9:00. LBB-8. Quench Evolution of YBCO Ring Due to an Effective Pinning Center Concerning the Electromagnetic Effect M. S. Joo, and T. K. Ko, Yonsei University
Chair: Lawrence Dresner Co-Chair: Justin Schwartz
9:00. LBC-1. Three-Dimensional Numerical Analyses of the Stability of AG/BSCCO Tape-Sound Coils E. E. Burkhardt, and J. Schwartz, Florida State University
9:00. LBC-2. Transient Stability Analysis in Bi-2223/Ag Superconducting Tapes H. Okada, Toshiba Co.; S. B. Kim, and A. Ishiyama, Waseda University; S. Nomura, Toshiba Co.
9:00. LBC-3. The Intrinsic Stability of High Tc Superconducting Tape with Jc Orientation Effect L.-Y. Xiao, and S. W. Van Sciver, National High Magnetic Field Laboratory
9:00. LBC-4. Superconducting Pulse Coil Set for Stability Test of Superconducting Cables S. Jeong, V. Vysotsky, M. Takayasu, and J. V. Minervini, MIT Plasma Fusion Center
9:00. LBC-5. Electrical Circuit Models Among Superconducting Strands in Real-Scale CICCs M. Ono, T. Hamajima, and T. Fujioka, Toshiba Corporation; N. Koizumi, T. Ando, and H. Tsuji, Japan Atomic Energy Institute
9:00. LBC-6. Stability Simulation of Cable-in-Conduit Conductor on Non-uniform Mesh N. Koizumi, T. Ito, Y. Nunoya, Y. Takahashi, and H. Tsuji, Japan Atomic Energy Research Institute
9:00. LBC-7. Propagation of Normal Domains in Composite Superconductors V. S. Kovner, and R. G. Mints, Tel-Aviv University
9:00. LBC-8. Analysis of Limited Thermal Disturbances and Equivalent Currents of Disturbance in Cryostatically Stabilized Superconducting Magnets T. Satow, S. Imagawa, and N. Yanagi, National Institute For Fusion Science; K. Kuroda, and M. Takao, Kyushu University
9:00. LBC-9. Discussion on the Stable Thermal Equilibrium Current of the Superconductor K. Kaiho, N. Nomura, S. Sekine, N. Higuti, I. Ishii, N. Natori, H. Tateishi, S. Fuchino, K. Arai, K. Kajikawa, and N. Tamada, Electrotechnical Laboratory
9:00. LBC-10. Instability of "Explosion" Type in Superconductors Carrying Tranport Current A. A. Pukhov, Russian Academy Of Sciences
9:00. LBC-11. Magnetic Instability of AC Multifilamentary Wire Due to Transport Current and Its Dependence on Phase of External AC Magnetic Field M. Ito, S. Fukui, O. Tsukamoto, and N. Amemiya, Yokohama National University
9:00. LBC-12. Stability of Non-insulated A.C. Multi-strand Superconducting Cables T. Yoshino, M. Tsuda, and A. Ishiyama, Waseda University
9:00. LBC-13. Ramp Rate Instability of Multifilamentary Superconductors Due to Longitudinal Magnetic Field N. Banno, N. Amemiya, and O. Tsukamoto, Yokohama National University
Chair: L. Cooley Co-Chair: Mike D. Sumption
9:00. MBA-1 (invited). Proximity Effect Current Strengths in NbTi Multifilamentary Samples with Nb and V Barriers M. D. Sumption, and E. W. Collings, Ohio State University; H. Kanithi, IGC Advanced Superconductors, Inc.; A. K. Ghosh, Brookhaven National Laboratory
9:00. MBA-2. Field Directional Dependencies of Excess Magnetization Due to Proximity Effect Coupling in Ultrafine Multifilamentary NbTi Superconducting Wires K. Morita, and D. Ito, Tokyo Metropolitan University
9:00. MBA-3. The Proximity Effect at Low Temperatures and Its Relation to the Performance of Composite Conductors at 4 K Yu. N. Ovchinnikov, and B. I. Ivlev, Landau Institute For Theoretical Physics; R. J. Soulen, Jr., Naval Research Laboratory; J . H. Colwell, Retired; W. E. Fogle, Lawrence Berkeley Laboratory
9:00. MBA-4. High Field Flux Pinning and the Upper Critical Field of Nb-Ti Superconductors M. T. Naus, R. W. Heussner, P. J. Lee, A. A. Squitieri, and D. C. Larbalestier, Applied Superconductivity Center
9:00. MBA-5. Analysis and Optimization of Superconducting Materials Using the Modified Collective Pinning Theory D. Rodrigues, Jr., Depto De Engenharia De Materiais; D. G. Pinatti, Institute Of Physics
9:00. MBA-6. Variable Composition NbTi Superconductors Produced by APC Process T. Wong, M. Rudziak, and J. Wong, Supercon, Inc.
9:00. MBA-7. Flux Pinning in Multifilamentary Superconducting Wires with Ferromagnetic Artificial Pinning Centers J.-Q. Wang, N. D. Rizzo, and D. E. Prober, Yale University; L. R. Motowidlo, and B. A. Zeitlin, IGC, Advanced Superconductors
9:00. MBA-8. Ferromagnetic Artificial Pinning Centers in Superconducting NbTi Wires N. D. Rizzo, J. Q. Wang, and D. E. Prober, Yale University Dept. Of Applied Physics; L. R. Motowidlo, and B. A. Zeitlin, IGC - Advanced Superconductors
9:00. MBA-9. Critical Current Densities in NbTi/Nb and NbTi/Ti Multilayers J. D. McCambridge, Northrop Grumman STC; N. D. Rizzo, and J.-Q. Wang, Yale University; X. S. Ling, NEC Research; D. E. Prober, Yale University; L. R. Motowidlo, and B. A. Zeitlin, IGC Advanced Superconductors Inc.
9:00. MBA-10. Critical Current Anisotropy in Conventional and Artificial Pinning Center Round Wire Nb-Ti Superconductors C. B. Nunes, R. W. Heussner, and D. C. Larbalestier, Applied Superconductivity Center
9:00. MBA-11. Artificial Pinning Center Nb-Ti Superconductors with Alloyed Nb Pins R. W. Heussner, C. B. Nunes, P .J. Lee, and D. C. Larbalestier, Applied Superconductivity Center
9:00. MBA-12. Scaling Behaviors on Flux Pinning of Ultrafine Multifilamentary NbTi Superconducting Wires with Island-Type Artificial Pins O. Miura, and D. Ito, Tokyo Metropolitan University; S. Endo, Furukawa Electric Co., Ltd.
Chair: Masaki Suenaga Co-Chair: D. K. Christen
9:00. MBB-1. Irreversibility Lines and Pinning Force Density of Aligned {Bi,PB}2Sr2Ca2Cu03O Single Crystals S.-Y. Chu, and M. E. McHenry, Carnegie Mellon University
9:00. MBB-2. Preparation and Magnetic Properties of Ba1-xKBiO3" and YBa2Cu3O7-x Single Crystal Films S. Barilo, S. Shiryaev, G. Bychkov, V. Gatalskaya, N. Orlova, and D. Zhigunoz, Academy Of Science; A. Kaul, Moscow State University; V. Svechnikov, and H. Zandbergen, Delft University Of Technology
9:00. MBB-3. Experimental Investigation of Magnetization and Fast Relaxations in Ceramic YBCO J. Niemann, R. Janke, K. Thiele, H. Kliem, and W. Bauhofer, Technical University Of Hamburg
9:00. MBB-4. Hysteretic Flux Dynamics in a Detwinned YBa2Cu307-x Crystal From SQUID Picovoltmeter Measurements S. N. Gordeev, A. V. Volkozub, and P.A.J. De Groot, University Of Southampton; R. Gagnon, and L. Taillefer, McGill University; V.V. Khanin, Moscow State University; A. N. Matlashov, Y. A. Polyakov, and V. Y. Slobodchikov, Institute Of Radioengineering & Elec.
9:00. MBB-5. Transport Characteristics and Flux Dynamics in High Tc Superconductors Under the Influence of Pin Fluctuation T. Kiss, T. Nakamura, and M. Takeo, Kyushu University; F. Irie, Kyushu Electric Power Co., Inc.; K. Yamafuji, Kyushu University
9:00. MBB-6. Study of YBa2Cu307-x I-V Characteristics in the Mixed State Phase J. Azoulay, Center For Technological Education Holon
9:00. MBB-7. Hysteretic and AC Loss in Permeability of High Tc Superconductors with Numerical Solutions of Magnetic Field Nonlinear Diffusion Equation D. Di Gioacchino, I.N.F.N. Lab. Naz. Di Frascati; A. M. Testa, ICMAT, CNR-Area Della Ricerca Di Roma; S. Space, University Of Salerno; P. Tripodi, and F. Celani, I.N.F.N. Lab. Naz. Di Frascati
9:00. MBB-8. Static and Dynamic Properties of Josephson Fluxons and Their Implications on Critical Currents J. Halbritter, Forschungszentrum Karlsruhe Gmbh
9:00. MBB-9. Current Dependence of the Pinning Energy and Flux Dynamics in High-Temperature Superconductors C. Attanasio, C. Coccorese, L. Maritato, M. Salluzzo, and M. Salvato, Universita Di Salerno; S. L. Prischepa, and V. N. Kushnir, State University Of Computer Science & Rad. Elec.; A. Varilci, Karadeniz Teknik Universitesi
9:00. MBB-10. Enhancement of Cu-O Bilayer Coupling Energy in Bi-Sr-Ca-Cu-O by a Novel Materials Processing D. Shi, University Of Cincinnati
9:00. MBB-11. Influence of Magnetic Field on the Flux Motion in Superconducting YBCO/PBCO Superlattice H. E. Horng, H. H. Sung, S. Y. Yang, J. M. Wu, H. C. Yang, and L. M. Wang, National Taiwan Normal University
9:00. MBB-12. Anisotropic Magnetic Properties of Epitaxial YBCO Films N. Sparvieri, Alenia, Research Department; M. Boutet, and B. Camarota, CINS; F.Ti Cesarotti, Alenia, Research Department
Chair: C. Rogers Co-Chair: H. Kinder
9:00. MBC-1. Continuous YBa2Cu3O7-x Film Deposition by Optically Controlled Reactive Co-evaporation B. Utz, S. Rieder, and H. Kinder, TU Munchen, Physik Dept. E10
9:00. MBC-2. Spectral-Component Monitoring for Measurement and Control of YBCO Laser Deposition Plumes R. R. Biggers, E. K. Moser, I. Maartense, T. L. Peterson, D. Dempsey, C. Varanasi, S. Murray, D. Lubbers, S. Laube, and B. Lovett, USAF Wright Laboratory, Materials Directorate; P. T. Murray, University Of Dayton
9:00. MBC-3. Superconducting NdBa2Cu3O7 Thin Films Prepared by the Laser Ablation Method S.-H. Moon, B.-D. Oh, and J.-W. Lee, LG Electronics Research Center
9:00. MBC-4. Preparation of 1-2-3 Films by ECR-Plasma Sputtering R. Krupke, G. Ulmer, M. Kurzmeier, G. Linker, R. Schneider, F. Ratzel, R. Smithey, O. Meyer, and J. Geerk, Forschungszentrum Karlsruhe, INFP
9:00. MBC-5. Preparation and Characterisation of Nd-Ba-Cu-O Films J. Geerk, Forschungszentrum Karlsruhe, INFP; Y. R. Li, USTEC, Chengdu, P.R. China; H. Kittel, Robert Bosch GmbH, Stuttgart; R. Smithey, G. Ulmer, and G. Linker, Forschungszentrum Karlsruhe, INFP
9:00. MBC-6. Preparation of YBaCuO Thin Films by Sequential Deposition and Annealing J. Geerk, G. Linker, and J. Reiner, Forschungszentrum Karlsruhe, INFP And ITP
9:00. MBC-7. High-Quality YBCO Thin Films Grown by Off-Axis PLD Geometry V. Boffa, ENEA Centro Ricerche Frascati; T. Petrisor, Technical University Of Cluj, Dept. Of Physics; U. Gambardella, ENEA Centro Ricerche Frascati; L. Ciontea, Technical University Of Cluj, Dept. Of Physics; S. Barbanera, CNR IESS; R. Bruzzese, ENEA Centro Richerche Frascati
9:00. MBC-8. YBa2Cu3O Thin Films on NdGaO3 by Laser Ablation and DC-Sputtering Comparison P. B. Mozhaev, and G. A. Ovsyannikov, Institute Of Radio Engineering And Electronics RAS; A. Kuhle, and J. L. Skov, Technical University Of Denmark
9:00. MBC-9. DC-Sputtered at High Pressure YBa2Cu3O Thin Films on NdGaO3 {110} Structure and Electrical Properties P. B. Mozhaev, P. V. Komissinski, N. P. Kukhta, and G. A. Ovsyannikov, Institute Of Radio Engineering And Electronics RAS; S. N. Polyakov, Institute Of Nuclear Physics, Moscow State Univ.; E. K. Kov'ev, Institute Of Crystallography RAS
9:00. MBC-10. Fabrication of High Quality YBa2Cu3O7-x Thin Films Using Pulsed Laser Deposition E.-H. Lee, J. Gohng, J.-H. Seok, and I. Song, Samsung Advanced Institute Of Tech.; D. Christelle, Ecole Nat. Superieure De Chimie Et Ed Physique; S.-J. Park, and J.-W. Lee, Samsung Advanced Institute Of Tech.
9:00. MBC-11. Properties of Laser Ablated YBCO Thin Films on MGO Substrate Using a SrTi03 Buffer Layer N. Sparvieri, M. Boutet, and B. Camarota, CINS C/O Alenia; V. Boffa, and T. petrisor, ENEA Centro Ricerche Frascati
Chair: John Gallop Co-Chair: Salvador H. Talisa
11:00. EC-1 (invited). Power Handling Capability Improvement of High-Temperature Superconducting Microwave Circuits Z.-Y. Shen, C. Wilker, P. Pang, D. W. Face, and C. F. Carter, DuPont CR&D
11:30. EC-2. Issues for Using High-Temperature Superconducting Microstrip Filters in Wireless Communication D. Zhang, G.-C. Liang, C. F. Shih, V. Matjasevic, and T. Kaplan, Conductus, Inc.
11:45. EC-3. Optically Tuned Propagation Delay in YBa2Cu3O7-x Delay Lines S. Cho, and H. R. Fetterman, University Of California At Los Angeles
12:00. EC-4. HTS/Ferroelectric Devices for Microwave Applications S. Gevorgian, E. Carlsson, S. Rudner, U. Helmersson, E. Kollberg, E. Wikborg, and O. Vendik, Chalmers University Of Technology
12:15. EC-5. Thin Films Superconducting Filters for PCS Transmit Applications E. I. de Obaldia, Z. Ma, P. A. Polakos, P. M. Mankiewich, and B. Batlogg, AT&T Bell Laboratory; A. Anderson, R. Slattery, and D. Oates, MIT Lincoln Laboratory; G. Liang, D. Zhang, and C. F. Shih, Conductus, Inc.
12:30. EC-6. Wideband Compressive Receiver Based on Advanced Supeconductor and Semiconductor Circuits W. G. Lyons, D. R. Arsenault, T. C. L. G. Sollner, and R. W. Ralston, Massachusetts Institute Of Technology
Chair: Martin N. Wilson Co-Chair: Paul Mantsch
11:00. LC-1 (invited). Opportunites For Superconductivity in the Electric Power Industry T.L. Mann, HARC
12:00. LC-2 (invited). {Tentative} The Super Generator/Motor and Other Large Scale Superconductivity Projects in Japan K. Ueda, CRIEPI
12:00. LC-3 (invited). Status of the Large Hadron Collider and Magnet Program N. Siegel, CERN Division LHC
Chair: Donald W. Capone II Co-Chair: Jeffrey M. Seuntjens
11:00. MC-1. Expanding Available Strain Space for NbTi Superconductor Processing Using Equal Channel Angular Extrusion K. T. Hartwig, Texas A&M University; E. Gregory, Intermagnetics General Corporation
11:15. MC-2. Development of APC NbTi Superconductors with Internal High Purity Aluminum Stabilizer M. K. Rudziak, T. Wong, and J. Wong, Supercon, Inc.
11:30. MC-3. Nb3Sn Artificial Pinning Microstructures , and , ; D. R. Dietderich, and R. Scanlan, Lawrence Berkeley National Laboratory
11:45. MC-4. Progress in Nb, Ti and Nb-Ti Multilayer Thin Films as Model Microstructures for Flux Pinning Studies K. J. Faase, W. H. Warnes, and J. A. Norris, Oregon State University
12:00. MC-5. Angular and Field Dependence of the Critical Currents in Nb-47 Percent Ti/Cu Multilayers E. Kadyrov, A. Gurevich, P. Lee, and D. C. Larbalestier, University Of Wisconsin at Madison
12:15. MC-6. Angular Dependent Flux Pinning Studies of Superconducting Layered Structures A. N. Lykov, P.N. Lebedev Physical Insitute RAS; Yu. V. Vishnyakov, P.N. Lebedev Physical Institute RAS
Chair: Hisao Hayakawa Co-Chair: Andrew D. Smith
1:00. EDA-1. An SFQ Digital to Analog Converter R. D. Sandell, B. J. Dalrymple, and A. D. Smith, TRW
1:00. EDA-2. 1-Volt SNS Programmable Voltage Standard C. A. Hamilton, S. P. Benz, and C. J. Burroughs, NIST
1:00. EDA-3. Single Flux Quantum Circuits for 2.5 Gbps Data Switching A. H. Worsham, A. H. Miklich, D. L. Miller, and J. X. Przybysz, Northrop Grumman STC
1:00. EDA-4. Implementation of Oversampling Analog-to-Digital Converter Based on RSFQ Logic V. K. Semenov, Yu. Polyakov, and D. F. Schneider, SUNY Department Of Physics
1:00. EDA-5 (invited). High-Bandwidth Fiber-Optic Links to Integrated Superconducting Circuits N. B. Dubash, Y. M. Zhang, and V. Borzenets, Conductus, Inc.; A. D. Smith, TRW, Inc.; T. Van Duzer, University Of California, Berkeley
1:00. EDA-6. Superconductive Digital Filter X. P. Xie, and T. Van Duzer, University Of California, Berkeley
1:00. EDA-7. Multi-Gigahertz Operation of 3-junction-interferometer-based Josephson Latching Logic Circuits W. Hioe, M. Hosoya, S. Kominami, H. Nagaishi, and T. Nishino, Hitachi, Ltd., Central Research Laboratory
1:00. EDA-8. Mixed Analog-Digital Niobium Superconductive Circuits for a 2-Gigachip-per-Second Spread-Spectrum Modem J. P. Sage, and D. Field, MIT, Lincoln Laboratory
1:00. EDA-9. Asymmetric Electron Beam Damage Interferometers and SQUIDS Operating at 60-80K D. F. Moore, A. J. Pauza, W. E. Booij, M. G. Blamire, K. Herrmann, and F. Bauden-Bacher, Cambridge University; T. Harnisch, University Of Ilmenau, Germany; J. F. Walker, FEI Europe, UK; N. Cade, GEC Marconi Hirst Research Division; D. Jedamzik, GEC Marconi Hirst Reserach Division, UK
Chair: Stuart J. Berkowitz Co-Chair: D. Koelle
1:00. EDB-1. Anisotropic Magnetic Diffusion in A-Axis YBa2Cu307-x/Ag/PgIn Vertical Josephson Junctions I. Takeuchi, C. J. Lobb, Z. Trajanovic, P. A. Warburton, and T. Venkatesan, University Of Maryland
1:00. EDB-2. Ti2Ba2CaCu2O8 Films: Growth and Applications in DC SQUIDs and Microwave Devices Z. G. Ivanov, and L.-G. Johansson, Chalmers University Of Technology; R. I. Kojouharov, Institute Of Electronics BAS; I. Angelov, and E. Olsson, Chalmers University Of Technology; V. A. Roddatis, E. A. Stepantsov, A. Ya. Tzalenchuk, and A. L. Vasiliev, Institute Of Crytallography RAS; T. Claeson, Chalmers University Of Technology
1:00. EDB-3. Edge Junctions Made of YBCO/Nd123/YBCO Thin Film Structures Y.-H. Choi, S.-H. Moon, H.-T. Kim, and B.-D. Oh, LG Electronics Research Center
1:00. EDB-4. Edge Processing and Formation for High-Tc SNS Josephson Junctions and Circuits J. B. Barner, A. W. Kleinsasser, and K. A. Delin, Jet Propulsion Laboratory, Cal. Inst. Of Tech.
1:00. EDB-5. MM-Wave Response from Bi-Epitaxial Grain-Boundary YBaCuO Josephson Junctions K. Y. Constantinian, and G. A. Ovsyannikov, Institute Of Radio Enginering And Electronics RAS; J. Ramos, and Z. G. Ivanov, Chalmers University Of Technology
1:00. EDB-6. Ba1-xKBi03 Grain Boundary Junctions for SIS Mixer S. Imaeda, M. Inoue, A. Fujimaki, and H. Hayakawa, Nagoya University
1:00. EDB-7. Improvement of Junction Properties of YBaCuO/PrBaCuO/YBaCuO Trilayer Josephson Junctions H. Akoh, Electrotechnical Laboratory; N. Nakamura, Chiba Institute Of Technology; H. Sato, and S. R. Gjoen, Electrotechnical Laboratory; K. Hara, Chiba Institute Of Technology
1:00. EDB-8. Size, Order and Interface Effects in YBa2Cu3O7-PrBa2Cu3O7-YBa2Cu3O7 Josephson Junctions M. I. Faley, U. Poppe, C. L. Jia, and K. Urban, Institut Fur Festkorperforschung
1:00. EDB-9. SNS Behavior of Ebeam Scribed Josephson Junctions in YBCO Using High Fluence Electron Irradiation B. A. Davidson, B. Hinaus, and M. Rzchowski, University Of Wisconsin-Madison; M. Libera, Stevens Institute Of Technology; J. E. Nordman, University Of Wisconsin-Madison
1:00. EDB-10. A High-Tc Josephson Junction on a Narrow W Line Formed by FIB-CVD Deposition S. Morohashi, T. Utagawa, and Y. Enomoto, Superconductivity Research Laboratory
Chair: Co-Chair: Richard G. Humphreys
1:00. EDC-1. A 61-CH Squid System for MEG Measurement Cooled by a GM/JT Cryocooler K. Sata, S. Fujimoto, N. Fukui, E. Haraguchi, T. Kido, K. Nishiguchi, and Y. M. Kang, MEC Laboratory, Daikin Industries, Ltd.
1:00. EDC-2. A Magnetometer and a Gradiometer Based on UN SQUID and Flip-Chip Bonding M. Kiviranta, and H. Seppa, VTT Automation; L. Gronberg, J. Salonen, J. Salmi, and I. Suni, VTT Electronics
1:00. EDC-3. The Properties of HTS Josephson Junctions and DC SQUIDs Fabricated on MgO Bicrystals E. J. Romans, T. G. Henrici, C. Carr, J. C. Macfarlane, C. M. Pegrum, and G. B. Donaldson, University Of Strathclyde
1:00. EDC-4. Optimization of a SQUID System for Space J. M. Lockhart, San Francisco State Univ., Phys. & Astronomy Dept.; B. Muhlfelder, and G. M. Gutt, Stanford University
1:00. EDC-5. The Planar First-Order Gradiometer Based on the Self-Shielded Niobium Multiloop DC-SQUID Yu. V. Maslennikov, and V. Yu. Slobodchikov, C.E.S. Corp.; V. P. Koshelets, Institute Of Radio Engineering & Electronics - IRE
1:00. EDC-6. Investigations of Low-Frequency Noise in LTS DC SQUIDS R. H. Ono, and J. A. Koch, NIST; M. E. Huber, University Of Colorado; M. W. Cromar, SCT
1:00. EDC-7. A DC SQUID-Based Magnetic Microscope Study of the Magnetic Properties of the Ni Thin Film S. A.L Gudoshnikov, I. I. Vengrus, and N. N. Ukhansky, Russian Academy Of Sciences; K. E. Andreev, O. V. Snigirev, A. M. Tishin, G. B. Khomutov, and S. A. Jakovenko, Moscow State University, Dept. Of Physics; S. I. Krasnosvobodtsev, Russian Academy Of Sciences
1:00. EDC-8. Multichannel Heart Scanner Based on High-Tc SQUIDs H.J.M. Ter Brake, J. Flokstra, D. Veldhuis, and H. Rogalla, University Of Twente
1:00. EDC-9. Magnetic Hysteresis in YBa2Cu307-x Magnetometer Sense Loops J. W. Purpura, and R. F. Wiegert, NSWC Coastal Systems Station
1:00. EDC-10. SQUID Magnetometers Made From Nd1Ba2Cu307-Films B. David, Philips Research; S. Krey, University Of Hamburg; R. Eckart, V. Doormann, G. Rabe, and J. P. Krumme, Philips Research; O. Doessell, German BMBF
Chair: Zhi-Yuan Shen Co-Chair: M. W. Cromar
1:00. EDD-1. Power Dependence of Microwave Zs in High-Tc Josephson Junctions: Measurement and Modeling D. E. Oates, Y. Habib, M. S. Dresselhaus, and G. Dresselhaus, Massachusetts Institute Of Technology
1:00. EDD-2. Characteristic Impedance of a Microwave Transmission Line Using a Tl2Ba2CaCu2O Superconductor on a MgO Substrate K. Shimaoka, M. Nemoto, S. Yoshikawa, K. Niki, I. Yoshida, and Y. Yoshisato, SANYO Electric Co., Ltd.
1:00. EDD-3. Characterization of MIcrostrip-Line Type Microwave HTS Duplexer S. K. Han, J. Kim, and K. Y. Kang, ETRI
1:00. EDD-4. HTS-Sapphire-HTS Dielectric Resonators for Surface Resistance Measurements and for Low Noise Oscillators K. S. Kale, A. P. Jenkins, D. Dew-Hughes, and C.R.M. Grovenor, University Of Oxford; S. M. Morley, Nottingham University; D. J. Edwards, University Of Oxford
1:00. EDD-5. Magnetic Shielding Effect of Multiple-Layer Thin Superconducting Plates by T-Method A. Kamitani, M. Shibata, and S. Ohshima, Yamagata University
1:00. EDD-6. Models for Computer-Aided Design of Superconducting Microwave Components F. Abbas, J. C. Gallop, and C. D. Langham, National Physical Laboratory; L. E. Davis, UMIST
1:00. EDD-7. High Temperature Superconducting Microstrip Parallel-Coupled Bandpass Filters Utilizing Epitaxial YBa2Cu2O7-x Films J. P. Hong, J. H. Ghong, and E. H. Lee, Samsung Advanced Institute For Technology
1:00. EDD-8. Fabrication of 25 ohm Bandpass Filter Using Excimer Laser Deposited YBCO Thin Film S. Y. Lee, Yonsei University, Dept. Of Electrical Engineering; K. Y. Kang, and D. Ahn, Soonchunhyang Univ., Dept. Of Electronics Engrg.
1:00. EDD-9. High Temperature Superconducting Microstrip-Line Resonators for Surface Resistance Measurements of YBa2Cu307-x Thin Films J. P. Hong, Samsung Advanced Institute Of Technology
Chair: Karl Jacobs Co-Chair: Takashi Noguchi
1:00. EDF-1. Analysis of Nb SIS Junctions with Al Impedance Matching Circuits as THz Radiation Detectors P. Dieleman, J. R. Gao, H. Van De Stadt, and T. M. Klapwijk, University Of Groningen
1:00. EDF-2. Twin-Junction SIS Mixer with an Inductance Made of a Coplanar Line T. Noguchi, H. Iwashita, and S. C. Shi, Nobeyama Radio Observatory
1:00. EDF-3. Quasi-Optical NbN/AIN/NbN Mixers in Submillimeter Wave Band Y. Uzawa, Z. Wang, and A. Kawakami, Kansai Advanced Research Center
1:00. EDF-4. Observed Photon-Assisted Process in SNS Mixes T. Matsui, and H. Ohta, Communications Research Laboratory
1:00. EDF-5. Fixed Tuned Low-Noise Broadband SIS Waveguide Mixers at 660 and 800GHz C. E. Honingh, S. Haas, and D. Hottgenroth, University Of Cologne; K. Jacobs, University Of Coiogne; J. Stutzki, University Of Cologne
1:00. EDF-6. Development of a 500-GHz Band SIS Mixer S. C. Shi, T. Noguchi, and J. Inatani, Nobeyama Radio Observatory
1:00. EDF-7. Active Components for High-Tc Josephson Receivers M. Darula, St. Beuven, O. Harnack, L. Amatuni, A. M. Klushin, and H. Kohlstedt, Inst. Fur Schicht- Und Ionentechnik, KFA Julich; J. Konopka, Inst. Fur Mobil- Und Satellitenfunktechnik; K. Herrmann, A. J. Pauza, J. S. Santiso, and F. Baudenbacher, IRC In Superconductivity, University Of Cambridge
1:00. EDF-8. Applications of High-Tc Josephson Harmonic Mixer to Voltage Standard H. B. Wang, W. W. Xu, Q. H. Cheng, G. D. Zhou, and P. H. Wu, Nanjing University ; S. Q. Xue, H. H. Li, and X. C. Shen, National Inst. Of Metrology
1:00. EDF-9. Noise Temperature Measurement of YBCO Josephson Mixers in Millimeter and Submillimeter Waves H. Shimakage, Y. Uzawa, M. Tonouchi, and Z. Wang, Kansai Advanced Research Center
1:00. EDF-10. An YBa2Cu307-x Thin Film Optical Mixer on Ce02 Buffered Sapphire F. Ronnung, M. Danerud, M. Zorin, and D. Winkler, Chalmers University Of Technology
Chair: N. F. Pedersen Co-Chair: R. Gross
1:00. EDG-1. Fluxon Dynamics in Stacked Long Josephson Junctions: Simulations and Experiments G. Costabile, Universita Di Salerno; A. Petraglia, N. F. Pedersen, and J. Mygind, Technical University Of Denmark
1:00. EDG-2. Optimization of High-Tc Josephson Vortex-Antivortex Flow Transistors Based on Numerical Simulation Y. M. Zhang, Conductus, Inc.; E. Terzioglu, and M. R. Beasley, Ginzton Laboratories, Stanford University
1:00. EDG-3. Superconducting Flux-Flow Amplifier G. Prokopenko, A. Baryshev, V. V. Kurin, and A. V. Yulin, Institute For Physics Of Microstructures Of RAS
1:00. EDG-4. Detailed Modelling and Fabrication of HTS Vortex-Flow Transistors P. A. C. Tavares, E. J. Romans, and C. M. Pegrum, University Of Strathclyde
1:00. EDG-5. Effect of a Uniform Magnetic Field on the I-V Curves of SFFTs P. Bernstein, C. Pichard, J. F. Hamet, and C. Prouteau, CRISMAT-ISMRA; J. P. Contour, CNRS
1:00. EDG-6. Development of Three Terminal Devices Based on Asymmetric Long YBaCuO Josephson Junctions S. P. Isaac, E. J. Tarte, G. A. Wagner, and M. G. Blamire, Cambridge University
1:00. EDG-7. Flux-Flow Resonances and Flux-Flow Transistors Based on YBa2Cu307 Long Josephson Junctions H. R. Yi, D. Winkler, and T. Claeson, Chalmers University Of Technology
Chair: Lynn A. Abelson Co-Chair: Manjul Bhushan
1:00. EDH-1. Superconductive Multi-Chip Module Process for High Speed Digital Applications L. A. Abelson, G. Akerling, R. N. Elmadjian, and G. L. Kerber, TRW
1:00. EDH-2. Superconducting Die Attach Process K. E. Yokoyama, G. Akerling, A. D. Smith, and M. Wire, TRW
1:00. EDH-3. S-N-S Weak-Link Junctions Fabricated by Nanometer Lithography N. Hirose, The Communications Research Laboratory; M. Fukada, Takushoku University; T. Matsui, The Communications Research Laboratory
1:00. EDH-4 (invited). An Improved NbN Integrated Circuit Process Featuring Thick NbN Ground Plane and Lower Parasitic Circuit Inductances G. L. Kerber, L. A. Abelson, R. N. Elmadjian, G. Hanaya, and E. G. Ladizinsky, TRW
1:00. EDH-5. A Low-Tc Planarized Process for Digital and Analog Circuits M. Bhushan, and Z. Bao, SUNY Department Of Physics; B. Bi, M. Kamp, K. Lin, A. Oliva, R. Rouse, S. Han, and J. E. Lukens, SUNY Department Of Physics
1:00. EDH-6. Fabrication of Submicron Nb/AlOx/Nb Josephson Junctions Using ECR Etching Technique M. Aoyagi, M. Maezawa, H., Nakagawa, and I. Kurosawa, Electrotechnical Laboratory
Chair: Co-Chair: Nicolai N. Martovetsky
1:00. LDA-1. Supercurrent Losses and Influence of Local Shorts on the Stability of Superconducting Cables L. Krempasky, and C. Schmidt, Forschungszentrum Karlsruhe Gmbh
1:00. LDA-2. Current Distribution and Coupling Losses in Superconducting Cables Being Partially in Magnetic Fields S. Takacs, Slovak Academy Of Science
1:00. LDA-3. The Influence of Lorentz Force on the AC Loss in Sub-size Cable-in-Conduit Conductors for ITER A. Nijhuis, University Of Twente; P. Bruzzone, ITER Home Team Naka; H.H.J. ten Kate, University Of Twente
1:00. LDA-4. Analysis of Losses in ITER Joints in Varying Parallel Field N. N. Martovetsky, Lawrence Livermore National Laboratory
1:00. LDA-5. Boundary-Induced Coupling Currents in a 1 m Rutherford-Type Cable Due to a Locally Applied Field Change A. P. Verweij, and M. P. Oomen, CERN; H.H.J. Ten Kate, University Of Twente
1:00. LDA-6. Measurement Time Dependence of Hysteresis Loss in AC Superconducting Wire H. Kasahara, CRIEPI; S. Kawabata, and F. Sumiyoshi, Kagoshima University; M. Sugimoto, S. Akita, S. Torii, and K. Tachikawa, The Furukawa Electric Co., Ltd.
1:00. LDA-7. High Frequency {0-60 Hz} Magnetization of Technical Supeconductors P. Bauer, H. Fikis, S. Wieser, and H. Kirchmayr, Technical University Vienna
1:00. LDA-8. AC Losses Characteristics of AC Superconducting Wire in Combined Action of AC Magnetic Field and AC Transport Current J. K. Lee, D. H. Kim, and S. Y. Hahn, Seoul National University; G. S. Cha, Soonchunhyang University
1:00. LDA-9. AC Losses of AC Superconducting Cable Due to Transport Current in External AC Magnetic Field S. Fukui, O. Tsukamoto, and N. Amemiya, Yokohama National University; K. Miyasha, HItachi Cable, Ltd.; M. Hakamata, Super-GM
1:00. LDA-10. Electrical A.C. Loss Measurements in Superconducting Coils H. Daffix, GEC; P. Tixador, CNRS/CRTBT-LEG
1:00. LDA-11. AC Losses of Multi-Strand Superconducting Cables Carrying Transport Current - Effect of Twist Structure T. Yazawa, T. Kurusu, and S. Nomura, Toshiba R&D Center; T. Tsuchiya, and T. Okamura, Tokyo Institute Of Technology; T. Ohkuma, M. Nakade, and T. Hara, Tokyo Electric Power Co.
1:00. LDA-12. Magnetic Field Penetration into Superconducting Niobium S. N. Ermolov, and V. A. Marchenko, Russian Academy Of Sciences
Chair: Greg Snitchler
1:00. LDB-1. Long Length Calorimetric Measurement of AC Losses of Twisted Multifilamentary Bi-2223 Conductor with External Field Oriented Perpendicular to the Tape Width G. Snitchler, D. Aized, J. Campbell, S. Fleshler, S. Kalsi, and R. Schwall, American Superconductor Corporation
1:00. LDB-2. A Non-linear Modelisation of Silver-Sheathed Bi{2223} High Temperature Superconducting Tape B. Dutoit, D. Djukic, and N. Nibbio, Swiss Federal Institute Of Technology; G. Grasso, University Of Geneva, DPMC
1:00. LDB-3. Electromagnetic Properties in Parallel Conductors Composed of Bi2223 Multifilamentary Wires for Power Transformer Windings M. Iwakuma, K. Funaki, H. Shinohara, K. Yamafuji, and M. Takeo, Kyushu University 36; M. Konno, Y. Kasagawa, I. Itoh, and S. Nose, Fuji Electric Co., Ltd.; M. Ueyama, K. Hayashi, and K. Sato, Sumitomo Electric Industries, Ltd.
1:00. LDB-4. Test of Two Prototype High-Temperature Superconducting Transmission Cables J. W. Lue, M. S. Lubell, E. C. Jones, J. A. Demko, D. M. Kroeger, and P. M. Martin, Oak Ridge National Laboratory; U. Sinha, and R. L. Hughey, Southwire Company
1:00. LDB-5. AC-Losses in Three Meter Long Unabridged Twisted Multifilamentary Bi2Sr2Ca2Cu3O/Ag Tapes E. C. Jones, Oak Ridge National Laboratory; D. Aized, J. M. Campbell, G. Snitchler, G. N. Riley, Jr., C. J. Christopherson, and R. E. Schwall, American Superconductor Corporation
1:00. LDB-6. Self-Field AC Losses of Bi-2223 Superconducting Tapes K.-H. Muller, and K. E. Leslie, CSIRO Division Of Applied Physics
1:00. LDB-7. Three-phase AC Loss Calorimeter D. E. Daney, M. P. Maley, H. J. Boenig, Y. Coulter, M. A. Daugherty, and F. C. Prenger, Los Alamos National Laboratory
1:00. LDB-8. Influence of the External Magnetic Field and Its Orientation on Transport AC Losses in Bi-2223 and Tl-1223 Silver Sheathed Tapes M. Ciszek, B. A. Glowacki, A. M. Campbell, and S. P. Ashworth, University Of Cambridge; P. Haldar, and V. Selvamanickam, IGC
1:00. LDB-9. Frequency Dependence of AC-Loss of Melt-Textured Y123 Superconductor Z. J. Yang, and J. R. Hull, Argonne National Laboratory
1:00. LDB-10. Computational Comparison of Losses in Different Kinds of HTS Conductors Due to Current Ramps J. Paasi, and M. Lahtinen, Tampere University Of Technology
1:00. LDB-11. AC Losses in a Superconductor for 70MW Class Superconducting Generator of Quick Response Type H. Takigami, H. Nakamura, and E. S. Yoneda, Toshiba Corp.; M . Sugimoto, A.L Kimura, H. Sakamoto, and Y. Furuto, Furukawa Elec. Corp.; K. Inoue, and K. Sato, Super-GM
1:00. LDB-12. AC Loss Measurements of the Experiments on a Single Inner Vertical Coil {EXSIV} for the Large Helical Device T. Mito, and K. Takahata, National Institute For Fusion Science; N. Hirano, The Graduate University For Advanced Studies; A. Iwamoto, R. Maekawa, N. Yanagi, T. Satow, O. Motojima, and J. Yamamoto, National Institute For Fusion Science; F. Sumiyoshi, and S. Kawabata, University Of Kagoshima
1:00. LDB-13. Transport AC Losses in a Two Layer Helix Prototype Bi-2223Ag Cable S. A. Awan, and S. Sali, University Of Newcastle Upon Tyne; C. M. Friend, and T. P. Beales, BICC Cables Ltd.
1:00. LDB-14. Study of Self-Field AC Losses in Mono and Multi-filamentary Bi-2223 Tapes for Power Applications S. A. Awan, and S. Sali, University Of Newcastle Upon Tyne; C. M. Friend, and T. P. Beales, BICC Cables Ltd.
Chair: John H. Claassen Co-Chair: Jan E. Evetts
1:00. MDA-1. Numerical Calculation of Fields in Melt Processed YBCO Magnets X. H. Jiang, Chinese Academy Of Sciences; A. M. Campbell, University Of Cambridge
1:00. MDA-2. Solution of the Critical State Problems L. Prigozhin, Weizmann Institute Of Science
1:00. MDA-3. Critical State of Superconducting Strip Array Systems in Perpendicular Magnetic Fields Y. Mawatari, Electrotechncial Laboratory
1:00. MDA-4. The Thin Film Disk and Ring-Shaped Type II Superconductors in Perpendicular Magnetic Fields E. S. Borovitskaya, V. M. Genkin, N. Novgorod, and G. I. Leviev, Russian Academy Of Sciences
1:00. MDA-5. Magnetic Macrovortices in Bi2Sr2CaCu2O Single Crystals A. A. Polyanskii, Institute Of Solid State Physics, Chernogolovka; A. Gurevich, A. E. Pashitski, X. Y. Cai, and D. C. Larbalestier, University Of Wisconsin at Madison
1:00. MDA-6. Observation of Vortices in Bi2Sr2Cu2O Single Crystal A. Kamimura, S. Ohshima, and K. Okuyama, Yamagata University
1:00. MDA-7. Magnetic Properties of Melt Processed YBaCuO by Micro Hall Probe H. Fujimoto, K. Kawano, and T. Ban, Railway Technical Research Institute, JR
1:00. MDA-8. Shielding Current Flowing in Oxide Superconducting Plates H. Kamijo, and K. Kawano, Railway Technical Research Institute
1:00. MDA-9. Direct Reconstruction of Magnetization and Transport Current Distribution in TlBa2Ca2Cu308 A. E. Pashitski, A. A. Polyanskii, A. Gurevich, and D. C. Larbalestier, University Of Wisconsin at Madison; A. Goyal, and D. M. Kroeger, Oak Ridge National Laboratory; J. A. DeLuca, and J. E. Tkaczyk, General Electric Corporation
1:00. MDA-10. Edge Pinning and AC Dissipation in Thin-Film Superconductors I.L. Maksimov, and A.A. Elistratov, Nizhny Novgorod University
Chair: W. Hardy
1:00. MDB-1. Fabrication and Surface Impedance of NdBa2Cu3O7-xFilms R. Semerad, and W. Prusseit, TU Munchen, Physik Dept. E10; R. Ormeno, University Of Cambridge; H. Kinder, TU Munchen, Physik Dept.
1:00. MDB-2. Microwave Surface Resistance of YBa2Cu307-x Films on Poly-crystalline Substrates with Ion-Beam-Assisted Deposited Buffer Layers A. T. Findikoglu, S. R. Foltyn, P. N. Arendt, J. R. Groves, Q. X. Jia, D. W. Reagor, and X. D. Wu, Los Alamos National Laboratory
1:00. MDB-3. Surface Resistance and Nonlinear Dynamics Microwave Losses of Epitaxial HTS Films W. Diete, H. Chaloupka, M. Hein, M. Jeck, T. Kaiser, G. Muller, H. Piel, and H. Schlick, Unviersity Of Wuppertal
1:00. MDB-4. Large-Area Double-Sided Pulsed Laesr Deposition of YBCO Thin Films on 3-Inch Sapphire Wafers M. Lorenz, H. Hochmuth, D. Natusch, and H. Borner, Universitat Leipzig
1:00. MDB-5. Novel Fabrication Process of Two-Sided YBa2Cu307 Thin Films on LaAl03 Wafers Using Wafer Direct Bonding C. B. Eom, L. Huang, and R. A. Rao, Duke University; Q. Y. Tong, and U. Goesele, Max-Plank Institute Of Microstructure Physics
1:00. MDB-6. TBCCO Thin Films on MgO for Microwave Applications A. P. Bramley, A. P. Jenkins, J. D. O'Connor, K. Kale, D. Dew-Hughes, D. J. Edwards, M. J. Goringe, and C.R.M. Grovenor, University Of Oxford
1:00. MDB-7. Surface Impedance and Penetration Depth of HTS Crystals in the Far-Infrared Region R. Mossavati, E. Kawate, and M. Okaji, National Research Laboratory Of Metrology
1:00. MDB-8. Residual Surface Resistance of YBa2Cu3O Thin Films - Weakly Coupled Grain Model K. Yoshida, K. Nagasawa, and T. Kiss, Kyushu University; H. Shimakage, and Z. Wang, KARC Communications Research Laboratory
1:00. MDB-9. Microwave Surface Resistance of Cuprate Superconductors B. A. Tonkin, and Y. G. Proykova, University Of Portsmouth
1:00. MDB-10. Nonlinear Response of HTSC Thin Film Microwave Resonators in an Applied DC Magnetic Field D. P. Choudhury, Northeastern University; B. A. Willimsen, Northeastern Univ.; J. S. Derov, Rome Laboratory; S. Sridhar, Northeastern University
1:00. MDB-11. Fundamental Limits of the Linear Microwave Power Response of Epitaxial YBa2Cu307-x Films M. A. Hein, W. Diete, S. Hensen, T. Kaiser, M. Lenkens, G. Muller, H. Piel, and H. Schlick, University Of Wuppertal
1:00. MDB-12. The Effect of Oxygen Overdoping on the Microwave Performance of a 5.6GHz Resonator E. J. Smith, J. Musolf, and B. Nilsson, Superconductor Technologies, Inc.
1:00. MDB-13. YBCO films deposited on YAlO3 substrates: microstructure and transport properties C. Dubourdieu, O. Lebedev, J.P. Senateur, and F. Weiss, Laboratoire Des Materiaux Et Du Genie Physique; S. Hensen, and G. Mueller, Bergische Universitaet
Chair: Clark A. Hamilton Co-Chair: Konstantin K. Likharev
3:00. EE-1. 10 Kelvin NbN ADC for IR Sensor Applications D. Durand, and B. Dalrymple, TRW; M. Dowby, NASA Jet Propulsion Laboratory; L. Eaton, TRW; M. Ressler, NASA Jet Propulsion Laboratory; M. Wire, TRW
3:15. EE-2. High Resolution ADC System S. V. Rylov, L. A. Bunz, R. P. Robertazzi, and O. A. Mukhanov, HYPRES, Inc.
3:30. EE-3. A Pulse-Driven Programmable Voltage Standard with Wide Operating Margins S. P. Benz, C. J. Burroughs, and C. A. Hamilton, NIST
3:45. EE-4. Interface Circuits for Chip-to-Chip Data Transfer at GHz Rates J. X. Przybysz, and D. L. Miller, Northrop Grumman Corporation; S. S. Martinet, Schlumberger Automatic Test Equipment; J. H. Kang, University Of Inchon; A. H. Worsham, and M. L. Farich, Northrop Grumman Corporation
4:00. EE-5. Error Rate of RSFQ Circuits Q. P. Herr, and M. J. Feldman, University Of Rochester
4:15. EE-6. Experimental Demonstration of Complementary Output Switching Logic at Gb/sec Clock Frequencies M. Jeffery, University Of California; W. Perold, University Of Stellenbosch; T. Van Duzer, University Of California
4:30. EE-7. Time-to-Digital Converters Based on RSFQ Digital Counters O. A. Mukhanov, and S. V. Rylov, HYPRES, Inc.
4:45. EE-8. Test Results of a Single Flux Quantum Pseudorandom Bit Sequence Generator Fabricatedc with Nb/AlO/Nb J. H. Kang, University Of Inchon; J. X. Przybysz, Northrop Grumman STC; S. S. Martinet, Schlumberger Automatic Test Equipment; A. H. Worsham, and D. L. Miller, Northrop Grumman STC
5:00. EE-9. A Comparison of Two Types of Single Flux Quantum Comparators for a Flash ADC with 10 GHz Input Bandwidth P. Bradley, and S. V. Rylov, HYPRES, Inc.
5:15. EE-10. Josephson Instantaneous Clock Recovery Circuits U. Ghoshal, IBM Austin Research Laboratory; N. B. Dubash, and Y. M. Zhang, Conductus, Inc.; P.-F. Yuh, OPTi, Inc.
5:30. EE-11. SFQ Data Communication Switch N. B. Dubash, Conductus, Inc.; P.-F. Yuh, OPTi, Inc.; S. R. Whiteley, 456 Flora Vista Ave., Sunnyvale, CA 94086; T. Van Duzer, University Of California, Berkeley, CA
Chair: Martin S. Lubell Co-Chair: Bill Brockenborough
3:00. LE-1 (invited). Recent Developments in the HTS Power Cable Application A. Bolza, and P. Metra, Pirelli Cavi; M.M. Rahman, Pirelli Cable Corporation
3:30. LE-2 (invited). HTS Large Scale Application Using BSCCO Conductor K. Sato, K. Hayashi, K. Ohmatsu, J. Fujikami, N. Saga, T. Shibata, and S. Isojima, Osaka Research Laboratories; S. Honjo, H. Ishii, and T. Hara, Tokyo Electric Power Co.
4:00. LE-3. Design and Construction of Ln2-Cooled Prototype Superconducting Transmission Cable U. Sinha, and R. L. Hughey, Southwire Metallurgical Laboratory; R. A. Hawsey, M. S. Lubell, and J. W. Lue, Oak Ridge National Laboratory
4:15. LE-4. Bi-2223 Multifilament-Tapes and Multistrand-Conductors for HTS Power Transmission Cables B. Fischer, M. Leghissa, B. Roas, and A. Jenovelis, Siemens AG, ZFE T EP 4; C. Reimann, University Of Erlangen; J. Wiezoreck, S. Kautz, and H.-W. Neumuller, Siemens AG, ZFE T EP 4
4:30. LE-5. Test Results of the 5 kA rms -50 kV rms HTS AC Lead P. F. Herrmann, C. Cottevieille, A. Leriche, and M. Quemiener, Alcatel Alsthom Recherche; J. Bock, Hoechst AG
4:45. LE-6. Preparation and Testing of Prototype 12.5 kA High Temperature Superconducting Current Leads for the LHC at CERN S. M. Harrison, D. M. Jenkins, and K. D. Smith, Oxford Instruments; A. Ballarino, and A. Ijspeert, CERN
5:00. LE-7. Test Results of a 1.5 kA HTS Current Lead for SMES J. M. Pfotenhauer, and O. D. Lokken, University Of Wisconsin-Madison
5:15. LE-8. High Current Pulse Response of YBCO and BSCCO Junctions G.O. Zimmerman, Y.Z. Negm, and R.E. Powers, Boston University
Chair: Guo-Chun Liang Co-Chair: Daniel E. Oates
3:00. ME-1 (invited). Deposition of YBCO Films on Areas of 9 Inches in Diameter R. Semerad, P. Berberich, B. Utz, W. Prusseit, and H. Kinder, TU Munchen, Physik Dept. E10
3:30. ME-2. Uniform Deposition of YBa2Cu307 Thin Films Over an 8 Inch Diameter Area by a 90 Degree Off-Axis Sputtering Technique R A. Rao, and C. B. Eom, Duke University; M. Santer, and S. M. Anlage, University Of Maryland
3:45. ME-3. Advances in HTS Films for High Power Microwave Applications D. W. Face, C. Wilker, J. J. Kingston, F. M. Pellicone, and S. P. McKenna, DuPont
4:00. ME-4. Double-Sided YBa2Cu307-x Films for Planar High-Power Filters G. Muller, B. Aschermann, H. Chaloupka, W. Diete, M. Getta, M. A. Hein, M. Jeck, T. Kaiser, S. Kolesov, H. Piel, and H. Schlick, University Of Wuppertal
4:15. ME-5. HTS Thin Films for Wireless Filter Applications B. J. Nilsson, M. M. Eddy, A. H. Cardona, and G. G. Firpo, Superconductor Technologies, Inc.
4:30. ME-6. Variation in Microwave Losses Induced by DC and RF Magnetic Fields in 123 Thin Films L. F. Cohen, J. Macmanus-Driscoll, A. Cowie, J. Gallop, and I. S. Ghosh, Imperial College
4:45. ME-7. Nonlinear Surface Impedance of Thin YBCO Films in a DC Magnetic Field M. Tsindlekht, M. Golosovsky, and D. Davidov, The Hebrew University Of Jerusalem; A. F. Jacob, Institut Fur Hochfrequenztechnik, TU Braunscweig
5:00. ME-8. Flux Penetration in HTSC Thin Film Microwave Resonators B. A. Willemsen, and D. P. Choundhury, Northeastern University; J. S. Derov, Rome Laboratory; S. Sridhar, Northeastern University
5:15. ME-9. Identification and Modeling of Microwave Loss Mechanisms in YBa2Cu3O7-x Thin Films J. S. Herd, Rome Laboratory, Hanscom AFB; D. E. Oates, Lincoln Laboratory & Dept. Of Physics, MIT; J. Halbritter, Forschungszentrum Karlsruhe, IMF
Chair: H. Rogalla Co-Chair: John W. Spargo
7:00. EFA-1. Magnetically Coupled, Josephson D/A Converter A. D. Smith, D. J. Durand, and B. J. Dalrymple, TRW
7:00. EFA-2. PSCAN 96: Software for Simulation and Optimization of Complex RSFQ Circuits S. Polonsky, P. Shevchenko, A. Kirichenko, D. Zinoviev, and A. Rylyakov, SUNY Physics Department
7:00. EFA-3. A Single-Flux-Quantum Demultiplexer D. L. Miller, J. X. Przybysz, and A. H. Worsham, Northrop Grumman STC
7:00. EFA-4. Fully Integrated Digital SQUID V. K. Semenov, and Yu. A. Polyakov, SUNY Department Of Physics
7:00. EFA-5. 1 GBPS Operation of a Flipped Chip MVTL Encoder B .J. Dalrymple, M. Leung, R. D. Sandell, T. Pham, and J. W. Spargo, TRW
7:00. EFA-6. RSFQ Microprocessor: Design and Partial Implementation P. Bunyk, SUNY Physics Department
7:00. EFA-7. Rapid Single-Flux-Quantum Dual-Rail Logic for Asynchronous Circuits M. Maezawa, I. Kurosawa, M. Aoyagi, and H. Nakagawa, Electrotechnical Laboratory; Y. Kameda, and T. Nanya, Tokyo Institute Of Technology, Meguro-Ku
7:00. EFA-8. Design of a One-Bit All-Digital RSFQ Autocorrelator A. Rylyakov, and S. Polonsky, SUNY Physics Department
7:00. EFA-9. Thin-Film YBa2Cu307-x DC SQUIDs with Josephson Junctions Made by Direct Electron Beam Writing B. Nadgorny, S. Shokhor, Yu. Polyakov, S. Tolpygo, and M. Gurvitch, SUNY At Stony Brook; S. Y. Hou, AT&T Bell Laboratories; M. Khapaev, Moscow State University
Chair: T. Venkatesan Co-Chair: Simon W. Goodyear
7:00. EFB-1 (invited). Planar HTS Device Process Using Ion Implantation Q. Y. Ma, Columbia University
7:00. EFB-2. Nature of Charge Transport in YBa2Cu307 Grain Boundaries from Tunneling Measurement H. R. Yi, D. Winkler, and T. Claeson, Chalmers University Of Technology
7:00. EFB-3. Low Frequency Voltage Noise in Grain Boundary Josephson Junctions A. Marx, and U. Fath, Dornier GmbH; L. Alff, and R. Gross, University Zu Koln
7:00. EFB-4. Josephson Junctions and SQUIDs Based on Artificial Grain Boundaries in Epitaxial Bi2Sr2Ca3010 Thin Films U. Frey, A. Schattke, H. Meffert, P. Haibach, K. Ustuner, G. Jakob, and H. Adrian, Johannes Gutenberg-Universitat
7:00. EFB-5. Low Angle YBCO Biepitaxial Weak Links Yu. A. Boikov, Ioffe Physico-Technical Institute RAS; Z. G. Ivanov, and T. Claeson, Chalmers University Of Technology
7:00. EFB-6. Intrinsic Josephson Junctions in Mesa Structures on Bi2Sr2CaCu208+ Single Crystals G. Hechtfischer, R. Kleiner, G. Kunkel, K. Schlenga, W. Walkenhorst, and P. Muller, Universitat Erlangen; W. Prusseit, Technical University Of Munich
7:00. EFB-7. The Josephson Effect in YBa2Cu307/PrBa2Cu307 Superlattices A. Schattke, U. Frey, Ch. Schwan, G. Jakob, and H. Adrian, Johannes Gutenberg-Universitat
7:00. EFB-8. Material Aspects for Preparing HTS Quasi Particle Injection Devices C. W. Schneider, R. Moerman, F.J.G. Roesthuis, R.G. Wichern, and G. J. Gerritsma, Forschungszentrum Karlsruhe Gmbh; H. Rogalla, University Of Twente
7:00. EFB-9. C-Axis Microbridge Junctions S. W. Goodyear, R. G. Humphreys, J. S. Satchell, and N. G. Chew, D.R.A. Malvern
7:00. EFB-10. Coherent AC Josephson Effects of the YBCO Josephson Junction Designed in Series for AC Current and in Parallel for DC Current I. Song, Y. Huh, and G. Park, Sogang University, Dept. Of Physics; E.-H. Lee, and J.-W. Lee, Samsung Advanced Institute Of Tech.; S. Kwok, and J. Kang, University Of Inchon
Chair: Martin E. Huber Co-Chair: Dietmar Drung
7:00. EFC-1. Low Noise Two-Stage SQUID System for Gravity Wave Detection I. Jin, A. Amar, and F. C. Wellstood, University Of Maryland; A. Morse, and W. Johnson, Lousiana State University
7:00. EFC-2. Digital SQUID with Integrated Feedback Circuit U. Fath, R. Hundhausen, T. Fregin, and W. Eschner, Dornier GmbH; A. Schindler, and F. H . Uhlmann, Techn. Univ. Ilmenau
7:00. EFC-3. A Compact Planar Gradiometer System for Measuring Tangential Components of Biomagnetic Fields Y. H. Lee, H. C. Kwon, J. M. Kim, Y. K. Park, and J. C. Park, KRISS
7:00. EFC-4. Responsivity of DC SQUIDs with Several Junctions in a Parallel Array M. E. Huber, Uniersity Of Colorado At Denver
7:00. EFC-5. Aluminum Multi-Layer Submicron SQUID Susceptometers E. H. Visscher, W. Hoogeveen, P. Hadley, and J. E. Mooij, Delft University Of Technology
7:00. EFC-6. High-Tc DC-SQUID System for Nondestructive Evaluation F. Schmidl, S. Wunderlich, L. Dorrer, H. Specht, S. Linzen, H. Schneidewind, and P. Seidel, Institut Fur Festkorperphysik
7:00. EFC-7. Tesla/Volt Calibration Method for Integrated Planar SQUID Gradiometers A. C. Bruno, PUC-Rio
7:00. EFC-8. Properties of YBCO Nanobridges and DC-SQUIDs D.H.A. Blank, M.V. Pedyash, and H. Rogalla, University Of Twente
7:00. EFC-9. Low 1/f Noise in Sputtered YBCO Bicrystal dc-SQUIDs C. Camerlingo, M. Russo, E. Sarnelli, and G. Testa, Istituto Di Cibernetica ; G. Torrioli, Istitutoi Electtronica Dello Stato Solido
7:00. EFC-10. YBCO Flip-Chip SQUID Magnetometers with Large Pick Up Loops C. Francke, L. Mex, A. Kramer, B. Meyer, and J. Muller, University Hamburg-Harburg
Chair: Alan M. Kadin Co-Chair: S. Y. Lee
7:00. EFD-1. Inductance Estimation for Complicated Superconducting Thin Film Structures with Finite Segment Method B. Guan, and M. J. Wengler, University Of Rochester; E. K. Track, HYPRES, Inc.
7:00. EFD-2. Microwave Characterization of Coplanar Waveguide Transmission Lines Fabricated by Ion Implantation Patterning of YBa2Cu307-x D. C. DeGroot, R. H. Ono, and J. A. Beall, NIST; K. Zhang, and Q. Y. Ma, Columbia University
7:00. EFD-3. A Transferred Electron, Self-Oscillating Mixer with High-Tc Microstrip Resonators on Zirconia M. W. Hosking, Y. G. Proykova, and A. Hewitt, University Of Portsmouth
7:00. EFD-4. Resonators for a 6 Channel Frequency Filter Fabricated from YBCO Coated LaAlO3 Cylinders H. Kittel, Robert Bosch GmbH, Stuttgart; Y. R. Li, USTEC, Chengdu, P.R. China; R. Smithey, and E. Brecht, Forschungszentrum Karlsruhe, INFP, D-76021; J . Keppler, Forschungsgesellschaft Fur Informationstechnik; M. Klauda, and C. Neumann, Robert Bosch GmbH, Stuttgart; J. Geerk, Forschungszentrum Karlsruhe, INFP, D-76021
7:00. EFD-5. Electromagnetic Simulations of Superconducting Circuits T. Pham, K. Degraaf, and M. Wire, TRW; J. Zhang, Zeland Software, Inc.
7:00. EFD-6. High-Tc Superconducting rf Receiver Probes for Magnetic Resonance Imaging J. Wosik, University Of Houston; K. Nesteruk, Inst. Of Phys., Polish Acad. Of Sci.; L. M. Xie, C. Jiao, and X. P. Zhang, University Of Houston; P. Gierlowski, Inst. Of Phys., Polish Acad. Of Sci.; J. H. Miller, Jr., University Of Houston
7:00. EFD-7. An Electrically Tunable HTS Microwave Bandpass Filter D. S. Mallory, NASA; A. M. Kadin, University Of Rochester
7:00. EFD-8. Frequency Tunable Bandreject Filters Using Planar YBCO/SrTi03 Structures M. W. Cromar, G. A. Koepf, R. M. Yandrofski, Z. Zhang, L. D'Evelyn, M. Heiny, M. Rivkin, and J. A. Thompson, SCT, Inc.; R. E. Treece, Wright-Patterson AFB
7:00. EFD-9. Microstrip Disk Resonators and Filters Fabricated From TBCCO Thin Films A. P. Jenkins, and K. S. Kale, University Of Oxford; A. P. Bramley, EPSRC; D. Dew-Hughes, University Of Oxford; C.R.M. Grovenor, EPSRC; D. J. Edwards, University Of Oxford
Chair: Xiaofan Meng Co-Chair: H. Ohta
7:00. EFH-1. High Current Density NbN/AIN/NbN Tunnel Junctions for Submillimeter Wave SIS Mixers Z. Wang, Y. Uzawa, and A. Kawakami, Kansai Advanced Research Center
7:00. EFH-2. Preparation of NbCN1-x Josephson Junctions with TiN Barriers Q. Wang, T. Kukuchi, S. Kohjiro, and A. Shoji, University Of Tsukuba
7:00. EFH-3. Characterization of NbN/AIN/NbN Tunnel Junctions Fabricated Without Intentional Heating N. N. Iosad, D. V. Balashov, M. Yu. Kupriyanov, and S. N. Polyakov, Moscow State University
7:00. EFH-4. Minimization of Run-to-Run Variations of Critical Current and Resistance in a Nb/AlO/Nb Integrated Circuit Process X. Meng, University Of California At Berkeley; D. F. Hebert, AMD; T. Van Duzer, University Of California At Berkeley
7:00. EFH-5. Superconductor-Semiconductor-Superconductor Planar Junctions of Aluminum of _-doped Gallium-Arsenide R. Taboryski, The Technical University Of Denmark; T. Clausen, Danish Technical Science Research Council; J. Kutchinsky, C. B. Sorensen, and P. E. Lindelof, Niels Ohr Institute, Univ. Of Copenhagen; J.B. Hansen, and J. L. Skov, The Technical University Of Denmark
7:00. EFH-6. Nanometer SNS Junctions as a Quantum-Well Device H. Ohta, T. Matsui, N. Hirose, and M. Kiiyokawa, The Communications Research Laboratory
Chair: William V. Hassenzahl Co-Chair: Clyde E. Taylor
7:00. LFA-1. For Highest Accelerating Fields by Overcoming Quench in Superfluid He of TESLA 9-Cell Superconducting Cavities Q. S. Shu, W.-D. Moeller, and D. Proch, Deutsches Elektronen-Synchrotron ; T. Junquera, and M. Fouaidy, Institute Of Nuclear Physics
7:00. LFA-2. Tests of a Prototype Magnetostrictive Tuner for Superconducting Cavities J. F. Benesch, and M. Wiseman, CEBAF
7:00. LFA-3. Magnetic Shielding on the Superposition of a Hybrid Ferromagnetic Cylinder over a BPSCCO Cylinder K. Mori, Kobe University; M. Itoh, Kinki University; T. Minemoto, Kobe University
7:00. LFA-4. Design of a Superconducting Magnetic Suspension System for a Liquid Helium Flow Experiment M. R. Smith, Y. H. Eyssa, and S. W. Van Sciver, Florida State University
7:00. LFA-5. Mechanical Stability of a High-Tc Superconducting Levitation System T. Sugiura, M. Tashiro, Y. Uematsu, and M. Yoshizawa, Keio University
7:00. LFA-6. Measurements of Magnetic Noise Power Spectra into HTS Cylinder for Magnetic Shielding M. Itoh, S. Iguchi, and H. Kitamura, Kinki University; S. Yoshizawa, Dowa Mining Co. Ltd.
7:00. LFA-7. Intensity and Position Monitor for Particle Beam Diagnostics A. Singsaas, and H. Trammell III, Quantum Magnetics, Inc.; C. J. Martoff, Temple University
7:00. LFA-8. Tests of Disk Type Magnetic Flux Pump with the Ability of High Voltage Output H. Tsukiji, Saga University; K. D. Choi, Seoul National University; M. Tsukiyama, T. Nishiya, and T. Hoshino, Saga University; E. Mukai, Kumamoto Institute Of Technology; I. Muta, Kyoto University
7:00. LFA-9. Conceptual System Design of a 5 MWh/100 MW Superconducting Flywheel Energy Storage Plant for Power Utility Applications H. J. Bornemann, Forschungzentrum Karlsruhe GmbH; M. Sander, Gesellschaft Fur Angewandte Supraleitung GdbR
7:00. LFA-10. Design, Test and Results of an Inductively Heated Superconducting Switch L. Garcia-Tabares, J. Calero, M. J. Saenz de Buruaga, and M. Bajko, Servicio Tecnicas Fisicas; X. Obradors, and X. Granados, ICMAB-CSIC
7:00. LFA-11. Development of Quench Protection Heaters for Superconducting Solenoids C. A. Swenson, and W. D. Markiewicz, Florida State University
7:00. LFA-12. Performance of Existing SPICE Models when Applied to Power Electronic Circuits Operating at Cryogenic Temperatures R. D. Brough, and S. A. Johnson, Industrial Research Ltd.
7:00. LFA-13. Characterisation of Superconducting Components and Devices Using PSPICE O. A. Shevchenko, and H.H.J. Ten Kate, University Of Twente
7:00. LFA-14. Cryogenic Power Electronics for Superconductor Energy Applications S. A. Johnson, and A. I. Gardiner, Industrial Research Ltd.
Chair: J. A. Waynert Co-Chair: Elizabeth A. Scholle
7:00. LFB-1. Measurement of Thermal Contraction Properties for NbTi and Nb3Sn Winding Composites C. A. Swenson, I. R. Dixon, and W. D. Markiewicz, Florida State University
7:00. LFB-2. A Reduced Strain Toroidal Superconducting Magnet Winding Scheme with J // B B. C. Amm, and J. Schwartz, Florida State University
7:00. LFB-3. Analysis of the Splice Heating in the Superconducting Magnet Coil A. V. Zlobin, Fermilab
7:00. LFB-4. Non-Frame Impregnated NbTi Superconducting Coils with Distributed Bands V. A. Altov, B. A. Bliznjuk, V. V. Kurguzov, and G. I. Malinkin, State Experimental Design Bureau "GORIZONT"
7:00. LFB-5. Large Bore, Superconducting Magnets for High Energy Density Propellant Storage M. S. Lubell, and J. W. Lue, Oak Ridge National Laboratory; B. Palaszewski, NASA-Lewis Research Center
7:00. LFB-6. Incorporation of a SMES Coil into a Superconducting LVDC Transmission System B. K. Johnson, University Of Idaho
7:00. LFB-7. A Cryocooler Cooled 5T Superconducting Magnet with a Horizontal and Vertical Room Temperature Bore K. Jikihara, K. Watazawa, J. Sakuraba, T. Hasebe, H. Mitsubori, and M. Ishihara, Sumitomo Heavy Industries, Inc.; K. Watanabe, Tohoku University
7:00. LFB-8. High Temperature Superconductor Magnet and Magnetic Resonance Imaging {MRI} Applications D. Zhou, General Superconductor Inc.
Chair: Co-Chair: Thomas A. Painter
7:00. LFC-1. Insert Model Coil Wound by Al203-Cu Strengthened Nb3Sn Wire K. Koyanagi, S. Nakayama, S. Murase, S. Nomura, K. Shimamura, and M. Urata, Toshiba R&D Center; N. Shiga, SHOWA Electric Wire & Cable Co., Ltd.; S. Awaji, N. Kobayashi, T. Fukase, and K. Watanabe, Tohoku University
7:00. LFC-2. A Design of a Compact Superconducting Magnet for a 40 T Hybrid Magnet K. Koyanagi, S. Nomura, M. Urata, M. Arata, and Y. Sumiyoshi, Toshiba R&D Center; S. Awaji, N. Kobayashi, T. Fukase, and K. Watanabe, Tohoku University
7:00. LFC-3. Development of the 15T/17T High Field NMR Magnet System D. M. Coffee, R. W. McGhee, Y. Wu, S. Keener, and F. G. Hendrix, Cryomagnetics, Inc.
7:00. LFC-4. Development and Testing of Low Resistance Nb3Sn Joints for Cable-in-Conduit Conductors J. R. Miller, G. E. Miller, W. J. Kenney, O. L. Hill, S. J. Kenney, T. A. Painter, V. J. Toplosky, and C. L. Windham, Florida State University
7:00. LFC-5. An Optimal Design Method for High-Field Superconducting Magnets with Ferromagnetic Shields A. Ishiyama, and S. Noguchi, Waseda University
Chair: Kenneth C. Goretta Co-Chair: Christopher G. King
7:00. MFA-1. Statistical Analysis of the Degradation of 2223-BSCCO Tapes Aged Under Mechanical Stress by the Weibull Function G. C. Montanari, I. Ghinello, L. Gherardi, and R. Mele, Pirelli Cavi Spa
7:00. MFA-2. A Strain Tolerance Model for Ag-Clad Superconductor Tapes M. T. Lanagan, Argonne National Laboratory; Y. Fang, and S. Danyluk, Georgia Institute Of Technology
7:00. MFA-3. Strength and Flexibility of Bulk High-Tc Superconductors K. C. Goretta, M. Jiang, D. S. Kupperman, M. T. Lanagan, J. P. Singh, N. Vasanthamohan, D. G. Hinks, J. F. Mitchell, and J. W. Richardson, Jr., Argonne National Laboratory
7:00. MFA-4. Current Carrying Properties of High-Tc Bi2Sr2CaCu2O8 Tapes in a Large Electromagnetic Stress State K. Watanabe, and S. Awaji, Tohoku University; M. Okada, Hitachi Research Laboratory
7:00. MFA-5. A Device for Measuring Strain Dependence of Critical Currents in High Magnetic Fields of HTS Tape P. E. Richens, H. Jones, and M. Van Cleemput, University Of Oxford, Dept. Of Engineering Science; D. P. Hampshire, University Of Durham
7:00. MFA-6. Noncontacting Ultrasonic and Electromagnetic HTS Tape NDE K. L. Telschow, Idaho National Engineering Laboratory; F. W. Bruneel, J. B. Walter, and L. S. Koo, U.S. Dept. Of Energy
7:00. MFA-7. Acoustic Emission Characterization of Cracks Development in Bi-2223 Tapes Under Bending S. A. Nikulin, and V. G. Khanzhin, Moscow State Institute Of Steel And Alloys; A. K. Shikov, Bochvar All-Russia Sci. & Res. Inst. Of In. Mtls; E. V. Antipova, Bochvar All-Russia Sci. & Res. Inst. Of In. Mtls.; I. I. Akimov, Bochvar All-Russia Sci. & Res. Inst. Of In. Mtls.; D. N. Rakov, Bochvar All-Russia Sci. & Res. Inst. Of In. Mt
7:00. MFA-8. The Effect of Bending Radius on V-I Characteristics of Mono- and Multicolored BiPb-2223 Tapes With and Without Ag Additions I. I . Akimov, E. V. Antipova, S. N. Barabanov, N. I. Kozlenkova, P. A. Kuznetsov, A. D. Nikulin, D. N. Rakov, A. K. Shikov, N. E. Hlebova, and D. A. Filichev, A. A. Bochvar All-Russia Inst. Of Inorganic Mtls.
Chair: Y. Yamada Co-Chair: Loren F. Goodrich
7:00. MFB-1. Summary of an Interlaboratory Comparison of HTS Critical-Current Measurements L. F. Goodrich, National Institute Of Standards & Technology
7:00. MFB-2. Studies on Several Factors in the Critical Current Measurement of HTS Tapes Relating to the VAMAS Intercomparison K. Tachikawa, Y. Yamada, Y. Hishinuma, and F. Yamashita, Tokai University
7:00. MFB-3. Proportion of Strong and Weak Links in Ag/Bi-2223 Superconducting Tapes J. Horvat, W. G. Wang, R. Bhasale, Y. C. Guo, H. K. Liu, and S. X. Dou, University Of Wollongong
7:00. MFB-4. Origin of Jc Lateral Spatial Distribution in Ag-Sheathed Bi-2212 HTSC Tapes A. V. Pan, Institute For Metal Physics; M. Ionescu, and S. X. Dou, University Of Wollongong
7:00. MFB-5. Spatial Distribution of Transport Current in Low and Self Field in BSCCO Tapes M. Daumling, Institut Fur Technische Physik
7:00. MFB-6. Local Measurements of Critical Current Density in HTS Conductors M. Johnston, J. Everett, M. Dhalle, A. D. Caplin, M. Johnston, J. Everett, M. Dhalle, and A. D. Caplin, Imperial College
7:00. MFB-7. Measurement of Current Density Distribution in High Tc Ag-Sheathed Superconducting Tapes P. Usak, and F. Chovanec, Slovak Academy Of Sciences
7:00. MFB-8. Magnetic Characterisation of Mono and Multifilamentary BSCCO {2223} Tapes M. R. Cimberle, C. Ferdeghini, and E. Gianni, INFM/CNR Dipartimento Di Fisica; G. Grasso, and R. Flukiger, University De Geneve; D. Marre, M. Putti, and A.S. Siri, INFM/CNR Dipartimento Di Fisica
7:00. MFB-9. Critical Current in Silver Sheathed Bi-2223 Tapes A. Gladun, G. Fuchs, T. Staiger, and P. Verges, Technische Universitat Dresden; K. Fischer, Institut Fur Festkorper- Und Werkstofforschung
7:00. MFB-10. Anomalous Peak in the Magnetization of Bi-2223 Superconducting Tapes K.-H. Muller, and C. Andrikidis, CSIRO ; H. K. Liu, and S. X. Dou, University Of Wollongong
7:00. MFB-11. Analysis of AC Loss Behaviour in BSCCO Tapes with Different Core Geometries R. Mele, L. Gherardi, and D. Morin, Pirelli Cavi Spa; L. Bigoni, L. Martini, and S. Zannella, CISE Spa
7:00. MFB-12. Numerical Analysis of AC Losses in High Tc Tape Superconductors Based on Measured E-J Characteristics N. Amemiya, and O. Tsukamoto, Yokohama National University
7:00. MFB-13. Frequency Dependence of the Transport AC Current Losses of High-Tc Superconducting Ag-Sheathed Tapes in Superimposed DC Magnetic Fields F. Chovanec, M. Majoros, L. Jansak, P. Usak, and J. Kokavec, Slovak Academy Of Science
Chair: Daniel Dietderich Co-Chair: J. C. McKinnell
7:00. MFC-1 (invited). Improved High-Field Performance in Nb3Sn Conductor Prepared from Intermediate Compound K. Tachikawa, Y. Kuroda, H. Tomori, and M. Ueda, Tokai University
7:00. MFC-2. Status of Niobium-Tin {Nb3Sn} Conductor Development at Oxford Superconducting Technology J. C. McKinnell, K. R. Marken, R. Hentges, J. Tatum, Y. Z. Zhang, and S. Hong, Oxford Superconducting Technology
7:00. MFC-3. Development and Manufacturing of Superconducting Cable in Conduit Conductor for ITER Y. Sytnikov, I. Peshkov, A. Taran, P. Dolgosheev, Y. Ipatov, A. Rychagov, and V. Mitrohion, Russian R&D Institute For Cable Industry
7:00. MFC-4. Development of Nb3Sn Strands for ITER by Internal Tin Diffusion Process K. Egawa, Y. Kubo, T. Nagai, M. Wakata, F. Uchikawa, O. Taguchi, K. Wakamoto, and M. Morita, Mitsubishi Electric Corporation; T. Isono, Y. Nunoya, K. Yoshida, M. Nishi, and H. Tsuji, Japan Atomic Energy Research Institute
7:00. MFC-5. Bridging Growth in Nb3Sn Samples: Influence of Heat Treatment Times M. D. Sumption, and E. W. Collings, Ohio State University; E. Gulko, and E. Gregory, IGC Advanced Superconductors, Inc.
7:00. MFC-6. Investigation of the Multifilamentary {NbTi}3Sn Wires with Cu-Nb Reinforced Stabilizer A. Shikov, V. Pantsyrnyi, A. Vorobjova, A. Silaev, N. Belyakov, I. Potapenko, K. Mareev, and T. Izmailova, All-Russia Scientific Res. Inst. Of Inorganic Mtls
7:00. MFC-7. Influence of Design Parameters on Mechanism and Kinetics of Twisting Effected Cracking in Composite Superconductors S. A. Nikulin, V. G. Khanzhin, and E. Y. Kurianova, Moscow State Institute Of Steel & Alloys; A. K. Shikov, A. E. Vorobjova, and K. Mareev, All-Russian Research Inst. Of Inorganic Materials
7:00. MFC-8. Superconducting Properties of Meter-class Multifilamentary Nb3Sn Fiber-Reinforced Superconductors K. Arai, Massachusetts Institute Of Technology; H. Tateishi, M. Umeda, and K. Agatsuma, Electrotechnical Laboratory; Y. Iwasa, Massachusetts Institute Of Technology
7:00. MFC-9. Temperature Dependence of Critical Current Densities in Nb3Sn and NbTi Conductors L. A. Bonney, and W. D. Markiewicz, National High Magnetic Field Laboratory
7:00. MFC-10. Manufacture and Analysis of Internal-Tin Modified Jelly Roll Cables for the 45T Hybrid Magnet J. C. McKinnell, Oxford Superconducting Technologies; P. D. Jablonski, P. M. O'Larey, M. B. Siddall, P. Morris, and J. Vincent, Teledyne Wah Chang Albany; T. A. Painter, and L. Summers, National High Magnetic Field Laboratory
7:00. MFC-11. Recent Development in Properties of Nb3Sn Superconducting Wires T. Pyon, E. Gregory, and E. Gulko, IGC Advanced Superconductors Inc.
Chair: Michael P. Siegal Co-Chair: Jochen Geerk
7:00. MFD-1. Growth Conditions of Textured YBCO Films on Cylindrically Curved Surface of YSZ Substrate S. Oh, J. Kim, and D. Youm, Dept. Of Physics, KAIST
7:00. MFD-2. Preparation and Superconducting Properties of NdBa2Cu307-x Thick Films by the Liquid Phase Epitaxial Growth A. Takagi, Nagoya University; T. Kitamura, Superconductivity Research Lab.; S. Taniguchi, Nagoya University; Y. Yamada, CIRSE, Nagoya Univ.; Y. Shiohara, and I. Hirabayashi, Superconductivity Research Lab.; U. Mizutani, Nagoya University; S. Tanaka, Superconductivity Research Lab.
7:00. MFD-3. Introduction of Pinning Center in Superconducting YBa2Cu307-x Thick Film Grown by Liquid Phase Epitaxy T. Kitamura, S. Taniguchi, and I. Hirabayashi, Superconductivity Research Lab.; Y. Sugawara, and Y. Ikuhara, Japan Fine Ceramics Center; S. Tanaka, Superconductivity Research Laboratory
7:00. MFD-4. Statistical Thermodynamic Modeling of the Distribution of Holes, Point Defects, and Impurities Near Dislocations and Interfaces in YBa2Cu3O D. O. Welch, Brookhaven National Laboratory
7:00. MFD-5. Edge Dislocations Formation in Deposited Thin Epitaxial YBCO Films V. L. Svetchnikov, and V. M. Pan, Institute For Metal Physics
7:00. MFD-6. Artificially Generated Bi-Epitaxial YBCO Grain Boundary on SrTi03 and Sapphire Substrates S. Nicoletti, and J.-C. Villegier, CNR-Istituto LAMEL; D. Chateigner, CNRS-Lab. De Cristallographie
7:00. MFD-7. The Effect of Y and Ba Content on the Properties of YBaCuO Thin Films P. Schneider, G. Linker, R. Schneider, H. Rainer, and J. Geerk, Forschungszentrum Karlsruhe, INFP
7:00. MFD-8. Preparation of the Ba - Diketonate Precursors Used for OMCVD YBCO Superconductor Thin Film M. Schieber, V. Burtman, V. Beilin, and Y. Yaroslavsky, The Hebrew University
7:00. MFD-9. Resonant Rutherford Backscattering Studies of Cerium Oxide Thin Films Deposited by RF Sputtering C.C. Chin, R.J. Lin, Y.C. Tu, C.W. Wang, E.K. Lin, W.C. Tsai, and T.Y. Tseng, Academia Sinica
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