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EUCAS 2017

17–21 Sept 2017
Geneva
Europe/Zurich timezone

Contribution List

914 out of 914 displayed
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  1. 2. Design of Superconducting magnets for particle accelerators and detectors
    17/09/2017, 08:30
  2. 1. High Temperature Superconductors: the path from the materials to the technical conductors
    17/09/2017, 08:30
  3. 4. RF Superconducting Cavities
    17/09/2017, 08:30
  4. 3. Superconducting electronics - from Josephson effects to quantum computing
    17/09/2017, 08:30
  5. 5. Superconducting Power Devices
    17/09/2017, 08:30
  6. 7. ESAS Award and Talk
    Ronny Stolz (Leibniz)
    18/09/2017, 08:30
  7. 6. 1P1-01 - Charge Density Waves in underdoped High-Tc materials
    Ted Forgan (University of Birmingham)
    18/09/2017, 09:00
  8. 21. 1EO1-01 Transport and noise properties of YBCO nanowire based nanoSQUIDs
    Thilo Bauch (Chalmers University of Technology)
    18/09/2017, 10:15
  9. 8. 1LO1-01 Siemens’ first MV SFCL installed in a public grid – aspects from design to operation and operational experience
    Tabea Arndt (Siemens AG)
    18/09/2017, 10:15
  10. 14. 1MO1-01 Universal Lower Limit on Vortex Creep in Superconductors
    Serena Eley (Serena Eley)
    18/09/2017, 10:15
  11. 22. 1EO1-02 3D nanoSQUID with an energy sensitivity of 1 h at 4.2 K
    Carmine Granata (National Research Council, Institute of Applied Sciences and Intelligent Systems)
    18/09/2017, 10:45
  12. 9. 1LO1-02 Resistive superconducting fault current limiter for 220 kV Moscow grid
    Moyzykh Mikhail (S-Innovations)
    18/09/2017, 10:45
  13. 15. 1MO1-02 Self-field critical currents of practical superconductors
    Evegny Talantsev (Robinson Research Institure, Victoria University of Wellington)
    18/09/2017, 10:45
  14. 23. 1EO1-03 SQUIDs with sub-micron Josephson junctions for ultra-low-field magnetic resonance imaging
    Juho Luomahaara (VTT Technical Research Centre of Finland)
    18/09/2017, 11:00
  15. 10. 1LO1-03 SmartCoil –Shielded Core Reactor for Current Limitation on the Distribution Level
    Kudymow Andrej (Karlsruhe Institute of Technology)
    18/09/2017, 11:00
  16. 16. 1MO1-03 Micro-straining tuning for strong and isotropic artificial pinning centers in YBCO films
    Judy Wu (University of Kansas)
    18/09/2017, 11:00
  17. 24. 1EO1-04 Large High-Temperature Superconducting 2D SQIF arrays
    Shane T Keenan (CSIRO)
    18/09/2017, 11:15
  18. 11. 1LO1-05 The DRYSMES4GRID project: development of a cryogen free cooled SMES demonstrator based on MgB2
    Antonio Morandi (University of Bologna - DEI)
    18/09/2017, 11:15
  19. 17. 1MO1-04 Progress towards YBa2Cu3O7-δ nanocomposite thin films using chemical solution deposition and preformed nanocrystals
    Katrien De Keukeleere (Ghent University)
    18/09/2017, 11:15
  20. 25. 1EO1-05 Scanning SQUID Microscopy for Sensing Vector Magnetic Field
    The Dang Vu (Department of Physics and electronics, Osaka Prefecture University)
    18/09/2017, 11:30
  21. 12. 1LO1-06 Development of round flexible HTS CORC® wires for fault current limiting applications
    Jeremy Weiss (Advanced Conductor Technologies)
    18/09/2017, 11:30
  22. 18. 1MO1-05 High-field Jc properties of MOD-(Y,Gd)Ba2Cu3Oy coated conductors with BaHfO3 nanoparticles
    Tatsunori Okada (High Field Laboratory for Superconducting Materials, IMR, Tohoku University)
    18/09/2017, 11:30
  23. 26. 1EO1-06 Flip-chip high-Tc DC SQUID magnetometer with a ferromagnetic flux antenna
    Michael Faley (Peter Grünberg Institute,)
    18/09/2017, 11:45
  24. 13. 1LO1-07 A new EC project: FASTGRID
    Pascal Tixador (Grenoble-INP)
    18/09/2017, 11:45
  25. 19. 1MO1-06 The challenging pinning landscape of YBa2Cu3O7 thin films
    Bernart Mundet (Institut de Ciència de Materials de Barcelona)
    18/09/2017, 11:45
  26. 27. 1EO1-07 Phase sensitive imaging of the currents in planar superconductive resonator
    Alexandre Karpov (National University of Science and Technology (MISIS))
    18/09/2017, 12:00
  27. 28. 1LO1-
    18/09/2017, 12:00
  28. 20. 1MO1-07 High field superconducting characteristics at low temperature of SmBa2Cu3Ox coated conductor with artificial pinning center
    Yutaka Yoshida (Nagoya university)
    18/09/2017, 12:00
  29. 188. 1EP1-01 Arrays of stacked SNS Josephson junctions for pulse-driven Josephson voltage standards
    Oliver Kieler (Physikalisch-Technische Bundesanstalt (PTB))
    18/09/2017, 13:30
  30. 189. 1EP1-03 A fast wire-routing method and an automatic layout tool for RSFQ digital circuits considering wire-length matching
    Nobutaka Kito (Chukyo University)
    18/09/2017, 13:30
  31. 190. 1EP1-04 Logic Design of a 16-bit Bit-Slice Arithmetic Logic Unit for 32-/64-bit RSFQ Microprocessors
    Guang-Ming Tang (Institute of Computing Technology, Chinese Academy of Sciences)
    18/09/2017, 13:30
  32. 191. 1EP1-05 Die size requirements versus capability for SFQ SPGAs in multilayer fabrication processes
    Coenrad Fourie (Stellenbosch University)
    18/09/2017, 13:30
  33. 193. 1EP1-06 Microarchitectures for energy-efficient computing implemented in adiabatic quantum-flux-parametron logic
    Christopher Ayala (Institute of Advanced Sciences - Yokohama National University)
    18/09/2017, 13:30
  34. 194. 1EP1-07 Fabrication and Characterization of NbN-based Magnetic Josephson Junctions
    Li Feng (SIMIT)
    18/09/2017, 13:30
  35. 195. 1EP1-08 Superconducting And Cryogenic Environments For Quantum Technologies
    Ziad Melhem (Oxford Instruments)
    18/09/2017, 13:30
  36. 196. 1EP1-09 Superconducting and flexible multilayer high density interconnect
    Samuel d'Hollosy (Hightec MC AG)
    18/09/2017, 13:30
  37. 197. 1EP1-10 Characterization of Frequency-Dependent Nonlinear Effects in Pulse-Bias Waveform Synthesis
    Christine Donnelly (NIST)
    18/09/2017, 13:30
  38. 198. 1EP1-11 Inductance Extraction of Superconducting Structures in the Presence of Magnetic Materials
    Kyle Jackman (Stellenbosch University, Department of Electrical and Electronic Engineering)
    18/09/2017, 13:30
  39. 199. 1EP1-12 Design and implementation of AQFP-based register files for an AQFP 4-bit RISC microprocessor prototype
    Qiuyun Xu (Yokohama National University)
    18/09/2017, 13:30
  40. 200. 1EP1-13 Charge-based superconducting digital logic family using quantum phase-slip junctions
    Uday Goteti (Auburn University)
    18/09/2017, 13:30
  41. 201. 1EP1-14 Parallel Adders for Low-Pass Phase Modulation-Demodulation ADCs
    Timur Filippov (HYPRES)
    18/09/2017, 13:30
  42. 202. 1EP1-15 High-Resolution Characterization of Josephson Junctions and Magnetic Multilayers for Low-Power, Superconducting Logic and Memory Devices
    Nancy Missert (Sandia National Laboratories)
    18/09/2017, 13:30
  43. 203. 1EP1-16 Timing Characterization and Enabling Static Timing Analysis in Rapid Single Flux Quantum Circuits
    Massoud Pedram (University of Southern California, Department of Electrical Engineering, Los Angeles, CA, USA)
    18/09/2017, 13:30
  44. 204. 1EP1-17 Superconducting NbTi Flex Cables for High-Density Interconnects
    Robin Cantor (STAR Cryoelectronics)
    18/09/2017, 13:30
  45. 205. 1EP2-03 Characterizing Thick Electroplated Bismuth Films as Hard X-ray TES Absorbers
    Lisa Gades (Argonne National Laboratory)
    18/09/2017, 13:30
  46. 206. 1EP2-04 Influence of YBaCuO ultrathin film characteristics and front end features on HEB THz mixer performance
    Alain Kreisler (CentraleSupelec - GeePs)
    18/09/2017, 13:30
  47. 207. 1EP2-05 Hybrid superconducting mesa-structure with spin filtering manganite interlayer
    Kare'n Constantinian (Kotel’nikov Institute of Radio Engineering and Electronics of Russian Academy of Sciences)
    18/09/2017, 13:30
  48. 208. 1EP2-06 MgB2 films for superconducting detectors
    Sergey Cherednichenko (Chalmers University of Technology)
    18/09/2017, 13:30
  49. 209. 1EP2-08 Phase-Slip Events in MoRe-Si(W)-MoRe heterostructures
    Pascal Febvre (Université Savoie Mont Blanc)
    18/09/2017, 13:30
  50. 210. 1EP2-09 Frequency Response Characteristics Analysis of High Detectivity Backside Illuminated Free-Membrane Type IR Superconducting Bolometer
    Roya Mohajeri (Sharif University of Technology)
    18/09/2017, 13:30
  51. 211. 1EP2-10 The Characteristics of THz Metamaterials based on YBCO Superconductor
    Chiu-Hsien Wu (Department of Physics, National Chung Hsing University)
    18/09/2017, 13:30
  52. 212. 1EP2-11 Progress of pulse-driven AC Josephson voltage standards at PTB
    Johannes Kohlmann (PTB)
    18/09/2017, 13:30
  53. 213. 1EP2-12 High-temperature superconducting nano-meanders made by high energy ion irradiation
    Paul Amari (LPEM UMR 8213, ESPCI Paris)
    18/09/2017, 13:30
  54. 214. 1EP2-14 Transition Edge Sensors for Quench Localisation in SRF Cavity Testing
    Tobias Stegmaier (CERN)
    18/09/2017, 13:30
  55. 215. 1EP2-15 Development of transition edge sensors for the application in real-time multispectral-fluorescence-microscopy
    Katja Peiselt (Leibniz Insitut für Photonische Technologien)
    18/09/2017, 13:30
  56. 216. 1EP2-16 Superconducting noise bolometer with microwave bias and readout for terahertz array applications
    Artem Kuzmin (Karlsruhe Institute of Technology)
    18/09/2017, 13:30
  57. 217. 1EP2-17 Effects of thermal parameters and boundary resistances of MgO substrate on the response of YBCO transition edge bolometers
    Rana Nazifi Takantapeh (Sharif University of Technology)
    18/09/2017, 13:30
  58. 218. 1EP2-18 Design and Optimization of a Terahertz Metamaterial Absorber for YBCO Superconductive Transition Edge Bolometer
    Fatemeh Qaderi (Sharif University of Technology)
    18/09/2017, 13:30
  59. 219. 1EP2-19 Focused He+-Ion Beam High Temperature Superconducting narrow nanowires
    Cheryl Feuillet-Palma (ESPCI Paris - LPEM - UMR 8213)
    18/09/2017, 13:30
  60. 220. 1EP2-20 Self-Monitoring, "SMART" REBCO coated conductors
    Federico Scurti (North Carolina State University)
    18/09/2017, 13:30
  61. 221. 1EP2-21 Proximity induced superconducting properties in high mobility two-dimensional electron gas quantum well in In0.75Ga0.25As heterostructures
    Kaveh Delfanazari (Centre for Advanced Photonics and Electronics, University of Cambridge)
    18/09/2017, 13:30
  62. 222. 1EP2-22 Noise temperature characterisations of YBCO step-edge junction terahertz mixer operating at temperatures above 40 K
    Jia Du (Research Scientist CSIRO Manufacturing)
    18/09/2017, 13:30
  63. 223. 1EP3-01 Ultrasound-Induced Magnetic Imaging of Tumors Targeted by Biofunctional Magnetic Nanoparticles
    Jen-Jie Chieh (National Taiwan Normal University)
    18/09/2017, 13:30
  64. 224. 1EP3-02 Rapid and quantitative discrimination of tumour cells on tissue slices
    Herng-Er Horng (National Taiwan Normal University)
    18/09/2017, 13:30
  65. 225. 1EP3-03 Investigation of geomagnetic orientation preserved in a stain containing iron compounds using a vector-type SQUID magnetometer
    Yoshiaki Adachi (Kanazawa Institute of Technology)
    18/09/2017, 13:30
  66. 226. 1EP3-04 Detection of Biological Targets Using HTS SQUID and Magnetic Markers
    Keiji Enpuku (Kyushu University)
    18/09/2017, 13:30
  67. 227. 1EP3-05 Ion implantation generation of normal/superconducting junctions for fabrication of all niobium SQUIDs
    Yanping Zhang (Sumitomo Heavy industries, Ltd.)
    18/09/2017, 13:30
  68. 229. 1EP3-06 Development of eddy current testing system using HTS-SQUID on a hand card for detection of fatigue cracks of steel plate used in highway roads
    Akira Tsukamoto (SUSTERA)
    18/09/2017, 13:30
  69. 230. 1EP3-07 Analysis of AC Impedance in Localized Region Using Magnetic Field Distribution Measured by HTS-SQUID
    Kenji Sakai (Okayama University)
    18/09/2017, 13:30
  70. 231. 1EP3-08 Ultra-sensitive SQUID system for pulsed field applications
    Rainer Körber (Physikalisch-Technische Bundesanstalt)
    18/09/2017, 13:30
  71. 232. 1EP3-10 Cryogenic Current Comparators for larger beamlines
    Paul Seidel (University of Jena)
    18/09/2017, 13:30
  72. 233. 1EP3-12 Adaptive suppression of power line interference in ultra-low field magnetic resonance imaging in an unshielded environment
    Quan Tao (Shanghai Institute of Microsystem and Information Technology (SIMIT),Chinese Academy of Sciences)
    18/09/2017, 13:30
  73. 235. 1EP3-14 Detection of pressure-overloaded left ventricular hypertrophy based on current dipole estimation from magnetocardiograms of rats using HTS-SQUID system
    Yuto Tsukamoto (WASEDA University)
    18/09/2017, 13:30
  74. 236. 1EP3-15 The Study of Several System Key Parameters for the Measurement of Airborne Superconducting Full Tensor Magnetic Gradient
    Jun Wu (Shanghai Institute of Microsystem and Information Technology Chinese Academy of Sciences)
    18/09/2017, 13:30
  75. 237. 1EP3-16 Superconductive Resonator Configuration with Flux-Focuser as Ground Plane for RF-SQUID Magnetometer
    Fatemeh Qaderi (Sharif University of Technology)
    18/09/2017, 13:30
  76. 238. 1EP3-17 SQUID magnetometer system for high-sensitivity measurement of geomagnetic signals
    Jun Kawai (Applied Electronics Laboratory, Kanazawa Institute of Technology)
    18/09/2017, 13:30
  77. 239. 1EP3-18 Measurement of Magnetic Nanoparticles by Small HTS SQUID Array
    Saburo Tanaka (Toyohashi University of Technology)
    18/09/2017, 13:30
  78. 240. 1EP3-19 High-Tc SQUID detected low-field NMR and MRI for biomedical application
    Shu-Hsien Liao (National Taiwan Normal University)
    18/09/2017, 13:30
  79. 241. 1EP3-20 Development of a LTS-SQUID Based Airborne Full Tensor Gradiometers
    Longqing Qiu (Shanghai Institute of Microsystem And Information Technology, CAS)
    18/09/2017, 13:30
  80. 242. 1EP3-22 Cryptophane-Caged Xe-129 Relaxation Agent in Ultra-low Field NMR/MRI Based on High-Tc SQUID Detection
    Quan Tao (Forschungszentrum Jülich)
    18/09/2017, 13:30
  81. 243. 1EP3-23 High sensitivity analysis of the magnetization properties of magnetic nanoparticles changed by the viscosity of the water solution using HTS-SQUID
    Ryota Isshiki (Okayama University)
    18/09/2017, 13:30
  82. 244. 1EP3-24 Multipoint measurement of T (0, 1) mode guided wave using HTS-SQUID gradiometer
    Natsuki Masutani (Kindai University)
    18/09/2017, 13:30
  83. 245. 1EP3-25 Sensitivity improvement of sample rotation measurement method in HTS-SQUID magnetometer for measurement of diamagnetic materials
    Yuta Nakamura (Okayama University)
    18/09/2017, 13:30
  84. 246. 1LP1-01 3D shape and cross sectional inhomogeneity of Nb3Sn superconducting wires in Rutherford cables
    Christian Scheuerlein (Fraunhofer Institute for Industrial Mathematics (ITWM), Kaiserslautern, Germany and University of Kaiserslautern (TUK), Kaiserslautern, Germany)
    18/09/2017, 13:30
  85. 247. 1LP1-03 Critical Current Measurements of Nb3Sn Rutherford Cables under Transverse Pressure
    Jean-Eudes Duvauchelle (CERN)
    18/09/2017, 13:30
  86. 248. 1LP1-04 Characterization of Nb3Sn Rutherford cable degradation due to strand cross over
    Jerome Fleiter (CERN)
    18/09/2017, 13:30
  87. 249. 1LP1-05 Study on the Nb3Sn Rutherford Cable for High-Energy Accelerators
    Yanmin Zhu (Western Superconducting Technologies Co., Ltd)
    18/09/2017, 13:30
  88. 250. 1LP1-06 Sheared Subelement Length in MQXF Cables made from RRP(R) Strands
    Ian Pong (Berkeley Lab)
    18/09/2017, 13:30
  89. 251. 1LP1-07 Two-layers Rutherford Cable – Possible Solution for High Field Superconducting Magnet
    Vitaly Vysotsky (Russian Scientific R&D Cable Institute)
    18/09/2017, 13:30
  90. 252. 1LP1-08 Thermal analysis of a superconducting bus-bar for SIS100 particle accelerator at FAIR
    Lukasz Tomkow (Lukasz Tomkow)
    18/09/2017, 13:30
  91. 253. 1LP1-10 Phased Array Ultra Sounds Non Destructive Tests of Soldered Current-Carrying Bus-Bar Splices of Superconducting Magnets
    Rosario Principe (CERN)
    18/09/2017, 13:30
  92. 254. 1LP1-11 Comparison of mechanical concepts for Nb3Sn high field accelerator magnets
    Mr Christian Löffler (CERN)
    18/09/2017, 13:30
  93. 192. 1LP2-02 In-house Industrial Assembly of the Superconducting Conductor for the 43 T Hybrid Magnet at LNCMI-Grenoble
    Pierre Pugnat (CNRS/LNCMI-Grenoble)
    18/09/2017, 13:30
  94. 255. 1LP2-03 Engineering Of New Class Of High Field Magnets For Research Application
    Ziad Melhem (Oxford Instruments)
    18/09/2017, 13:30
  95. 256. 1LP2-04 Shimming and Regulating a 36-T Hybrid Magnet for High Resolution NMR
    William Brey (Florida State University - NHMFL)
    18/09/2017, 13:30
  96. 257. 1LP2-05 Development of 400 MHz Cryogen Free Magnets for MAS Solid State NMR Spectroscopy
    Jeremy Good (Cryogenic Ltd)
    18/09/2017, 13:30
  97. 258. 1LP2-07 Conduction cooling system for a 400 MHz HTS NMR magnet
    Sehwan In (Korea Institute of Machinery and Materials)
    18/09/2017, 13:30
  98. 259. 1LP2-08 Design of a superconducting sensing structure with SQUIDs for sensitive gravity measurement
    Xinning Hu (Institute of Electrical Engineering, Chinese Academy of Sciences)
    18/09/2017, 13:30
  99. 260. 1LP2-09 A Superconducting Magnet System for Animal Imaging System
    Qiuliang Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)
    18/09/2017, 13:30
  100. 261. 1LP2-10 Recent development of the 25 T all-superconducting NMR magnet at IEE
    Lei Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)
    18/09/2017, 13:30
  101. 262. 1LP3-01 Inter-strand resistance in REBCO Roebel cables and effect on AC loss
    Simon Otten (Karlsruhe Institute of Technology)
    18/09/2017, 13:30
  102. 263. 1LP3-03 Ac loss calculation of a cosine-theta dipole magnet wound with coated conductors considering iron yoke influence
    Yusuke Sogabe (Kyoto University)
    18/09/2017, 13:30
  103. 264. 1LP3-04 AC loss in REBCO stator windings of superconducting motors for electric and hybrid aircrafts
    Enric Pardo (Institute of Electrical Engineering, SAS)
    18/09/2017, 13:30
  104. 265. 1LP3-05 Simulations of electromagnetic behaviors of joint in YBCO coated conductors with 3D finite-element analysis
    Huadong Yong (Lanzhou University)
    18/09/2017, 13:30
  105. 266. 1LP3-06 Influence of Three Phases Imbalance on the AC Losses of Tri-axial HTS CORC Cable used in an All-Electric Aircraft
    Zixuan Zhu (University of Bath)
    18/09/2017, 13:30
  106. 267. 1LP3-07 Experimental Study on the Magnetization Losses of Tri-axial CORC Cable used in All-Electric Aircraft
    Yawei Wang (University of Bath)
    18/09/2017, 13:30
  107. 268. 1LP3-08 Quench propagation in Rutherford MgB2 cables
    Álvaro Cubero (Instituto de Ciencia de Materiales de Aragón (ICMA), CSIC – Universidad de Zaragoza)
    18/09/2017, 13:30
  108. 269. 1LP3-09 Calculation of interstrand coupling losses in superconducting Rutherford cables with a continuum model
    Marco Breschi (University of Bologna)
    18/09/2017, 13:30
  109. 270. 1LP3-11 Dynamic resistance measurement in a four-tape YBCO stack
    Zhenan Jiang (Victoria University of Wellington)
    18/09/2017, 13:30
  110. 271. 1LP3-12 Analysis of AC loss in different stacks of YBCO superconducting tapes
    Changxin Chi (Shanghai University/Shanghai Key Laboratory of High Temperature Superconductors)
    18/09/2017, 13:30
  111. 272. 1LP3-13 AC Losses in HTS Coils for Wireless Power Transfer Applications
    Boyang Shen (University of Cambridge)
    18/09/2017, 13:30
  112. 273. 1LP3-14 Simulation of linear generator made of HTS pancake coils stack
    Sukru Yildiz (Ahi Evran University)
    18/09/2017, 13:30
  113. 274. 1LP3-15 Measurements of crossed-field demagnetisation rate of trapped field magnets at 20-77 K and high frequencies
    Algirdas Baskys (University of Cambridge)
    18/09/2017, 13:30
  114. 275. 1LP3-17 Dragging hysteresis forces in a linear displacer with Coated Conductor Stacks
    José López (Physics Departament, UPC Barcelona Tech)
    18/09/2017, 13:30
  115. 276. 1LP3-18 Magnetization of rectangular 2G HTS stacks and dragging forces developed inside a multipolar magnetic channel: trapped field, current distribution and forces
    Miquel Carrera (Institut de Ciència de Materials de Barcelona, ICMAB-CSIC)
    18/09/2017, 13:30
  116. 277. 1LP3-20 AC loss in HTS fusion cables: measurements, modeling and scaling laws
    Nikolay Bykovsky (EPFL Swiss Plasma Center)
    18/09/2017, 13:30
  117. 278. 1LP3-21 Multi-scale Model for AC Loss Calculation in Large-scale HTS-SMES
    Ying Xu (Huazhong University of Science and Technology)
    18/09/2017, 13:30
  118. 279. 1LP3-22 Effect of striation in assembled coated conductors
    Naoyuki Amemiya (Kyoto University)
    18/09/2017, 13:30
  119. 280. 1LP3-23 Transport AC loss measurements in bifilar stacks composed of YBCO coated conductors
    Wenjuan Song (Beijing Jiaotong University, China; Victoria University of Wellington, New Zealand)
    18/09/2017, 13:30
  120. 281. 1LP4-01 The measurement and modeling of the levitation force between single grain YBCO bulk superconductors and permanent magnets
    Antonio Morandi (University of Bologna - DEI)
    18/09/2017, 13:30
  121. 282. 1LP4-02 Comparative analysis of the specific characteristics of the magnetic bearings with HTS elements
    Ekaterina Kurbatova (National Research University "Moscow Power Engineering Institute")
    18/09/2017, 13:30
  122. 283. 1LP4-04 Bulk superconductor levitation devices: Advances in and prospects for development
    Uta Floegel-Delor (Adelwitz Technologiezentrum GmbH (ATZ))
    18/09/2017, 13:30
  123. 284. 1LP4-05 Increase of levitation properties owing to high magnetic field in magnetic levitation system with magnetic shielding effect of HTS bulks
    Naohiro Negishi (Sophia University)
    18/09/2017, 13:30
  124. 285. 1LP4-06 Thermal characteristics of a 400mm diameter levitating rotor in a superconducting magnetic bearing operating below at 10K for a CMB polarization experiment
    Yuki Sakurai (Kavli IPMU (WPI), UTIAS, The University of Tokyo)
    18/09/2017, 13:30
  125. 286. 1LP4-07 Simulation of magnetization and heating processes in HTS tapes stacks
    Irina Anishchenko (National Research Nuclear University MEPhI)
    18/09/2017, 13:30
  126. 287. 1LP4-08 Prototype of a Rings based zero-field-cooled (ZFC) YBCO magnetic bearing
    António Arsénio (IDMEC, Instituto Superior Técnico, Universidade de Lisboa)
    18/09/2017, 13:30
  127. 288. 1LP4-09 Fabrications and Cooling Tests on Conduction Cooled HTS Coils with Heat Pipes
    Jun Tokushige (Kagoshima University)
    18/09/2017, 13:30
  128. 289. 1LP4-10 Influence of magnetic field configuration on levitation force for HTS tapes stack
    Dmitry Abin (National Research Nuclear University MEPhI)
    18/09/2017, 13:30
  129. 290. 1LP4-12 The levitation force of CC-tapes stack at different temperatures.
    Maxim Osipov (National Research Nuclear University MEPhI)
    18/09/2017, 13:30
  130. 291. 1LP4-13 Effect of Anisotropic Magnetization of HTS Bulk superconductors with Different Shapes on Suspension Rotational Loss
    Wenjiang Yang (Beihang University)
    18/09/2017, 13:30
  131. 292. 1LP4-15 High-Tc Superconducting Maglev Prototype Vehicle Running at a 160 km/h in an Evacuated Circular Test Track
    Yong Zhao (Southwest Jiaotong University)
    18/09/2017, 13:30
  132. 295. 1LP5-03 Electrical Losses and Temperature Distribution Analysis of a HTS Motor Considering PWM Schemes in Voltage Source Inverter
    Ji Hyung Kim (Dept. of Electrical Engineering, Jeju National University)
    18/09/2017, 13:30
  133. 296. 1LP5-04 Numerical Analyses on Influences of Armature Winding Shape and Yoke Arrangements on Total Losses in Fully Superconducting Synchronous Motors Using REBCO Tapes
    Akifumi Kawagoe (Kagoshima University)
    18/09/2017, 13:30
  134. 297. 1LP5-05 Comparative Characteristics of Rotary HTS Flux-pump considering Rotational State of HTS Load
    Jeyull Lee (Yonsei University)
    18/09/2017, 13:30
  135. 298. 1LP5-06 Design of a DC Transformer by an HTS Homopolar Motor-Generator Set
    Seyon Lee (Korea Polytechnic University)
    18/09/2017, 13:30
  136. 299. 1LP5-08 Experiments and Modelling of a Synchronous-Hysteresis Superconducting Machine with Stacks of Second Generation Tapes
    Guilherme Goncalves Sotelo (Universidade Federal Fluminense)
    18/09/2017, 13:30
  137. 300. 1LP5-09 Superconductors under dynamic electromagnetic conditions in electric machines
    Peter O'Brien (Queensland University of Technology)
    18/09/2017, 13:30
  138. 301. 1LP5-10 Reduction and elimination of ac-losses in the superconducting super motor
    Minaru Kawamura (Okayama University of Science)
    18/09/2017, 13:30
  139. 302. 1LP5-12 Fabrication of a scaled MgB2 racetrack demonstrator pole for a 10 MW direct drive wind turbine generator
    Niklas Magnusson (SINTEF Energy Research)
    18/09/2017, 13:30
  140. 303. 1LP5-13 A Novel Axial-Flux Magnetic Gear Using Stationary HTS Excitation
    Peng Gao (China University of Petroleum)
    18/09/2017, 13:30
  141. 304. 1LP5-14 Test of a Rotary HTS Flux-pump using Electromagnet for Constant Field Current of HTS Synchronous machine
    Haeryong Jeon (Yonsei University)
    18/09/2017, 13:30
  142. 305. 1LP5-15 Study on the optimal arrangement according to the purpose of superconducting bulk.
    Kazuhito Yamagishi (Yokohama National University)
    18/09/2017, 13:30
  143. 306. 1LP5-16 Relationship between Eccentricity and Amplitude of a Rotor Having a Non-uniform Magnetization Distribution Supported by a Superconducting Magnetic Bearing
    Hirotaka Ishii (Graduate School of Science and Technology Keio University)
    18/09/2017, 13:30
  144. 307. 1LP5-19 3D Modeling of Coils for Pulsed Field Magnetization of HTS Bulk Pellets Placed on an Inductor of a Superconducting Electrical Machine
    Kévin Berger (GREEN - University of Lorraine)
    18/09/2017, 13:30
  145. 308. 1LP5-20 Characterization of oriented and non-oriented electrical steels using the Epstein frame and a magnetic core, at room and cryogenic temperatures
    Anabela Pronto (UNINOVA-Centro de Tecnologia e Sistemas)
    18/09/2017, 13:30
  146. 309. 1LP5-21 Lorentz Force Velocimetry based on HTS bulk magnet system
    Oleksii Vakaliuk (Technische Universität Ilmenau)
    18/09/2017, 13:30
  147. 310. 1LP6-01 Current limiting cooperation of superconducting transformers and cables
    Takayuki Tokuchi (Kyushu University)
    18/09/2017, 13:30
  148. 311. 1LP6-02 Fault tolerant HTS transformers: increasing the fault withstand time and recovery current
    Mike Staines (Robinson Research Institute, Victoria University of Wellington)
    18/09/2017, 13:30
  149. 312. 1LP6-03 Hybrid HTS-copper transformer of large turn-to-turn ratio
    Mariusz Stepien (Silesian University of Technology)
    18/09/2017, 13:30
  150. 313. 1LP6-04 The proposal of contact cooling system for superconducting transformer winding made of parallel tapes with transpositioners
    Beata Kondratowicz-Kucewicz (Electrotechnical Institute)
    18/09/2017, 13:30
  151. 314. 1LP6-05 Proposal to substitute Roebel cable with parallel tapes with clusters of transpositioners in modular construction of superconducting transformer windings
    Grzegorz Wojtasiewicz (Electrotechnical Institute)
    18/09/2017, 13:30
  152. 315. 1LP6-06 Considerations of HTS 2G superconducting transformer temperature during short circuit
    Grzegorz Wojtasiewicz (Electrotechnical Institute)
    18/09/2017, 13:30
  153. 316. 1LP6-07 The new concept of using the superconducting transformers in low and medium voltage distribution network
    Slawomir Kozak (Electrotechnical Institute)
    18/09/2017, 13:30
  154. 317. 1LP6-08 Optimization and analysis of a spherical 3-phase transformer having 2G HTS windings
    Paweł Lasek (Silesian University of Technology, Falculty of Electrical Engineering)
    18/09/2017, 13:30
  155. 318. 1LP6-13 Enhancing Fault Ride Through Capability and Transient Stability of DFIG with SMES-FCL
    Zixuan Zheng (Sichuan University)
    18/09/2017, 13:30
  156. 319. 1LP6-14 Application of Superconducting Magnetic Energy Storage for Stabilizing the Grid Integrated with Wind Power Generation Systems - A Review
    Vutukuru Vasudeva Rao (Indian Institute of Technology KHARAGPUR)
    18/09/2017, 13:30
  157. 320. 1LP6-15 Modeling and analysis of superconducting fault current limiter for system integration of battery banks
    Doaa M. Yehia (Tanta University)
    18/09/2017, 13:30
  158. 321. 1LP6-16 Improving Voltage Stability in DC Distribution Systems Using Small Scale Superconducting Magnetic Energy Storage
    Doaa M. Yehia (Tanta University)
    18/09/2017, 13:30
  159. 322. 1LP6-18 Design of a Medium Voltage Superconducting Series Reactor for a Grid-Connected Power Engineering Research Site
    Mohamed Fayaz Khan (University of KwaZulu Natal)
    18/09/2017, 13:30
  160. 323. 1LP6-19 Superconducting Power Filter for DC Electrical Grids
    Loïc Queval (GeePs, CentraleSupélec, Univ. Paris-Saclay)
    18/09/2017, 13:30
  161. 324. 1LP6-20 Effective Grid Integration of Superconducting Magnetic Energy Storage Using Current-Fed Z-Source Converter
    Diaa-Eldin A. Mansour (Tanta University)
    18/09/2017, 13:30
  162. 325. 1LP7-01 Comparison of shell vs. core-type magnetic circuits in the performance of inductive superconducting fault current limiters under asymmetric faults
    Joao Murta-Pina (Centre of Technology and Systems (Uninova))
    18/09/2017, 13:30
  163. 326. 1LP7-02 Analysis of the effects of different types of faults in three-phase saturated cores SFCL
    Nuno Vilhena (FCT / UNL)
    18/09/2017, 13:30
  164. 327. 1LP7-03 Peak Current Limiting Characteristics of Transformer Type SFCL with Two Non-Isolated Secondary Windings
    Tae-Hee Han (Jungwon University)
    18/09/2017, 13:30
  165. 328. 1LP7-04 SFCL cooling characteristics according to the control variables
    Hankil Yeom (KIMM)
    18/09/2017, 13:30
  166. 329. 1LP7-06 Comparison of dual peak current limiting with current source location of a series-connected SFCL using two iron cores
    Seok-Cheol Ko (Kongju National University)
    18/09/2017, 13:30
  167. 330. 1LP7-07 Volume Effect of Dynamic Breakdown Strength in LN2 for Insulation Design of Resistive Superconducting Fault Current Limiters
    Naoki Hayakawa (Nagoya University)
    18/09/2017, 13:30
  168. 331. 1LP7-08 Magnetizing Characteristics of a Flux-Lock-Type SFCL with Two Magnetic Paths Using Its Third Winding
    Sung-Hun Lim (Soongsil University)
    18/09/2017, 13:30
  169. 332. 1LP7-09 Engineering design and test of low-resistance high temperature superconducting short-circuited coils
    Joao Murta-Pina (Centre of Technology and Systems (Uninova))
    18/09/2017, 13:30
  170. 333. 1LP7-10 Improvement of recovery characteristics of resistive SFCL made by GdBCO tape with several surface conditions under pressurized condition
    Satoshi Takaya (Kyoto University)
    18/09/2017, 13:30
  171. 334. 1LP7-11 Increase of the normal resistivity of REBCO tapes for 320 kV superconducting fault current limiters
    Guillaume Escamez (NEXANS/SuperGRID)
    18/09/2017, 13:30
  172. 335. 1LP7-12 Winding Design and AC Loss Analysis of a 10-kV / 500-A Flux-coupling type Superconducting Fault Current Limiter
    Sinian Yan (State Key Laboratory of Advanced Electromagnetic Engineering and Technology,Huazhong University of Science and Technology)
    18/09/2017, 13:30
  173. 336. 1LP7-13 Magnetizing Characteristics of Transformer Type SFCL with Additional Secondary Winding Due to Its Winding Direction
    Shin-Won Lee (Jungwon University)
    18/09/2017, 13:30
  174. 337. 1LP7-14 Measurements of electromechanical forces in superconducting fault current limiters tapes under short circuit conditions
    Anabela Pronto (UNINOVA-CTS)
    18/09/2017, 13:30
  175. 338. 1LP7-15 A Design Methodology for Optimisation of three-phase SFCL of Saturated Cores Type
    Nuno Vilhena (FCT / UNL)
    18/09/2017, 13:30
  176. 339. 1LP7-16 Operation of a SCFCL at 65 K
    Pascal Tixador (Grenoble INP)
    18/09/2017, 13:30
  177. 340. 1LP7-17 Research on the Magnetic Property of Saturated Iron-core Superconducting Fault Current Limiter
    Chi Zhang (Huazhong University of Science and Technology)
    18/09/2017, 13:30
  178. 341. 1LP7-18 Experiment and design of new type DC superconducting fault current limiter
    Chaoqun Zhao (Tianjin University)
    18/09/2017, 13:30
  179. 342. 1LP7-19 Design, building and test of a 220V/300A braid type superconducting fault current limiter
    Fei Liang (Bath University)
    18/09/2017, 13:30
  180. 343. 1LP7-20 Experiments on a new type of DC superconducting fault current limiter
    Ying Xin (Tianjin University)
    18/09/2017, 13:30
  181. 344. 1LP7-21 HTS Power devices with low cryo-consumption for current conditioning, switching and limiting
    Alexander Usoskin (Bruker HTS GmbH)
    18/09/2017, 13:30
  182. 345. 1LP7-22 Short-Circuit Current Limitation Through 2G YBCO Resistive-Type SFCL Devices: Technical and Economic Comparison with Traditional Air-Core Reactors
    Giuliano Angeli (Ricerca sul Sistema Energetico - RSE S.p.A.)
    18/09/2017, 13:30
  183. 346. 1LP7-23 Experimental tests and analysis of a small-scale Noval Hybrid Type DC SFCL Prototype
    Siyuan Liang (School of electrical and electronic engineering, Huazhong University of Science and Technology; State Key Laboratory of Advanced Electromagnetic Engineering and Technology)
    18/09/2017, 13:30
  184. 347. 1LP7-24 Preliminary Investigation on Economic Aspects of Superconducting Magnetic Energy Storage (SMES) Systems and High Temperature Superconducting Transformers (HTST)
    Weijia Yuan (Florida State University Center for Advanced Power Systems)
    18/09/2017, 13:30
  185. 348. 1MP1-01 Microstructure and mechanical properties of high manganese steel processed by cold working and aging at 4.2K
    Yi Shi (Institute of Plasma Physics)
    18/09/2017, 13:30
  186. 349. 1MP1-02 Effects of rolling deformation on the critical current under transverse stress of PIT Nb3Sn wires
    Luc Gamperle (University of Geneva, Departement of Quantum Matter Physics)
    18/09/2017, 13:30
  187. 350. 1MP1-03 X-ray Stress Measurement of CrN coated Practical Nb3Sn Superconducting Wire
    Shutaro Machiya (Daido University)
    18/09/2017, 13:30
  188. 351. 1MP1-04 Characterization of irreversible degradation of Nb3Sn Rutherford cables due to transversal compression stress at room temperature
    Patrick Ebermann (CERN)
    18/09/2017, 13:30
  189. 352. 1MP1-05 Axial tensile stress-strain characteristics of WST high Jc Nb3Sn strands
    Huajun Liu (Institute of Plasma Physics, Chinese Academy of Sciences)
    18/09/2017, 13:30
  190. 353. 1MP1-06 E-WASP, a facility to test strain, temperature, magnetic field and current effects on superconducting samples
    Luigi Muzzi (ICAS S.C.r.l.)
    18/09/2017, 13:30
  191. 354. 1MP1-07 Prediction of Strain Degradation in Superconducting Accelerator Magnets Nb3Sn Coils Using Exponential Scaling Laws
    Giorgio Vallone (CERN)
    18/09/2017, 13:30
  192. 355. 1MP1-09 Influence of the microstructure on the pinning force scaling behavior of Nb3Sn wires
    Thomas Baumgartner (TU Wien, Atominstitut)
    18/09/2017, 13:30
  193. 356. 1MP1-10 Fast neutron irradiation on K doped Ba-122 Single Crystals
    Daniel Kagerbauer (TU Wien, Atominstitut)
    18/09/2017, 13:30
  194. 357. 1MP1-11 Effects of proton irradiation on the vortex dynamics of Fe(Se,Te) thin films
    Valeria Braccini (CNR-SPIN)
    18/09/2017, 13:30
  195. 358. 1MP1-12 Numerical simulation of die compaction of Mg and B powder mixture using pressure-dependent constitutive model
    Young-Seok Oh (Korea Institute of Materials Science)
    18/09/2017, 13:30
  196. 359. 1MP1-13 Improvement of the tensile and bending stress tolerance on MgB2 wire made by In-situ method
    Hideki Tanaka (Hitachi)
    18/09/2017, 13:30
  197. 360. 1MP2-01 Vortex pinning study on epitaxial YBa2Cu3O7-x thin film grown on decorated MgO(001) single crystal substrates with La0.66Sr0.33MnO3 nano-islands
    Traian Petrisor Jr. (Technical University of Cluj-Napoca)
    18/09/2017, 13:30
  198. 361. 1MP2-02 Ink-jet printing of low-fluorine YBCO nanocomposite thin films with preformed HfO2 nanocrystals
    Hannes Rijckaert (Ghent University)
    18/09/2017, 13:30
  199. 362. 1MP2-03 Double-sided inkjet printed YBCO films on CZO/YSZ buffered sapphire substrates
    Roxana Vlad (Oxolutia SL)
    18/09/2017, 13:30
  200. 363. 1MP2-05 Effects of Zr Doping on Magnetic and Structural Properties of DyBa2Cu3O7-d Thin Films
    Yuri Aparecido Opata (DTU Energy - Technical University of Denmark)
    18/09/2017, 13:30
  201. 364. 1MP2-06 TFA-MOD (Y0.77Gd0.23)Ba2Cu3Oy films on CeO2 buffered R-Al2O3 substrates
    Keita Sakuma (Seikei University)
    18/09/2017, 13:30
  202. 365. 1MP2-07 Microwave-assisted YBCO precursors: A fast and reliable method towards chemical precursors for superconducting thin films
    Hannes Rijckaert (Ghent University)
    18/09/2017, 13:30
  203. 366. 1MP2-08 Preparation of YBa2Cu3O7-δ and (La0.85Sr0.15)2CuO4 multilayered structure for superconducting connection
    Yuhei Shimizu (National Institute of Advanced Industrial Science and Technology)
    18/09/2017, 13:30
  204. 367. 1MP2-09 Preparation of YBa2Cu3O7 - BaMO (M=Zr, Hf) superconductor nanocomposite using colloidal solution with preformed nanoparticles
    Ziliang Li (Institut de Ciència de Materials de Barcelona, CSIC)
    18/09/2017, 13:30
  205. 368. 1MP2-10 The influence of seed layer on the structure and superconducting property of BaHfO3 doped Y0.5Gd0.5Ba2Cu3O7-δ film prepared by pulsed laser deposition
    Linfei Liu (Shanghai Jiao Tong University)
    18/09/2017, 13:30
  206. 369. 1MP2-12 The phase stability diagram of GdBa2Cu3O7-δ for the nominal composition and refinement of oxide inclusion in GdBCO films in low oxygen pressures
    Insung Park (Department of Material Science and Engineering, Research Institute of Advanced Materials (RIAM), Seoul National University, Korea)
    18/09/2017, 13:30
  207. 370. 1MP2-13 Synthesis and characterization of Y(1-x)NdxBa2Cu3O7-δ High Temperature Superconductors by Acetate Method
    Marcelo Neves (Uerj)
    18/09/2017, 13:30
  208. 371. 1MP2-14 High growth rate of YBCO films by Transient Liquid Assisted Growth by oxygen partial pressure control
    Silvia Rasi (Universitat de Girona)
    18/09/2017, 13:30
  209. 372. 1MP2-15 Impact of Humidity and the Additive 2,4-Pentanedione during the Pyrolysis of Gd0.5Y0.5Ba2Cu3O7-x Superconductors Prepared by Chemical Solution Deposition
    Carl Buehler (Karlsruhe Institute of Technology)
    18/09/2017, 13:30
  210. 373. 1MP2-16 Role of Oxygen exchange kinetics in the engineering of carrier concentration of YBa2Cu3O7-δ films
    Alexander Stangl (ICMAB-CSIC)
    18/09/2017, 13:30
  211. 374. 1MP2-17 Effect of oxygen partial pressure during annealing process on the epitaxy of LZO buffer layer for coated conductors
    Ping Ji (Northwest Institute for Nonferrous Metal Research, Xi’an 710016, P. R. China)
    18/09/2017, 13:30
  212. 375. 1MP3-02 Experimental and numerical investigation of shielding performances of superconducting shields using CC tapes
    Yoh Nagasaki (GeoCosmo Science and Research Center)
    18/09/2017, 13:30
  213. 376. 1MP3-03 Exploitation-generated changes in the resistance-temperature characteristics of the coal resistors (TVO)
    Kamil Kozłowski (Joint Institute for Nuclear Research)
    18/09/2017, 13:30
  214. 377. 1MP3-04 Selecting FBG coatings for optical fiber sensing of Quench in high temperature superconductor
    Yanchao Liu (Beijing Jiaotong university)
    18/09/2017, 13:30
  215. 378. 1MP3-05 Efficient cooling for electric current transport stability in superconducting materials
    Francesco Avitabile (Dipartimento di Fisica, Università degli Studi di Salerno)
    18/09/2017, 13:30
  216. 379. 1MP3-07 Determination of the complete penetration magnetic field of a HTS pellet from the measurements of the magnetic field at its top-center surface
    Bruno Douine (UBO)
    18/09/2017, 13:30
  217. 380. 1MP3-08 Comparison of magnetizing characteristics of superconducting bulk magnet cooled by　Stirling and GM refrigerators during pulsed field magnetization
    Kazuya Yokoyama (Ashikaga Institute of Technology)
    18/09/2017, 13:30
  218. 381. 1MP3-11 High resolution imaging of magnetic flux distributions in superconductors with scanning x-ray microscopy at low temperatures
    Stephen Ruoß (Max-Planck-Institute for Intelligent Systems Stuttgart)
    18/09/2017, 13:30
  219. 382. 1MP3-12 Development of Image Analysis Techniques for Quantitative Microscopy on Superconducting Materials
    Peter Lee (Applied Superconductivity Center, NHMFL, FSU)
    18/09/2017, 13:30
  220. 383. 1MP3-13 Correlating magnetic flux distributions with superconductor microstructure using magnetic force microscopy
    Josef Hazi (Oxford University)
    18/09/2017, 13:30
  221. 384. 1MP4-01 Correlation of the microstructure and magnetic properties of neutron irradiated Nb3Sn superconductors
    Stephan Pfeiffer (TU Wien)
    18/09/2017, 13:30
  222. 385. 1MP4-02 High performance MgB2 bulks using carbon-coated amorphous boron and silver addition
    Masaki Higuchi (Shibaura Institute of Technology)
    18/09/2017, 13:30
  223. 386. 1MP4-03 Experimental evaluation for characteristics of MgB2 Rutherford cables with a large current capacity
    Sora Mizuochi (Sophia University)
    18/09/2017, 13:30
  224. 387. 1MP4-04 Flux pinning by InAs nanorods in Nb
    Dong Ho Kim (Yeungnam University)
    18/09/2017, 13:30
  225. 388. 1MP4-06 Local probing of superconducting condensate
    Ritika Panghotra (KU Leuven)
    18/09/2017, 13:30
  226. 389. 1MP4-08 Anisotropy Effects on the Quenching Current of FeSeTe Thin Films
    Antonio Leo (Department of Physics "E. R. Caianiello", University of Salerno, and CNR-SPIN, Salerno)
    18/09/2017, 13:30
  227. 390. 1MP4-09 Analysis of flux pinning forces in bulk superconductors for applications
    Michael Koblischka (Saarland University)
    18/09/2017, 13:30
  228. 391. 1MP4-10 Enhanced critical current density in bulk MgB2
    Miryala Muralidhar (Shibaura Institute of Technology)
    18/09/2017, 13:30
  229. 392. 1MP5-01 Magnetic study of the low temperature anomalies in the optimally doped PrBCO compound
    Mahieddine Lahoubi (Badji-Mokhtar Annaba University, Faculty of Sciences,)
    18/09/2017, 13:30
  230. 393. 1MP5-02 Electromagnetic field analysis of a twisted superconducting strip with sweeping magnetic field
    Yoichi Higashi (National Institute of Advanced Industrial Science and Technology)
    18/09/2017, 13:30
  231. 394. 1MP5-04 Magnetic Measurements of the Critical Current Density in HTS Tapes in the Field Range up to 30T with self-field corrections.
    Andrew Smith (University of Durham)
    18/09/2017, 13:30
  232. 395. 1MP5-05 Accurate Loss Estimation of Coated Conductors in External Magnetic Fields: Dynamic Loss and Magnetisation Loss
    Quan Li (University of Edinburgh)
    18/09/2017, 13:30
  233. 396. 1MP5-06 Magnetization of YBCO film with ac travelling magnetic waves of relatively short wavelengths
    Wei Wang (No.24 South Section 1, Yihuan Road)
    18/09/2017, 13:30
  234. 397. 1MP5-07 Magnetization Loss Characteristics of a Pancake Coil Fabricated by GdBCO Tape in kHz Frequency Band
    Ryota Inoue (Tohoku University)
    18/09/2017, 13:30
  235. 398. 1MP5-08 Theoretical evaluation of the screening-current-induced field in HTS coils with tape wires
    Yasunori Mawatari (National Institute of Advanced Industrial Science and Technology (AIST))
    18/09/2017, 13:30
  236. 399. 1MP5-09 AC Loss Analysis of High Temperature Superconducting Conductors on Round Core
    Seyeon Lee (Korea Polytechnic University)
    18/09/2017, 13:30
  237. 400. 1MP5-10 Measurements and numerical modelling of magnetization loops in two level undercut-profile substrate-based filamentary coated conductors
    Andrea Insinga (Technical University of Denmark)
    18/09/2017, 13:30
  238. 401. 1MP5-11 Magnetization AC losses in flat Al sheated MgB2 cables
    Ján Kováč (Institute of Electrical Engineering Slovak Academy of Science)
    18/09/2017, 13:30
  239. 402. 1MP5-12 Magnetization profiles of AC type-II superconducting wires subject to constant sources of magnetic field
    Harold Steven Ruiz (University of Leicester)
    18/09/2017, 13:30
  240. 403. 1MP5-14 Electromagnetic response of DC type-II superconducting wires under oscillating magnetic excitations
    Bright Chimezie Robert (University of Leicester)
    18/09/2017, 13:30
  241. 404. 1MP5-15 Numerical Analysis of AC Losses in YBCO Conductors Carrying AC Transport Current with Defect under AC Magnetic Field
    Wei Chen (Southwest Jiaotong University)
    18/09/2017, 13:30
  242. 405. 1MP6-01 Magnetic Microscopy for Nondestructive Characterization of Local Critical Current Distribution in Multi-filamentary MgB2 Wires with Magnetic Sheath Materials
    Shuhei Bochi (Kyushu University)
    18/09/2017, 13:30
  243. 406. 1MP6-03 Achievements of high pressure MgB2 synthesis: can in situ samples reach mass density and grain connectivity of Mg diffusion samples?
    Tomasz Cetner (Institute of High Pressure Physics PAS)
    18/09/2017, 13:30
  244. 407. 1MP6-04 Effect of sintering conditions on modified IMD wire deformed by hydroextrusion
    Miloslav Kulich (Institute of Electrical Engineering)
    18/09/2017, 13:30
  245. 408. 1MP6-05 Aging of commercial MgB2 wires in liquid hydrogen
    Wilfried Goldacker (Karlsruhe Institute of Technology)
    18/09/2017, 13:30
  246. 409. 1MP6-06 Development and characterization of a multifilamentary MgB2 superconducting wire
    Durval Rodrigues Jr (Escola de Engenharia de Lorena - Universidade de São Paulo)
    18/09/2017, 13:30
  247. 410. 1MP6-07 Effect of Bi mixing routes on MgB2 superconductors
    Kookchae Chung (Korea Institute of Materials Science)
    18/09/2017, 13:30
  248. 411. 1MP6-08 The Effect of Bi-2212 Addition on The Superconducting Properties of Bulk MgB2 Samples
    Meryem Alp (Ankara University)
    18/09/2017, 13:30
  249. 412. 1MP6-09 Magneto-optical, microstructural and magnetization measurements of in situ Fe/MgB2 conductors made from ball-milled precursor
    Elena Martínez (ICMA (CSIC - Universidad de Zaragoza))
    18/09/2017, 13:30
  250. 413. 1MP6-11 Optimization of high isostatic pressure annealing processes for fabrication of MgB2 and Ba(Fe,Co)2As2 superconducting wires with high critical current density
    Andrzej Morawski (Institute of High Pressure Physics Polish Academy of Sciences Unipress)
    18/09/2017, 13:30
  251. 414. 1MP6-12 Composite superconducting MgB2 wires made by continuous process
    Bartek A. Glowacki (Department of Materials Science and Metallurgy, University of Cambridge)
    18/09/2017, 13:30
  252. 415. 1MP6-13 Effects of Dy2O3 doping on the Anisotropy and Transport of MgB2 wires
    Mike Sumption (MSE, The OHio State University)
    18/09/2017, 13:30
  253. 416. 1MP7-01 The influence of laser energy density on microstructure and critical current of YGBCO and HGBCO films prepared by PLD
    Xiang Wu (Shanghai Jiao Tong University)
    18/09/2017, 13:30
  254. 417. 1MP7-02 Development of textured YBa2Cu3O7−x superconducting coated conductors by Fluorine-Free MOD Route
    Jingyuan Chu (Shanghai Jiao Tong University)
    18/09/2017, 13:30
  255. 418. 1MP7-03 Enhanced flux pinning in TFA-MOD (Y0.77Gd0.23)Ba2Cu3Oy+BaZrO3 coated conductors by introducing an intermediate heat treatment
    Michio Sato (Seikei University)
    18/09/2017, 13:30
  256. 419. 1MP7-05 Tactical approaches in pilot-line manufacturing of HTS coated conductors for high field magnet application
    Ulrich Betz (Bruker HTS GmbH)
    18/09/2017, 13:30
  257. 420. 1MP7-06 Fabrication of HTS coated conductors via advanced high speed PLD process in Compact Pilot Line
    Alexander Usoskin (Bruker HTS GmbH)
    18/09/2017, 13:30
  258. 421. 1MP7-07 Enhancement of flux pinning by random pinning centers at 4.2 K in BaHfO3-doped SmBa2Cu3Oy coated conductors
    Shun Miura (Kyushu University)
    18/09/2017, 13:30
  259. 422. 1MP7-08 Effect of twin boundaries on the in-field Jc for TFA-MOD-(Y0.77Gd0.23)Ba2Cu3Oy wires
    Ryota Oku (Seikei University)
    18/09/2017, 13:30
  260. 423. 1MP7-10 Heating tolerance of critical current in industrial coated conductors
    Davide Uglietti (EPFL)
    18/09/2017, 13:30
  261. 424. 1MP7-12 Soldered contacts for HTS coated conductors
    Kai Ackermann (Karlsruhe Institute of Technology)
    18/09/2017, 13:30
  262. 425. 1MP7-13 Investigation Of Soldered Low-Resistance Joints For Commercial Coated Conductors Depending On Various Contact Pressures
    Pavel Degtyarenko (Joint Institute for High temperature of Russian Academy of Sciences)
    18/09/2017, 13:30
  263. 426. 1MP7-14 Determination of irreversible strain and stress limits of practical REBCO CC tapes under uniaxial tension
    Hyung-Seop Shin (Andong National University)
    18/09/2017, 13:30
  264. 427. 1MP7-15 Joint resistance characteristics of REBCO CC lap-joints using ultrasonic welding method in various temperatures and magnetic fields
    Mark A. Diaz (Andong National University)
    18/09/2017, 13:30
  265. 428. 1MP7-17 Development of a reel-to-reel process for laser structuring of coated conductors
    Rainer Nast (Karlsruhe Institute of Technology (KIT), Institute for Technical Physics (ITEP))
    18/09/2017, 13:30
  266. 429. 1MP7-18 Increased pinning strength in 2nd generation REBCO coated conductors grown by liquid assisted processes.
    John Feighan (University of Cambridge)
    18/09/2017, 13:30
  267. 430. 1MP7-19 Joining of second generation coated conductor tapes using a melt-texturing route
    Hagen Bryja (IFW Dresden)
    18/09/2017, 13:30
  268. 431. 1MP7-20 Coated superconducting tape model based on distribution of currents between the tape layers. Computing implementation
    Alfredo Álvarez (University of Extremadura)
    18/09/2017, 13:30
  269. 432. 1MP7-21 Correlation between resistances of face-to-face soldered joints and interface resistance between layers in superconducting tapes
    Nadezda Bagrets (Karlsruhe Institute of Techology)
    18/09/2017, 13:30
  270. 433. 1MP7-22 Coated conductor HTS tape for energy and magnet applications
    Markus Bauer (THEVA Dünnschichttechnik GmbH)
    18/09/2017, 13:30
  271. 234. Low liquid helium consumption SQUID system with liquid nitrogen cooling interlayer for biomagnetism
    Li Lu (Shanghai Institute of Microsystem and Information Technology, Chinese Academy of Sciences)
    18/09/2017, 13:30
  272. 29. 2P2-01 The LHC Main Magnet Electrical Interconnections: the Subtle Size of Superconductivity
    Lucio Rossi (CERN)
    18/09/2017, 16:00
  273. 30. 2P2-02 Some of the lessons learned during the construction and use of super magnets conductors in the last decades
    Roberto Penco (P.R.D. sas Genova)
    18/09/2017, 16:30
  274. 31. 2P2-03 Learning from R&D and operation of HTS insert coil for high field magnet
    Satoshi Awaji (Tohoku University)
    18/09/2017, 17:00
  275. 32. 2P2-04 Transformation and perspectives of digital superconducting electronics
    Oleg Mukhanov (Hypres)
    18/09/2017, 17:30
  276. 33. 2P1-01 HTS versus LTS: physics, technology, and application prospects
    Michael Eisterer
    19/09/2017, 08:00
  277. 38. 2EO1-01 Execution of Stored Programs in a Single-Flux-Quantum Microprocessor with Embedded Memories at 50 GHz
    AKIRA FUJIMAKI (Nagoya University)
    19/09/2017, 08:50
  278. 34. 2LO1-01 Manufacturing of LTS and HTS magnets for heavy-ion rotating gantry
    Shigeki Takayama (Toshiba Corporation)
    19/09/2017, 08:50
  279. 36. 2MO1-01 Industrial production of Nb3Sn conductors for particle accelerator magnets
    Lance Cooley (Fermilab)
    19/09/2017, 08:50
  280. 39. 2EO1-02 Topological superconductivity revealed by nanoscale Josephson junctions
    Floriana Lombardi (Chalmers)
    19/09/2017, 09:20
  281. 35. 2LO1-02 Superconducting Cyclotrons for Hadron Radiotherapy
    Dr Joseph Minervini (Massachusetts Institute of Technology)
    19/09/2017, 09:20
  282. 37. 2MO1-02 Status of Industrial Coated Conductor Production and Properties
    Bernhard Holzapfel
    19/09/2017, 09:20
  283. 55. 2EO2-01 Controllable transfer of spin-polarized Cooper pairs into a half-metal manganite
    Jason Robinson (Department of Materials Science)
    19/09/2017, 10:15
  284. 40. 2LO2-01 Status of the Ecoswing project
    Markus Bauer (THEVA Dünnschichttechnik GmbH)
    19/09/2017, 10:15
  285. 47. 2MO2-01 Characterisation of accelerator magnet coils and coil constituents using neutron and synchrotron sources
    Christian Scheuerlein (CERN)
    19/09/2017, 10:15
  286. 48. 2MO2-02 Spatial Distributions of Flexural Strength in TSMG and TSIG YBCO Bulk Superconductors
    Kai Yuan (Danny) Huang (University of Cambridge)
    19/09/2017, 10:30
  287. 56. 2EO2-02 Road to scalable superconducting phase memory devices
    Sergey Bakurskiy (NUST MISIS)
    19/09/2017, 10:45
  288. 41. 2LO2-02 Space research experiments with bulk superconductors
    Frank N. Werfel (Adelwitz Technologiezentrum GmbH (ATZ))
    19/09/2017, 10:45
  289. 49. 2MO2-03 Influence of artificial pinning centers on the radiation resistance of coated conductors
    David Fischer (Technische Universität Wien)
    19/09/2017, 10:45
  290. 57. 2EO2-03 Superconducting spintronics with high-temperature superconductors
    Angelo Di Bernardo (University of Cambridge)
    19/09/2017, 11:00
  291. 42. 2LO2-03 Superconducting Medium Speed Synchronous Electrical Generator for 2MW Class Wind Mills
    Xavier Granados (ICMAB-CSIC)
    19/09/2017, 11:00
  292. 50. 2MO2-04 Effects of swift-particle irradiations on the critical current density in FeSe
    Tsuyoshi Tamegai (The University of Tokyo)
    19/09/2017, 11:00
  293. 58. 2EO2-04 Non-monotonic temperature dependence of magnetoresistance in Nb-Ni-Nb planar junctions below superconducting transition
    Ekta Bhatia (National Institute of Science Education and Research)
    19/09/2017, 11:15
  294. 43. 2LO2-04 Development of a 8 kW HTS Axial Flux Machine for Electrical Aircraft Propulsion
    min zhang
    19/09/2017, 11:15
  295. 51. 2MO2-05 The number of displacement per atom (dpa), a universal parameter describing the decrease of Tc in superconducting accelerator magnets
    Rene Louis Jacques Flukiger (Universite de Geneve)
    19/09/2017, 11:15
  296. 59. 2EO2-05 Signatures of unconventional superconductivity in oxide based 2DEG
    Daniela Stornaiuolo (Department of Physics, University of Naples "Federico II" and CNR-SPIN Napoli)
    19/09/2017, 11:30
  297. 44. 2LO2-05 Loss Analysis of a 3 MW HTS Ship Propulsion Motor
    Toshiyuki Yanamoto (Kawasaki Heavy Industories, Ltd.)
    19/09/2017, 11:30
  298. 52. 2MO2-06 Tailored design of vortex behaviour and its visualisation with high-speed magneto-optical video
    Alexey V. Pan (Institute for Superconducting and Electronic Materials, University of Wollongong)
    19/09/2017, 11:30
  299. 60. 2EO2-06 Phase dynamics and macroscopic quantum phenomena in hybrid Josephson junctions
    Davide Massarotti (Dipartimento di Fisica, Università degli Studi di Napoli Federico II - CNR-SPIN UOS Napoli)
    19/09/2017, 11:45
  300. 45. 2LO2-06 Comparison of Levelized Cost of Energy of superconducting direct drive generators for a 10 MW offshore wind turbine
    Asger Bech Abrahamsen (DTU Wind Energy, Technical University of Denmark)
    19/09/2017, 11:45
  301. 53. 2MO2-07 Magneto-Optical Imaging Of Ac Suscetibility In Superconducting Thin Films
    Wilson Ortiz (Departamento de Fisica, Universidade Federal de Sao Carlos)
    19/09/2017, 11:45
  302. 61. 2EO2-07 Quantum Voltage Standard Developments at NIST
    Sam Benz (NIST)
    19/09/2017, 12:00
  303. 46. 2LO2-07 A novel magnetic bearing using 2G double crossed loops
    Flávio Martins (Universidade Federal do Rio de Janeiro)
    19/09/2017, 12:00
  304. 54. 2MO2-08 Observations of deformation effects on A15 production in Nb3Sn Powder In Tube wires
    Chris Segal (National High Magnetic Field Laboratory)
    19/09/2017, 12:00
  305. 62. 2LO3-01 Overcoming the Challenges of the ITER Magnets
    Neil Mitchell
    19/09/2017, 13:30
  306. 69. 2MO3-01 Recent progress in Fe-based superconducting wires and tapes
    Yanwei Ma (Institute of Electrical Engineering, Chinese Academy of Sciences)
    19/09/2017, 13:30
  307. 76. 2MO4-01 Double-disordered HTS coated conductors and their assemblies aimed for ultra-high fields: large area tapes
    Ulrich Betz (Bruker HTS GmbH)
    19/09/2017, 13:30
  308. 77. 2MO4-02 Progress of Wire Development and Process Improvement on 2G HTS at SuperPower
    Drew Hazelton (SuperPower Inc.)
    19/09/2017, 13:41
  309. 78. 2MO4-03 Developement of long-length BMO doped REBCO coated conductors by hot-wall PLD process
    Shinji Fujita (Fujikura Ltd.)
    19/09/2017, 13:52
  310. 63. 2LO3-02 Manufacturing the European superconducting TF coils for ITER
    Marc Cornelis (Fusion for Energy)
    19/09/2017, 14:00
  311. 70. 2MO3-02 Fe(Se,Te) epitaxial thin films deposited on metallic alloys with or without buffer layer
    Valeria Braccini (CNR-SPIN)
    19/09/2017, 14:00
  312. 79. 2MO4-04 Development of 2G HTS wire production at SuperOx
    Alexander Molodyk (S-Innovations)
    19/09/2017, 14:03
  313. 80. 2MO4-05 Progress in SuNAM’s Coated Conductor Manufacturing
    Hunju Lee (SuNAM Co., Ltd.)
    19/09/2017, 14:14
  314. 64. 2LO3-03 Damage investigations in the HTS cable prototype after the cycling test in EDIPO
    Nikolay Bykovsky (EPFL Swiss Plasma Center)
    19/09/2017, 14:15
  315. 71. 2MO3-03 Flux pinning behaviour of a BaFe2(As1-xPx)2 thin film on IBAD-MgO technical substrate
    Jena Hänisch (Karlsruhe Institute of Technology)
    19/09/2017, 14:15
  316. 81. 2MO4-06 Cost-effective production of HTS wires by chemical solution deposition
    Michael Baecker (Deutsche Nanoschicht GmbH)
    19/09/2017, 14:25
  317. 65. 2LO3-04 Recent progress in development of Bi2212 Cable-in-Conduit Conductor
    Shi Yi (Institute of Plasma Physics, CAS and ASIPP)
    19/09/2017, 14:30
  318. 72. 2MO3-04 The key microstructural factors for high transport current in randomly oriented 122 polycrystalline materials
    Akiyasu Yamamoto (Tokyo University of Agriculture and Technology)
    19/09/2017, 14:30
  319. 82. 2MO4-07 Multi-deposited inkjet printed YBCO on IBAD-MgO arquitectures for coated conductors
    Alberto Calleja (OXOLUTIA SL)
    19/09/2017, 14:36
  320. 66. 2LO3-05 Stability Analysis of the 100 kA-class HTS STARS Conductor
    Yoshiro TERAZAKI (National Institute for Fusion Science)
    19/09/2017, 14:45
  321. 73. 2MO3-05 High performance Ba0.6K0.4Fe2As2 superconducting tapes at high magnetic field and high temperature with hot-pressing process
    He Huang (Institute of Electrical Engineering, Chinese Academy of Science)
    19/09/2017, 14:45
  322. 83. 2MO4-08 Progress of REBCO coated conductor program at SJTU and SSTC
    Yijie Li (Shanghai Jiao Tong University)
    19/09/2017, 14:47
  323. 84. 2MO4-09 Thick Films of REBaCuO/YBaCuO and Long-length Coated Conductors Derived by Reel-to-Reel Metallorganic Solution and Ion-beam Assisted Depositions
    Chuanbing Cai (Shanghai Key Laboratory of High Temperature Superconductors,Shanghai University/Shanghai Creative Superconductor Technologies Co. Ltd.)
    19/09/2017, 14:58
  324. 67. 2LO3-06 Design and development of conduction cooled MgB2 magnets for 1.5 and 3.0T full body MRI systems
    Matt Rindfleisch (Hyper Tech Research)
    19/09/2017, 15:00
  325. 74. 2MO3-06 In-plane anisotropy of the critical current density in detwinned Co doped Ba122 single crystals
    Johannes Hecher (TU Wien, Atominstitut)
    19/09/2017, 15:00
  326. 85. 2MO4-10 Advances in Bi-2223 wire for High Field Applications
    Shin-ichi Kobayashi (Sumitomo Electric Industries, Ltd.)
    19/09/2017, 15:09
  327. 68. 2LO3-07 Development of High Stable Magnetic Field HTS Magnet System for MRI
    Shoichi Yokoyama (Mitsubishi Electric Corporation,Advanced Technology R & D Center)
    19/09/2017, 15:15
  328. 75. 2MO3-07 Critical current density and the phase diagram of CaKFe4As4 single crystals
    Shiv Jee Singh (University of Oxford)
    19/09/2017, 15:15
  329. 86. 2MO4-11 2G HTS Coated Conductors Buffer Stack Architecture Improvements at STI
    Jeong-Uk Huh (Superconductor Technologies Inc)
    19/09/2017, 15:20
  330. 87. 2IO1-01 Superconductivity: A Game Changer for the Industry of Energy
    Prof. Carlo Rubbia (GSSI (Gran Sasso Science Institute))
    19/09/2017, 16:00
  331. 88. 2IO1-02 Investing in Superconductivity: The Industry of Science
    Frank Laukien (Bruker Corporation)
    19/09/2017, 16:30
  332. 89. 2IO1-03 Investing in Superconductivity: The Electronics Challenge
    John Levy (Hypres Inc)
    19/09/2017, 17:00
  333. 90. 2IO1-04 Investing in Superconductivity: Large Scale Endeavours
    Jean Luc Lancelot (Sigmaphi)
    19/09/2017, 17:30
  334. 91. 3P1-01 The NHMFL 32 T superconducting magnet
    Hubertus Weijers (NHMFL/FSU)
    20/09/2017, 08:00
  335. 96. 3EO1-01 Nanowire-Based Single-Photon Detectors and Imagers
    Kark K Berggren (MIT)
    20/09/2017, 08:50
  336. 92. 3LO1-01 Achievements, Progress and Issues of No-Insulation HTS Coils
    Seungyong Hahn (Seoul National University)
    20/09/2017, 08:50
  337. 94. 3MO1-01 New superconductors: waiting for room temperature (?)
    Gianni Profeta (Department of Physical and Chemical Sciences and SPIN-CNR)
    20/09/2017, 08:50
  338. 97. 3EO1-02 Scanning SQUID-on-tip nanomagnetometry and nanothermometry of quantum systems
    Eli Zeldov (Weizmann Institute of Science)
    20/09/2017, 09:20
  339. 93. 3LO1-02 Prospect of Liquid Hydrogen Cooled Superconducting Power Apparatus and Carbon Free Energy System
    Yasuyuki Shirai (Kyoto University)
    20/09/2017, 09:20
  340. 95. 3MO1-02 A new chance for Bi-2212 wires to boost their applications in high magnetic fields
    andrea malagoli (CNR-SPIN)
    20/09/2017, 09:20
  341. 98. 3LO2-01 Review of HTS cables for large magnets
    Davide Uglietti
    20/09/2017, 10:15
  342. 105. 3LO3-01 Overview of the Quench Heater Performance for MQXF, the Nb3Sn low-beta Quadrupole for the High Luminosity LHC.
    Susana Izquierdo Bermudez (CERN)
    20/09/2017, 10:15
  343. 112. 3MO2-01 Magnetic Flux Invasion and Field-Capturing in Pulsed-Field Magnetization for Layered MgB2 Bulk Magnets
    Tetsuo Oka (Niigata University)
    20/09/2017, 10:15
  344. 113. 3MO2-02 The successful incorporation of Ag into YBa2Cu3O7 bulk superconductors
    Jasmin Congreve (University of Cambridge)
    20/09/2017, 10:30
  345. 99. 3LO2-02 Generation of 25 T: field quality and field profile measurements of a 4 T REBCO insert coil for a 21 T LTS magnet
    Christian Barth (University of Geneva, Department of Quantum Matter Physics)
    20/09/2017, 10:45
  346. 106. 3LO3-02 Stability, quench, and current sharing in Roebel and CORC cables for HEP magnets
    Mike Sumption (The Ohio State University)
    20/09/2017, 10:45
  347. 114. 3MO2-03 Towards optimisation of multi-pulse, multi-temperature pulsed field magnetisation of bulk high-temperature superconductors
    Mark Ainslie (University of Cambridge)
    20/09/2017, 10:45
  348. 100. 3LO2-03 First fully European CORC cables
    Michal Vojenciak (Institute of Electrical Engineering SAS)
    20/09/2017, 11:00
  349. 107. 3LO3-03 Quench detection for HTS magnets using acoustic thermometry
    Maxim Marchevsky (Lawrence Berkeley National Lab. (US))
    20/09/2017, 11:00
  350. 115. 3MO2-04 Progress in trapped field magnets made from stacks of coated conductor tape
    Anup Patel (Univeristy of Cambridge, Department of Materials Science and Metallurgy)
    20/09/2017, 11:00
  351. 101. 3LO2-04 Current progress of High-temperature superconducting CORC® magnet cable and wire development
    Jeremy Weiss (University of Colorado)
    20/09/2017, 11:15
  352. 108. 3LO3-04 A novel quench detection method using radio frequency wave technology
    Hu Yanlan (Institute of plasma physics chinese academy od sciences)
    20/09/2017, 11:15
  353. 116. 3MO2-05 Magnetic Microscopy for Magnetic Relaxation in RE-123 Coated Conductor with DC Transport Current and External Magnetic Field
    Kohei Hisajima (Kyushu University)
    20/09/2017, 11:15
  354. 102. 3LO2-05 Transposed high current cables made with strong, rectangular Bi2212 superconductor wire
    Alexander Otto (Solid Material Solutions, LLC)
    20/09/2017, 11:30
  355. 109. 3LO3-05 Quench detection via Rayleigh backscattering interrogated optical fibers
    Federico Scurti (NCSU)
    20/09/2017, 11:30
  356. 117. 3MO2-06 AC susceptibility analysis of coated conductor tapes
    Fedor Gömöry (Slovak Academy of Sciences)
    20/09/2017, 11:30
  357. 103. 3LO2-06 An HTS Magnet Demonstrator for Space Experiment
    Gijs De Rijk (CERN)
    20/09/2017, 11:45
  358. 110. 3LO3-07 Normal zone propagation velocity and surface temperature mapping in HTS coated conductors during quench
    Roland Gyuráki (Karlsruhe Institute of Technology)
    20/09/2017, 11:45
  359. 118. 3MO2-07 AC Losses of Roebel Cables with Striated 2G YBCO Strands
    Yifeng Yang
    20/09/2017, 11:45
  360. 104. 3LO2-07 Results of the Development of a High Current HTS Cable for Accelerator Magnet Applications
    Luca Bottura (CERN)
    20/09/2017, 12:00
  361. 111. 3LO3-08 AC losses and inter-strand resistance in impregnated ReBCO Roebel cables
    Peng Gao (University of Twente)
    20/09/2017, 12:00
  362. 119. 3MO2-08 A finite element analysis of flux pumping in high Tc superconductors
    Archie Campbell (University of Cambridge)
    20/09/2017, 12:00
  363. 434. 3EP1-01 Josephson parametric amplifiers based on quadratic nonlinearity of rf SQUIDs operating at 4.2 K
    Marat Khabipov (Physikalisch-Technische Bundesanstalt)
    20/09/2017, 13:30
  364. 435. 3EP1-03 Utilizing HTS Resonators as NMR Transmit Coils
    William Brey (Florida State University - NHMFL)
    20/09/2017, 13:30
  365. 436. 3EP1-04 Analysis of characteristics of Al MKID resonators
    Takashi Noguchi (National Astronomical Observatory)
    20/09/2017, 13:30
  366. 437. 3EP1-05 A RF test vehicle for superconductor electronics interconnect
    Vladimir Talanov (Northrop Grumman Corp.)
    20/09/2017, 13:30
  367. 438. 3EP1-06 Study of Impedance Optimization between Modelling and Measurement of a Ka-band HTS MMIC Josephson Mixer
    Ting Zhang (University of Technology Sydney)
    20/09/2017, 13:30
  368. 439. 3EP1-07 Trimming Mechanism of External Quality Factor in HTS Bandpass Filter using Bulk Resonator
    Atsushi Saito (Yamagata University)
    20/09/2017, 13:30
  369. 440. 3EP1-08 Coupled superconducting resonators for tunneling-defect studies and qubit applications
    Bahman Sarabi (University of Maryland - College Park)
    20/09/2017, 13:30
  370. 441. 3EP1-09 Development of near infrared and visible Kinetic Inductance Detectors (KIDs) for astronomy
    Samir Beldi (GEPI, Observatoire de Paris, PSL Research University, CNRS)
    20/09/2017, 13:30
  371. 442. 3EP1-10 Two Dimensional Scanning of Intermodulation Distortion in Superconducting Resonators
    Stephen Remillard (Hope College Physics Department)
    20/09/2017, 13:30
  372. 443. 3EP1-11 Long period of time cooling technique using liquid nitrogen for HTS-SQUID systems
    Tsunehiro Hato (Superconducting sensing technology research association)
    20/09/2017, 13:30
  373. 444. 3EP1-12 Miniaturized Multi-Band HTS Bandpass Filter Design Using Single Perturbed Multimode Resonator with Multi-Transmission Zeros
    Jiaming Tang (Xiamen University)
    20/09/2017, 13:30
  374. 445. 3EP1-13 Compact Quad-Channel High Temperature Superconducting Diplexer Based on Stub-Loaded Square Ring Resonators
    Ping Gui (East China Jiaotong University)
    20/09/2017, 13:30
  375. 446. 3EP1-14 Design of Transmitting Filter using Cascaded Quadruplet Superconducting Bulk Resonator
    Takafumi Saito (Yamagata University)
    20/09/2017, 13:30
  376. 447. 3EP1-15 HTS dual-band bandpass filter with independently tunable center frequencies
    Naoto Sekiya (University of Yamanashi)
    20/09/2017, 13:30
  377. 448. 3EP1-17 Recently Developed Microwave Devices Based On High-TC Superconducting Films
    Liang Sun (O.Usikov IRE NAS of Ukraine)
    20/09/2017, 13:30
  378. 449. 3EP1-18 Terahertz Radiation above 1 THz from intrinsic Josephson stack fabricated by acid modification process
    Takahiro Kato (Nagaoka University of Technology)
    20/09/2017, 13:30
  379. 450. 3EP1-19 Design of compact and high pole HTS tri-band bandpass filters using a new feeding structure
    Takahiro Unno (Japan)
    20/09/2017, 13:30
  380. 451. 3EP1-20 Design and Fabrication of HTS Pick-up Coil for Field-Swept Solid-State NMR
    Atsushi Saito (Yamagata University)
    20/09/2017, 13:30
  381. 452. 3EP1-21 Voltage Oscillations with Magnetic Flux in Thermally Hysteretic Nano-SQUIDs Based on Superconducting Weak Link
    Sourav Biswas (Indian Institute of Technology (IIT) Kanpur)
    20/09/2017, 13:30
  382. 453. 3EP1-22 Low-Loss Capacitively-Coupled Frequency Tuning and Impedance Matching Circuitry for HTS Based rf MRI Coils and Arrays
    Jarek Wosik (Texas Center for Superconductivity at University of Houston and Electrical and Computer Engineering Department, University of Houston, Houston, TX 77204, USA)
    20/09/2017, 13:30
  383. 454. 3EP1-23 Non-resonant microwave absorption in nano nickel added YBCO superconducting powders
    Fhulufhelo Nemangwele (University of Venda)
    20/09/2017, 13:30
  384. 455. 3EP2-01 Superconducting Single Photon Detector with the Capability of Photon-number Resolving and Photon Positioning
    Xu Tao (Nanjing University)
    20/09/2017, 13:30
  385. 456. 3EP2-02 High Sensitivity Superconducting Nanowire Single Photon Detector Integrated with Distributed Bragg Reflector
    Yajun Chen (Nanjing University)
    20/09/2017, 13:30
  386. 457. 3EP2-03 Local and geometric timing jitter in superconducting nanowire single-photon detectors
    Alexej Semenov (DLR Institute of optical systems)
    20/09/2017, 13:30
  387. 458. 3EP2-05 Comparison of superconducting nanowire single photon detectors made of NbTiN and NbN thin films
    Xiaoyan Yang (Shanghai Institute of Microsystem and Information Technology (SIMIT), Chinese Academy of Sciences (CAS))
    20/09/2017, 13:30
  388. 459. 3EP2-06 Internal boundary conditions for elastic fluxon scattering at circuit interfaces
    Waltraut Wustmann (Laboratory for Physical Sciences, USA)
    20/09/2017, 13:30
  389. 460. 3EP2-08 Current dependence of the hot-spot response spectrum of superconducting single-photon detectors with different layouts
    Ilya Charaev (Karlsruhe Institute of Technology (KIT))
    20/09/2017, 13:30
  390. 461. 3EP2-09 Uniformity Analysis of Nanowires with Elemental Imaging
    Xiaoqing Jia (Research Institute of Superconductor Electronics (RISE), School of Electronic Science and Engineering, Nanjing University)
    20/09/2017, 13:30
  391. 462. 3EP2-10 Quasi-gated source for superconducting nanowire single-photon detector
    Xiaoqing Jia (Research Institute of Superconductor Electronics of Nanjing University)
    20/09/2017, 13:30
  392. 463. 3EP2-11 Free-Space-Coupled Superconducting Nanowire Single Photon Detector Integrated with Distributed Bragg Reflector
    Yajun Chen (Nanjing University)
    20/09/2017, 13:30
  393. 464. 3EP2-12 Superconducting components for quantum-information processing
    Elena Zhitlukhina (Donetsk Institute for Physics and Engineering, NANU)
    20/09/2017, 13:30
  394. 465. 3EP2-13 Superconducting nanowire avalanche photodetector made of amorphous molybdenum silicide material
    Misael Caloz (University of Geneva, GAP)
    20/09/2017, 13:30
  395. 466. 3EP2-14 Kinetic Inductance of Ultra-thin Magnesium Diboride Nanowires
    Thomas Melbourne (Temple University)
    20/09/2017, 13:30
  396. 467. 3EP2-15 Ultrafast photon-number-resolving detectors for NIR operating at 4.2 K
    Ekkehart Schmidt (Institute of Micro- und Nanoelectronic Systems (IMS), Karlsruhe Institute of Technology)
    20/09/2017, 13:30
  397. 468. 3EP2-16 One-dimensional p-wave superconductor toy-model for Majorana fermions in multiband semiconductor nanowires
    Durval Rodrigues Jr. (University of São Paulo - Lorena Engineering School)
    20/09/2017, 13:30
  398. 469. 3EP2-17 Read-out Circuit Based on SFQ Logic Circuit for Photon-Number-Resolving SNSPD Array
    Hiroaki Myoren (Saitama University)
    20/09/2017, 13:30
  399. 470. 3EP2-18 Fast and high efficiency superconducting nanowire single photon detector at 630 nm
    Heqing Wang (Shanghai Institute of Microsystem and Information Technology (SIMIT))
    20/09/2017, 13:30
  400. 471. 3LP1-01 High current densities in round HTS CrossConductors of more than 500 A/mm² at 4.2 K, 12 T
    Michael J. Wolf (KIT)
    20/09/2017, 13:30
  401. 472. 3LP1-02 Experimental study on Bi-2212 CIC conductor
    Huajun Liu (Institute of Plasma Physics, Chinese Academy of Sciences)
    20/09/2017, 13:30
  402. 473. 3LP1-03 Re-examination of refrigeration power of the LHD cryogenic system after 18 years of operation
    Toshiyuki Mito (National Institute for Fusion Science)
    20/09/2017, 13:30
  403. 474. 3LP1-05 Thermal-hydraulic characterization of the ITER Toroidal Field Insert coil
    Alberto Brighenti (Politecnico di Torino)
    20/09/2017, 13:30
  404. 475. 3LP1-06 Multi-Tape Stack High Current Cable for No-Insulation HTS Fusion Magnet
    Seungyong Hahn (Seoul National University)
    20/09/2017, 13:30
  405. 476. 3LP1-08 Secondary Phases Quantification And Fracture Toughness At Cryogenic Temperature Of Austenitic Stainless Steel Welds For High Field Superconducting Magnets
    Ignacio Aviles (CERN / Universidad Carlos III de Madrid)
    20/09/2017, 13:30
  406. 477. 3LP1-10 NDT Status Of PF-1 Coil Welds
    Igor Sokolov (NIIEFA)
    20/09/2017, 13:30
  407. 478. 3LP1-11 Mechanical analysis of the ENEA TF coil proposal for the EU DEMO fusion reactor
    Francesco Giorgetti (University of Rome Tor Vergata)
    20/09/2017, 13:30
  408. 479. 3LP1-12 Performance analysis of the first PF coils design for the EU DEMO fusion reactor
    Andrea Zappatore (Politecnico di Torino)
    20/09/2017, 13:30
  409. 480. 3LP1-13 Winding & Forming Technology Development for CFETR Central Solenoid Model Coil
    Houxiang Han (Institute of Plasma Physics Chinese Academy of Sciences)
    20/09/2017, 13:30
  410. 481. 3LP1-14 Experimental study of steady-state transverse heat transfer in a single channel CICC
    Monika Lewandowska (West Pomeranian University of Technology, Szczecin)
    20/09/2017, 13:30
  411. 482. 3LP1-15 R&D of the Helium Inlet for the CFETR Central Solenoid Model Coil
    Aihua Xu (Institute of Plasma Physics Chinese Academy of Sciences)
    20/09/2017, 13:30
  412. 483. 3LP1-16 Thermal-Hydraulic Analysis of the DEMO CS coil
    Aleksandra Dembkowska (West Pomeranian University of Technology, Szczecin)
    20/09/2017, 13:30
  413. 484. 3LP1-17 Thermal-hydraulic test of the ENEA TF conductor sample for the EU DEMO fusion reactor
    Roberto Bonifetto (Politecnico di Torino)
    20/09/2017, 13:30
  414. 485. 3LP2-01 Investigation on two techniques for the reduction of screening current-induced field effects in ReBCO HTS coils
    Guillaume Dilasser (CEA Saclay)
    20/09/2017, 13:30
  415. 486. 3LP2-03 Thermal Quench Behaviors of 2G HTS Tape Samples with Polyimide Insulation and Smart Insulation Materials
    Chang Ju Hyeon (Jeju national university)
    20/09/2017, 13:30
  416. 487. 3LP2-04 Analysis of Dynamic Stress/Strain Distributions in a 10 T non-insulated GdBCO HTS Coil During Energization
    Lei Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)
    20/09/2017, 13:30
  417. 488. 3LP2-05 An adjustment method for turn-to-turn electrical contact resistance in No-Insulation REBCO coil: Multi-Layer Metal-Insulation method
    Satoka Yashiro (Waseda University)
    20/09/2017, 13:30
  418. 489. 3LP2-06 Simulation of electrical and thermal behavior of no-insulation REBCO pancake coil with multiple defects
    Qiyi Zheng (Waseda University)
    20/09/2017, 13:30
  419. 490. 3LP2-07 Non-uniform ramping loss distribution of multiple no-insulation REBCO coil system
    Yawei Wang (University of Bath)
    20/09/2017, 13:30
  420. 491. 3LP2-08 Investigation of Characteristics of No-Insulation Coil Considering the Influence of Stress Distribution on the Turn-to-Turn Contact Resistivity
    Guofeng Zhang (State Key Laboratory of Advanced Electromagnetic Engineering and Technology, School of Electrical and Electronic Engineering, Huazhong University of Science and Technology)
    20/09/2017, 13:30
  421. 492. 3LP2-09 Development of superconducting joints between Bi-2212/Ag wires
    Susannah Speller (University of Oxford, United Kingdom)
    20/09/2017, 13:30
  422. 493. 3LP2-11 Non-uniform ramping loss distribution of multiple no-insulation REBCO coil system
    Yawei Wang (University of Bath)
    20/09/2017, 13:30
  423. 494. 3LP3-01 Innovative Electro-Thermal Modeling of Quench in REBCO Roebel Cables and Coils.
    Lorenzo Cavallucci (Department of Electrical, Electronic and Information Engineering, University of Bologna, Italy)
    20/09/2017, 13:30
  424. 495. 3LP3-02 Study of a superconducting magnetic diverter for the ATHENA X-RAY Space Telescope
    Nicolò Riva (EPFL)
    20/09/2017, 13:30
  425. 496. 3LP3-03 An Electromagnetic Analysis of REBCO Cable Configurations
    Luca Bottura (CERN)
    20/09/2017, 13:30
  426. 497. 3LP3-04 Simulation and analysis of an (RE)BCO tape stack magnet under the pulsed field magnetization
    Wenjiang Yang (Beihang University)
    20/09/2017, 13:30
  427. 498. 3LP3-05 A 3D T-A model for the stacks of second generation high temperature superconductor
    Jie Sheng (University of Bath)
    20/09/2017, 13:30
  428. 499. 3LP3-06 Influence of physical properties of a Coil Bobbin on Transient Thermal Stress in a REBCO Pancake-coil
    Daisuke Miyagi (Tohoku University)
    20/09/2017, 13:30
  429. 500. 3LP3-08 Parametric Evaluation of Pressure Drop and Heat Transfer with Nano Cryogenic Fluid in HTS cables
    Priyanka Anand (Lovely Professional University)
    20/09/2017, 13:30
  430. 501. 3LP3-10 Electromagnetic Parameter Analysis of YBCO Superconducting Cables With High Current for HTS Power Devices
    Shanshan Fu (China Electric Power Research Institute)
    20/09/2017, 13:30
  431. 502. 3LP3-11 Influence of the magnetization features of the HTS tape on the magnetic field homogeneity inside the superconducting unclosed shield
    Evgeny Kulikov (Joint Institute for Nuclear Research)
    20/09/2017, 13:30
  432. 503. 3LP3-14 Design of MgB2 superconducting joint using pressure-dependent finite element model
    Seong-Hoon Kang (Korea Institute of Materials Science)
    20/09/2017, 13:30
  433. 504. 3LP3-15 Conceptual Design of the Suspension Structures for High-temperature Superconducting Magnets Deployed in Mobile Platforms
    Timing Qu (Department of Mechanical Engineering, Tsinghua University)
    20/09/2017, 13:30
  434. 505. 3LP3-16 Shielding-current-induced fields in coils with various shapes wound with striated coated conductors
    Yudai Mizobata (Kyoto University)
    20/09/2017, 13:30
  435. 506. 3LP3-17 Screening currents within the Eucard HTS insert
    Philippe Fazilleau (cea)
    20/09/2017, 13:30
  436. 507. 3LP3-18 A 3-D Numerical Model of Critical Current in Twist Stacked Tape Cable
    Donghui Liu (Lanzhou University)
    20/09/2017, 13:30
  437. 508. 3LP3-19 HTS coil model for critical current calculation, quench behavior and comparison with wound sample experiment
    Tara Benkel (CNRS - LNCMI)
    20/09/2017, 13:30
  438. 509. 3LP3-20 A 3D T-A model for the stacks of second generation high temperature superconductor
    Jie Sheng (University of Bath)
    20/09/2017, 13:30
  439. 510. 3LP4-02 Magnetic Design for the Superferric Multipole Magnets of the Super-FRS
    Hans Mueller (GSI Helmholtzzentrum für Schwerionenforschung GmbH)
    20/09/2017, 13:30
  440. 511. 3LP4-03 Force acting on a magnetic cloak placed in magnetic field
    Mykola Soloviov (IEE SAS)
    20/09/2017, 13:30
  441. 512. 3LP4-04 Analytical Modeling of an Inductor ina Magnetic Circuit for Pulsed Field Magnetization of HTS Bulk
    Mohamed Elbaa (GREEN - University of Lorraine & LESI - University of Khemis Miliana)
    20/09/2017, 13:30
  442. 513. 3LP4-05 Capacity Allocation and Electromagnetic Optimization of SMES in Micro Grid
    Xiao Zhou (State Key Laboratory of Advanced Electromagnetic Engineering and Technology (R&D Center of Applied Superconductivity), Huazhong University of Science and Technology)
    20/09/2017, 13:30
  443. 514. 3LP4-06 A Compact Electromagnet with High-Tc Superconducting REBaCuO Tapes
    Chuanbing Cai (Shanghai Key Laboratory of High Temperature Superconductors, Shanghai University)
    20/09/2017, 13:30
  444. 515. 3LP4-07 Improvement of Magnetic Field Homogeneity from the HTS Joint-less Coil
    Seyeon Lee (Korea Polytechnic University)
    20/09/2017, 13:30
  445. 516. 3LP4-09 A 30kA IGBT based energy extraction system for the High Luminosity LHC magnet test facilities
    Gert Jan Coelingh (CERN)
    20/09/2017, 13:30
  446. 517. 3LP4-10 Over-Current Characteristics of Roebel Cable Sample With 2G YBCO Coated Conductor
    Panpan Chen (China Electric Power Research Institute)
    20/09/2017, 13:30
  447. 518. 3LP4-11 Study on hot spot temperature limits for epoxy-impregnated coil wound of Bi/Ag sheathed wire to be safe from damages caused by quenches
    Ryuta Matsuo (Sophia University)
    20/09/2017, 13:30
  448. 519. 3LP4-12 Experimental study on method to suppress hot spot temperature of HTS coil by quick transfer of current of quenching coil
    Ryuta Matsuo (Sophia University)
    20/09/2017, 13:30
  449. 520. 3LP4-13 Evaluation of　Strain Tolerance to the Superconducting Magnet Quenching by the 3-point Bending Test Stand
    Manabu Aoki (Hitachi.Ltd. Research & Developing Group)
    20/09/2017, 13:30
  450. 521. 3LP4-14 Quench protection of the central solenoid model coil for the CFETR
    Yuanyuan Ma (Institute of Plasma Physics Chinese Academy of Sciences)
    20/09/2017, 13:30
  451. 522. 3LP4-15 Safety valve system for JT-60SA superconducting coils
    Kyohei Natsume (National Institute for Quantum and Radiological Science and Technology)
    20/09/2017, 13:30
  452. 523. 3LP4-16 Analysis of Voltage Noises for the Reliability Improvement of the KSTAR CS Quench Detection
    Geonwoo Baek (Yonsei University)
    20/09/2017, 13:30
  453. 524. 3LP4-17 Development of a digital quench detection system for Nb3Sn magnets and first measurements on prototype magnets
    Jens Steckert (CERN)
    20/09/2017, 13:30
  454. 525. 3LP4-19 Experiments to Validate New Method to Diagnose Soundness of The High Temperature Superconducting Coils by Pick-up Coil Pairs
    Akifumi Kawagoe (Kagoshima University)
    20/09/2017, 13:30
  455. 526. 3LP4-20 50 kV Fail-Safe Quench Detection System for Large Superconductor Magnets
    Walter H. Fietz (Karlsruhe Institute of Technology (KIT))
    20/09/2017, 13:30
  456. 527. 3LP4-21 Partial isolation quench protection method for YBCO SMES magnet
    Qixing Sun (university of bath)
    20/09/2017, 13:30
  457. 528. 3LP4-22 Protection Strategy for HTS Coils in DC Electric Power Network
    Miyeon Yoon (Korea Polytechnic University)
    20/09/2017, 13:30
  458. 529. 3LP4-23 Quench detection utilizing stray capacitances
    Emmanuele Ravaioli (LBNL)
    20/09/2017, 13:30
  459. 530. 3LP4-24 Coil Development and Coupling-Loss Induced Quench Protection of Bi-2212 Magnets
    Daniel S. Davis (FSU-NHMFL)
    20/09/2017, 13:30
  460. 531. 3LP5-01 Comparison of levitation forces between a permanent and a switchable magnetic track of the SupraTrans2 levitation system
    Tilo Espenhahn (IFW Dresden)
    20/09/2017, 13:30
  461. 532. 3LP5-02 Mechanical vibration test of a REBCO coil designed for application to the maglev
    Katsutoshi Mizuno (Railway Technical Research Institute)
    20/09/2017, 13:30
  462. 533. 3LP5-04 Research on HTS magnetic levitation bearing for submerged cryogenic disk motor-pump
    Liwang Ai (Institute of Electrical Engineering,Chinese Academy of Sciences;University of Chinese Academy of Sciences)
    20/09/2017, 13:30
  463. 534. 3LP5-05 Ripple field effects on the no-insulation rotor windings of high temperature superconductor machines used in all electrical aircraft.
    Yawei Wang (University of Bath)
    20/09/2017, 13:30
  464. 535. 3LP5-06 Experimental Study on the Magnetization Losses of Tri-axial CORC Cable used in All-Electric Aircraft
    Yawei Wang (University of Bath)
    20/09/2017, 13:30
  465. 536. 3LP5-07 Study of magnetic stiffness and effect on running stability in high speed train propelled by superconducting linear synchronous motor
    Jinho Lee (Korea Railroad Research Institute)
    20/09/2017, 13:30
  466. 537. 3LP5-08 The Critic Liquid-gas Phase Transition between Liquid Nitrogen and YBCO HTS bulks: from FEM Modeling to Its Experimental Study for ZFC Levitation Devices
    Paulo Branco (IDMEC - Prof. Paulo Branco)
    20/09/2017, 13:30
  467. 538. 3LP5-10 Numerical modelling of Superconducting network in an All-Electric Aircraft
    Sriharsha Venuturumilli (University of Bath)
    20/09/2017, 13:30
  468. 539. 3LP5-11 Wireless Power Charging Characteristics between Copper Antenna and HTS Receiver Module under Strong Levitation Field in Superconducting MAGLEV Train
    Je Yull Lee (Suwon Science College)
    20/09/2017, 13:30
  469. 540. 3LP5-12 Analysis of the motion of a body in the linear HTS suspension along a curvilinear trajectory
    Pavel Kurbatov (National Research University "Moscow Power Engineering Institute")
    20/09/2017, 13:30
  470. 541. 3LP5-17 An Electromagnetic Turnout of Halbach-type PMG for Superconducting Maglev
    Yanxing Li (Southwest Jiaotong University)
    20/09/2017, 13:30
  471. 542. 3LP5-18 Analysis of conducted emissions in high power superconducting electrical propulsion system
    Xiaojian Li (china north vehicle research institute)
    20/09/2017, 13:30
  472. 543. 3LP5-19 A Design Method of HTS Bulks Array for Decreasing Rotation Loss in a Superconducting Maglev Micro-thrust Stand
    Ye Mao (Beihang University)
    20/09/2017, 13:30
  473. 544. 3LP6-01 Influences of Flux Diverter on Critical Current and Energy Storage Capacity of Mini-Size SMES Magnet Wound by 100-Meter-Class GdBCO Tape
    Jian-Xun Jin (Tianjin University)
    20/09/2017, 13:30
  474. 545. 3LP6-03 Development and experimental investigation of a pancake coil consisted of high temperature composite superconductor with spiral cooling channel
    Jiahui Zhu (China Electric Power Research Institute)
    20/09/2017, 13:30
  475. 546. 3LP6-04 Test in strong background field of the first modular element of a REBCO 1MJ high energy density SMES
    Jeremie Ciceron (CNRS - Institut Néel)
    20/09/2017, 13:30
  476. 547. 3LP6-05 Research on the Application of Superconducting Magnetic Energy Storage in Microgrid System for Smoothing Power Fluctuation Caused by Operation Modes Switching
    Ying Xu (Huazhong University of Science and Technology)
    20/09/2017, 13:30
  477. 548. 3LP6-06 Design of a 30-K/4-kJ Solid Nitrogen Cooled HTS Magnet
    Timing Qu (Tsinghua University)
    20/09/2017, 13:30
  478. 549. 3LP6-07 Thermal Analysis of Superconducting Magnetic Energy Storage Sytems Using Finite Elements Mehod
    Serhat Tunc (Istanbul University Department of Physics)
    20/09/2017, 13:30
  479. 550. 3LP6-09 Conceptual Design and Evaluation of a MW-Class SMES-BES DVR System
    Zixuan Zheng (Sichuan University)
    20/09/2017, 13:30
  480. 551. 3LP6-11 A method for quench detection in inductive superconducting fault current limiters of transformer type
    Joao Murta-Pina (Centre of Technology and Systems (Uninova))
    20/09/2017, 13:30
  481. 552. 3LP6-12 AC-Loss Measurements and Detailed Loss Analysis on a 1MVA-Class Superconducting Fault Current Limiting Transformer
    Sebastian Hellmann (Karlsruhe Institute of Technology)
    20/09/2017, 13:30
  482. 553. 3LP6-13 Field test of a 1MVA/1MJ Superconducting Fault Current Limiter-Magnetic Energy Storage System
    Wenyong Guo (Institute of Electrical Engineering, Chinese Academy of Sciences)
    20/09/2017, 13:30
  483. 554. 3LP6-14 2.5 kVA Single- Phase Self-Limiting Transformer Using Magnetic Flux Transfer
    Ercan Ertekin (Ankara University)
    20/09/2017, 13:30
  484. 555. 3LP6-15 Current Limiting Characteristics using Double Quench of Transformer Type SFCL with Additional Secondary Winding
    Sung-Hun Lim (Soongsil University)
    20/09/2017, 13:30
  485. 556. 3LP6-16 Design and Evaluation of SMES-Battery Energy Storage System for Smoothing Mode Transfer of a Micro-Grid between Grid-Connected and Islanded Conditions
    Lei Chen (Wuhan University)
    20/09/2017, 13:30
  486. 557. 3LP7-01 Design Optimization of a Superconducting Gas-Insulated Transmission Line
    Sastry Pamidi (Center for Advanced Power Systems)
    20/09/2017, 13:30
  487. 558. 3LP7-02 Influence of cabling on current carrying properties of MgB2 superconductors
    Sergey Fetisov (Russian Scientific R&D Cable Institute)
    20/09/2017, 13:30
  488. 559. 3LP7-03 Technology Collaboration Program on High Temperature Superconductivity (HTS): how HTS applications may influence international standardization activity
    Giuliano Angeli (Ricerca sul Sistema Energetico - RSE S.p.A.)
    20/09/2017, 13:30
  489. 560. 3LP7-04 Advances in the First Brazilian Project on HTS Power Cable
    Marcelo Neves (LMDS / UFRRJ (Federal Rural University of Rio de Janeiro))
    20/09/2017, 13:30
  490. 561. 3LP7-05 Computational simulation of thermal behavior of a Cold Dielectric HTS Power Cable
    Edson da Silva (LMDS/Physics Department/UFRRJ)
    20/09/2017, 13:30
  491. 562. 3LP7-06 Efficient numerical modelling of superconducting power cables – A comparative study between 2D and 3D numerical models
    Min Yao (Institute of Energy System, School of Engineering, the University of Edinburgh)
    20/09/2017, 13:30
  492. 563. 3LP7-07 Simulation and test of the compact 2G HTS power cable model
    Sergey Fetisov (Russian Scientific R&D Cable Institute)
    20/09/2017, 13:30
  493. 564. 3LP7-08 Fault Current Investigations of a concentric three-phase HTS Cable connected to a SFCL Device
    Wescley Tiago Batista de Sousa (Karlsruher Institut für Technologie / Institut für Technische Physik)
    20/09/2017, 13:30
  494. 565. 3LP7-09 A 3D quench model for high temperature superconductor CORC cable based T-A formulation
    Zixuan Zhu (University of Bath)
    20/09/2017, 13:30
  495. 566. 3LP7-10 Design Comparisons of concentric three-phase HTS Cables
    Dustin Kottonau (Karlsruhe Institute of Technology / Institute for Technical Physics)
    20/09/2017, 13:30
  496. 567. 3LP7-11 Short circuit test results of 22kV HTS triaxial superconducting bus
    Kazuhisa Adachi (SWCC showa cable systems co., ltd)
    20/09/2017, 13:30
  497. 568. 3LP7-12 Comparative Analysis of Finite Element Method and Volume Element Method for Thermal Modeling of Superconducting DC Transmission Systems
    Dimitrios Doukas (Eidikos Logariasmos Kondilion Erevnas A.P.TH)
    20/09/2017, 13:30
  498. 569. 3LP7-13 The Model Development and Power System Analysis of HVDC system in Jeju Island with DC 80kV HTS
    Eunyoung Ko (Korea Electrotechnology Research Institute)
    20/09/2017, 13:30
  499. 570. 3LP7-15 Multi-Terminal DC Transmission Systems based on Superconducting Cables Feasibility Study, Modeling and Control
    Dimitrios Doukas (Eidikos Logariasmos Kondilion Erevnas A.P.TH)
    20/09/2017, 13:30
  500. 571. 3LP7-16 Comparisons between Simulations and Experimental Results of 66kV 40m model HTS Power Cable in Short-circuit Current Accidents
    Daichi Horita (WASEDA University)
    20/09/2017, 13:30
  501. 572. 3LP7-18 System Apparatus And Methods For A 4k (Stochastic) Superduct
    Charles Janeke (Constellation Dynamics LLC)
    20/09/2017, 13:30
  502. 573. 3LP7-19 UK’s 1st feasibility study of using superconducting cables in electricity distribution networks
    Weijia Yuan (University of Bath)
    20/09/2017, 13:30
  503. 574. 3LP7-20 3-D Numerical Modelling of AC losses in MgB2 wires for the 10 kA demonstrator of BEST PATHS
    Guillaume Escamez (NEXANS/SuperGRID)
    20/09/2017, 13:30
  504. 575. 3LP7-21 Safety verification of 275kV HTS Cable System in Short-current Accidents
    Yusuke Yokoo (Waseda University)
    20/09/2017, 13:30
  505. 576. 3LP7-24 A new proposal of Terminations for HTS Power Cables
    Marcelo Neves (LMDS / UFRRJ (Universidade Federal Rural do Rio de Janeiro))
    20/09/2017, 13:30
  506. 577. 3LP7-26 Electro-mechanical performance of 18-strand MgB2 cables for the Superconducting Link Project at CERN
    Konstantina Konstantopoulou (CERN)
    20/09/2017, 13:30
  507. 578. 3LP7-27 Development of MgB2 cable conductors for very high power HVDC transmission within the Best Paths project
    Christian-eric Bruzek (Nexans France)
    20/09/2017, 13:30
  508. 579. 3LP7-28 Effective pumping of long HTS power transmission line insulated with heat radiation shield
    Yury Ivanov (Chubu University)
    20/09/2017, 13:30
  509. 580. 3LP7-29 Suitable cable structure of HTS tri-axial cable cooled by counter flow cooling method for long-distance power transmission
    Daisuke Miyagi (Tohoku University)
    20/09/2017, 13:30
  510. 581. 3LP7-30 An Improved Starting Strategy for a Spherical Superconducting Rotor
    Hongyi Qu (Institute of Electrical Engineering, Chinese Academy of Sciences)
    20/09/2017, 13:30
  511. 582. 3LP7-31 World first commercial project for applying superconducting cable system in Korea
    Cheolhwi Ryu (LS Cable&System Ltd.)
    20/09/2017, 13:30
  512. 583. 3MP1-02 Flux pinning in REBCO-based coated conductors probed by correlation of Jc and N-value
    Mayraluna Lao (Karlsruhe Institute of Technology)
    20/09/2017, 13:30
  513. 584. 3MP1-03 Influence of antidots on transport characteristics of HTSC
    Anna Moroz (National Research Nuclear University MEPhI)
    20/09/2017, 13:30
  514. 585. 3MP1-04 Pinning, dissipation and anisotropy in nanostructured YBa2Cu3O7-x from microwave measurements.
    Enrico Silva (Universita` Roma Tre)
    20/09/2017, 13:30
  515. 586. 3MP1-05 Tunable pinning effects produced by non-uniform antidot arrays in YBCO thin films
    Antony Jones (Commonwealth Scientific and Industrial Research Organisation)
    20/09/2017, 13:30
  516. 587. 3MP1-06 Investigation of the longitudinal magnetic field effect in REBa2Cu3Oy films with various particulate artificial pinning centers
    Kazuki Sugihara (Nagoya University)
    20/09/2017, 13:30
  517. 588. 3MP1-07 Analysis of properties of 2G HTS tapes operating under DC magnetic field generated by permanent magnets
    Krzysztof Habelok (Silesian University of Technology)
    20/09/2017, 13:30
  518. 589. 3MP1-08 Vortex Dynamics in SmBa2Cu3Oy Films with BaHfO3 Nanorods as Correlated Artificial Pinning Centers
    Yuji Tsuchiya (Nagoya Univ.)
    20/09/2017, 13:30
  519. 590. 3MP1-09 Physical Properties of Nanostructured, Liquid Assisted Grown, Epitaxial YBa2Cu3O7-x Superconducting Films
    Juri Banchewski (Institut de Ciència de Materials de Barcelona (ICMAB-CSIC))
    20/09/2017, 13:30
  520. 591. 3MP1-10 The post-annealing effect of GdBa2Cu3O7-δ coated conductors on the pinning properties via a RCE-DR process
    Insung Park (Seoul National University)
    20/09/2017, 13:30
  521. 592. 3MP1-11 "Is Surface Decoration The New Black?" A Comparison Between Surface Decoration And Artificial Pinning Centers
    Achille Angrisani Armenio (ENEA)
    20/09/2017, 13:30
  522. 593. 3MP1-13 The effect of Nd2O3 addition on the magnetic properties of bulk single grain YBCO synthesized by Top Seeded Infiltration and Growth
    Talal A. Aljohani (Excellence Centre for Advanced Materials and Manufacturing, King Abdulaziz City for Science and Technology (KACST))
    20/09/2017, 13:30
  523. 594. 3MP1-14 Universal Scaling Of The Self-Field Critical Current From Single-Atomic Layer To Millimetre-Scale Superconductors
    Evgeny Talantsev (Victoria University of Wellington)
    20/09/2017, 13:30
  524. 595. 3MP1-15 YBa2Cu3O7-x nanocomposite films by CSD-ultrafast Transient Liquid Assisted Growth
    Júlia Jareño Cerulla (Institut de Ciències dels Materials de Barcelona (ICMAB-CSIC))
    20/09/2017, 13:30
  525. 596. 3MP1-18 The High-Field, Strain Dependence of the Critical Current in GdBa2Cu3O7-x SuNAM Coated Conductors for Fusion Applications
    Jack Greenwood (University of Durham, Department of Physics)
    20/09/2017, 13:30
  526. 597. 3MP1-19 Influence of growth temperature and oxygen pressure on transport properties of BHO-doped REBCO(RE=Gd, Y) superconducting thin films
    Ruslan Popov (KIT)
    20/09/2017, 13:30
  527. 598. 3MP1-20 Critical Current And Vortex Flux Pinning Properties in YBa2Cu3O7-x Films with Ba2YTaO6 + Ba2YNbO6 Nano-inclusions By DC Transport And Microwave Measurements
    Anna Frolova (Roma Tre University)
    20/09/2017, 13:30
  528. 599. 3MP1-21 Influence of micron range artificial defects on critical current of 2G HTS tapes
    Sergei Pokrovskii (NRNU MEPHI)
    20/09/2017, 13:30
  529. 600. 3MP1-22 Critical current anisotropy in commercial coated conductors at higher temperatures
    Eugen Seiler (Institute of Electrical Engineering)
    20/09/2017, 13:30
  530. 601. 3MP2-02 EBSD analysis of surface texture quality of oxide thin films in coated conductors
    Yue Zhao (Shanghai Jiao Tong University)
    20/09/2017, 13:30
  531. 602. 3MP2-03 Epitaxial (001) SrTiO3 films on Cu-based substrates by PLD under reducing atmosphere for YBCO Coated Conductor
    Elena Xuriguera (Universitat de Barcelona)
    20/09/2017, 13:30
  532. 603. 3MP2-05 Surface Flashover Characteristics of PPLP According to Its Orientation in Cryogenic Environment
    Jin-Yong Na (Hanyang university)
    20/09/2017, 13:30
  533. 604. 3MP2-06 Comparison of AC and DC Breakdown Characteristics of PPLP in LN2 Considering Corona Inception Voltage
    Ryul Hwang (Hanyang university)
    20/09/2017, 13:30
  534. 605. 3MP2-07 Synthesis of superconductive TaN films using DC reactive sputtering deposition
    Amanda Nieto (CENTRO DE INVESTIGACION CIENTIFICA Y DE EDUCACION SUPERIOR DE ENSENADA, BAJA CALIFORNIA)
    20/09/2017, 13:30
  535. 606. 3MP2-08 Influence of surface faceting of RABiT-type metallic substrate on epitaxial film growth
    Giuseppe Celentano (ENEA)
    20/09/2017, 13:30
  536. 607. 3MP2-09 Growth of biaxially-textured La2Zr2O7 and Zr-doped CeO2 on cold-rolled Ni-W substrate by CSD
    Angelo Vannozzi (ENEA)
    20/09/2017, 13:30
  537. 608. 3MP2-10 Influence of the inhomogeneous properties of a superconducting film on the penetration of the magnetic flux
    Loïc Burger (Department of Electricity, Electronics, and Computer Science of the University of Liège)
    20/09/2017, 13:30
  538. 609. 3MP2-11 Effect of homoepitaxial MgO films on the growth of CeO2 films by pulsed laser deposition
    Wei Wang (School of Physics and Astronomy, Shanghai Jiao Tong University)
    20/09/2017, 13:30
  539. 610. 3MP2-12 Preparation and characterization of Bi2Se3 films grown on FeSe2 by pulsed laser deposition
    Ming Lei (Southwest Jiaotong University)
    20/09/2017, 13:30
  540. 611. 3MP2-14 Topological quantum phase transition and superconductivity induced by pressure in the bismuth tellurohalide BiTeI
    Yanpeng Qi (Max Planck Institute for Chemical Physics of Solids)
    20/09/2017, 13:30
  541. 612. 3MP2-16 Novel Platinum-Based Superconductor LaPt5As with Unique Crystal Structure
    Masaya Fujioka (University of Hokkaido)
    20/09/2017, 13:30
  542. 613. 3MP2-17 Research on Electrical Performance of Impregnating Resin Material for Superconducting Magnet
    Yanfang Yang (China Electric Power Research Institute)
    20/09/2017, 13:30
  543. 614. 3MP2-18 Thermal conductivity AlN/epoxy composites for superconducting magnets
    Teng Zhang (Beijing Jiaotong University)
    20/09/2017, 13:30
  544. 615. 3MP2-19 Electromagnetic characterization of a new dielectric for High-Tc Power Cable
    Marcelo Neves (LMDS / UFRRJ (Universidade Federal Rural do Rio de Janeiro))
    20/09/2017, 13:30
  545. 616. 3MP2-20 Application of metamaterial nano-engineering for increasing the superconducting critical temperature
    Michael Osofsky (Materials Science and Technology Division, Naval Research Laboratory)
    20/09/2017, 13:30
  546. 617. 3MP2-21 Electron-beam evaporated superconducting titanium thin films for antenna coupled transition edge sensors
    Zheng Wang (Purple Mountain Observatory, Chinese Academy of Sciences)
    20/09/2017, 13:30
  547. 618. 3MP3-01 Influence of doping on electrical and thermal properties of Dy0.95Pr0.05Ba2Cu2.94M0.06O7-δ (M = Fe, Ni, Zn and Mn)
    Ashok Rao (Manipal Institute of Technology, Manipal University)
    20/09/2017, 13:30
  548. 619. 3MP3-02 Batch processing of single-domain YBCO bulks with artificial holes
    Tomáš Hlásek (CAN SUPERCONDUCTORS s.r.o.)
    20/09/2017, 13:30
  549. 620. 3MP3-03 GdBCO single grain bulk superconductor via 2-step top seeded infiltration and growth process
    Devendra Kumar Namburi (UNIVERSITY OF CAMBRIDGE)
    20/09/2017, 13:30
  550. 621. 3MP3-04 Effects of Cu substitution for Nb in NbSr2RECu2Oz (z~8; RE: rare-earth element)
    Toshihiko Maeda (Kochi University of Technology)
    20/09/2017, 13:30
  551. 622. 3MP3-06 Effect of AuBr3 Doping on the Superconducting Properties of Hg-based Superconductors
    Ioseb Metskhvarishvili (Ilia Vekua Sukhumi Institute of Physics and Technology, Laboratory of Cryogenic Technique and Technologies)
    20/09/2017, 13:30
  552. 623. 3MP3-07 Production of polycrystalline superconducting ceramic nanowires, using the Solution Blow Spinning technique
    Rafael Zadorosny (UNESP - Ilha Solteira)
    20/09/2017, 13:30
  553. 624. 3MP3-08 Microstructure of IG-processed YBCO
    Michael Koblischka (Saarland University)
    20/09/2017, 13:30
  554. 625. 3MP3-09 Raman Characterisation of Melt-Textured Gd1212 Superconductors in the Normal State.
    Marcello Gombos (CNR-IMM UoS Napoli)
    20/09/2017, 13:30
  555. 626. 3MP3-10 Influence of CeO2, La2O3 and Sm2O3 additions on the Microstructure and Properties of YBCO Bulk Superconductors Prepared by TSIG Process
    Liudmila Vojtkova (Institute of Experimental Physics, Slovak Academy of Sciences)
    20/09/2017, 13:30
  556. 627. 3MP3-11 Addressing the challenge of bar shaped bulk REBCO superconductors
    Yunhua Shi (Engineering Department, University of Cambridge)
    20/09/2017, 13:30
  557. 628. 3MP3-12 The Influence of Gd Addition on the Microstructure and Superconducting Properties of YBCO Bulk Superconductors
    Daniela Volochová (Institute of Experimental Physics SAS)
    20/09/2017, 13:30
  558. 629. 3MP3-13 Characterization of liquid phase on production of single grain bulk GdBa2Cu3Oy superconductors grown by IG process
    Yuta Nakanishi (Shibaura Institute of Technology)
    20/09/2017, 13:30
  559. 630. 3MP3-14 Influence of Sm Doping on YBCO Bulks in Y123/Y211 System
    Monika Radušovská (Institute of Experimental Physics SAS)
    20/09/2017, 13:30
  560. 631. 3MP3-15 YBCO bulk production via a novel preparation technique for applications
    Ercan Ertekin (Ankara University)
    20/09/2017, 13:30
  561. 632. 3MP3-16 Change of superconducting properties of single grain Sm-Ba-Cu-O bulk by Sm/Ba substitution effect
    Petra Hajdová (Institute of Experimental Physics SAS)
    20/09/2017, 13:30
  562. 633. 3MP3-17 Effect of Different Preperation Techniques and re-pelletization Procedure on the Structural, Mechanical and Superconducting Properties of BSCCO Superconductors
    Hamit Öztürk (Ankara University 50. Year Campus)
    20/09/2017, 13:30
  563. 634. 3MP3-18 Effect of Nd(422) Dopant on the Superconducting Properties of Nd(123) Superconductor Melt-processed in Air
    Ahmed Mahmoud (Department of physics,Faculty of Science,University of Tripoli)
    20/09/2017, 13:30
  564. 635. 3MP3-20 Laser induced circular texture in Bi-2212 bulk
    Elena Martínez (ICMA (CSIC-University of Zaragoza))
    20/09/2017, 13:30
  565. 636. 3MP4-01 Strong HTS wires based on the Bi2212 superconductor
    Alexander Otto (Solid Material Solutions, LLC)
    20/09/2017, 13:30
  566. 637. 3MP4-02 BOST progress on Bi-2212 round wire fabrication for high field magnet applications
    Yibing Huang (Bruker-OST)
    20/09/2017, 13:30
  567. 638. 3MP4-03 Overpressure densification of 2212 round wires before solenoid coil winding for higher winding pack stability and higher JW
    Maxime Matras (CERN)
    20/09/2017, 13:30
  568. 639. 3MP4-04 Investigation of inter-grain critical current density in Bi-2212 superconducting wires through Jc(B,T) measurements
    Alessandro Leveratto (CNR-SPIN)
    20/09/2017, 13:30
  569. 640. 3MP4-05 Axial tensile stress-strain characterization of Bi-2212 round wire with different heat treatment pressures
    Jinggang Qin (Institute of Plasma Physics, CAS and ASIPP)
    20/09/2017, 13:30
  570. 641. 3MP4-07 Experimental Investigation of Bi-2223/Ag Superconducting Tape Joints
    Yuta Ebara (Sumitomo Heavy Industries, Ltd./ Engineering Physics Dept. / Technology Research Center)
    20/09/2017, 13:30
  571. 642. 3MP4-09 Investigations on the enhancement of the critical current density in Nb3Sn superconductors by internally oxidized ZrO2 particles
    Florin Buta (Universisty of Geneva, DQMP)
    20/09/2017, 13:30
  572. 643. 3MP4-11 Growth Rate and Morphology of Nb3Sn Layers in ITER-type Bronze-Processed Wires under Different Diffusion Annealing Regimes
    Evgeniya Valova-Zaharevskaya (M.N. Miheev Institute of Metal Physics of Ural Branch of Russian Academy of Sciences)
    20/09/2017, 13:30
  573. 644. 3MP4-12 Effect of initial Nb billet conditions on the strain hardening of Nb filaments in Nb3Sn strand for FCC
    Iksang Shin (KAT)
    20/09/2017, 13:30
  574. 645. 3MP4-14 Microstructure and superconducting properties of bronze-processed Nb3Sn layer using Cu-Sn-In ternary matrix
    Yoshimitsu Hishinuma (National Institute for Fusion Science)
    20/09/2017, 13:30
  575. 646. 3MP4-15 A Study on the High Jc Nb3Sn Strand Manufacturing Process
    Soobok Yoon (KAT)
    20/09/2017, 13:30
  576. 647. 3MP4-16 Effect of Sn concentration in bronze matrix on the pre-reaction formation of Nb3Sn layers in bronze-processed superconducting strands of different design
    Irina Deryagina (M.N. Miheev Institute of Metal Physics, Ural Branch of RAS (IMP, UB RAS))
    20/09/2017, 13:30
  577. 648. 3MP4-17 Lattice dynamics and compressibility on Nb3Sn at high pressure by a multitechnique approach
    Rita Loria (Science Department, University Roma Tre, Rome, Italy)
    20/09/2017, 13:30
  578. 649. 3MP4-18 Role of Ti on critical current density-dependent metallurgical aspects of A15-based superconductors by bronze method
    Sangeeta Santra (University of Oxford)
    20/09/2017, 13:30
  579. 650. 3MP4-19 Lead-free persistent mode joints between NbTi wires
    Timothy Davies (Department of Materials, University of Oxford)
    20/09/2017, 13:30
  580. 651. 3MP4-20 Ternary Molybdenum Chalcogenide superconducting wires for ultra-high field applications
    Bernd Seeber (University of Geneva, now scMetrology SARL)
    20/09/2017, 13:30
  581. 652. 3MP4-21 Effect of overpressure heat treatment on the microstructure and the current-carrying capacity of Bi-2212 wires
    Qingbin Hao (Northwest Institute for Nonferrous Metal Research)
    20/09/2017, 13:30
  582. 653. 3MP5-01 Model for the response of superconducting/ferromagnetic structures subjected to crossed fields
    Benoit Vanderheyden (University of Liege)
    20/09/2017, 13:30
  583. 654. 3MP5-02 Waveform control pulse magnetization for HTS bulk with flux jump
    Tetsuya Ida (Tokyo University of Marine Science and Technology)
    20/09/2017, 13:30
  584. 655. 3MP5-03 Creep and relaxation phenomena in a long MgB2 tube subjected to transversal magnetic field, at 4.2 K
    Giovanni Giunchi (Materials Science Consultant)
    20/09/2017, 13:30
  585. 656. 3MP5-04 Magnetic shielding properties of superconducting and superconducting/ferromagnetic superimposed systems
    Laura Gozzellino (Politecnico di Torino, Department of Applied Science and Technology)
    20/09/2017, 13:30
  586. 657. 3MP5-05 Magnetic shielding at 1 T: achievements of machinable MgB2
    Laura Gozzelino (University of Torino)
    20/09/2017, 13:30
  587. 658. 3MP5-07 Flux jump assisted pulsed field magnetisation in a portable magnet system
    Difan Zhou (University of Cambridge)
    20/09/2017, 13:30
  588. 659. 3MP5-08 Three-dimensional modelling and experiments of cross-field demagnetization in cubic bulks
    Milan Kapolka (Institute of Electrical Engineering, SAS)
    20/09/2017, 13:30
  589. 660. 3MP5-09 Three-dimensional numerical modeling of a superconducting cube: benchmarking confirms non-rectangular current paths
    Francesco Grilli (Slovak Academy of Sciences)
    20/09/2017, 13:30
  590. 661. 3MP5-10 Pulse Magnetization of Jointless Superconducting Loops for Magnetic Bearings Height Control
    Rubens de Andrade Junior (Federal University of Rio de Janeiro)
    20/09/2017, 13:30
  591. 662. 3MP5-11 Dependence of the trapped magnetic flux density of YBCO pellets on mechanical stress
    Bruno Douine (Universidad Nacional Autonoma de Mexico)
    20/09/2017, 13:30
  592. 663. 3MP5-12 Demagnetisation study of pulse-field magnetised superconducting bulks
    Jan Srpcic (University of Cambridge)
    20/09/2017, 13:30
  593. 664. 3MP5-13 Modifying the Pulsed-Field-Magnetization Technique for HTS Bulks in Electrical machines and Without Magnetic Field Sensors
    João Arnoud (Instituto Superior Técnico (IST) - University of Lisbon)
    20/09/2017, 13:30
  594. 665. 3MP5-14 Inverse B-J models for determining current distributions in magnetised bulk superconductors
    Fernando Perez (Bulk Superconductivity Group, Department of Engineering, University of Cambridge)
    20/09/2017, 13:30
  595. 666. 3MP5-15 AC losses in MgB2 wires and tapes in frequencies up to 18 kHz
    Yasha Nikulshin (Bar Ilan University)
    20/09/2017, 13:30
  596. 667. 3MP5-16 Measurement and Analysis of the Dynamic Effects in an HTS Dipole Magnet
    Carlo Petrone (CERN)
    20/09/2017, 13:30
  597. 137. 3EO2-01 Superconducting Nanowire Single-Photon Detector as a Key Element for Quantum Photonic Integrated Circuits
    Gregory Goltsman (Moscow State Pedagogical University)
    20/09/2017, 15:50
  598. 120. 3LO4-01 Recent status and progress on the HTS applications of AC and DC power transmission
    Minwon Park (Changwon National University)
    20/09/2017, 15:50
  599. 128. 3MO3-01 Surface diffusion constants and supersaturations in SmBCO films prepared by pulsed laser deposition method at various deposition conditions
    Yusuke Ichino (Nagoya University)
    20/09/2017, 15:50
  600. 138. 3EO2-02 Bistable 10 nm thick YBa2Cu3O7-δ nanowires as new materials for single photon detectors
    Riccardo Arpaia (Chalmers University of Technology)
    20/09/2017, 16:05
  601. 129. 3MO3-02 Transport properties and granular properties relation in YBCO and composite YBCO films determined by means of synchrotron X-ray diffraction
    Andrea Augieri (ENEA-FSN)
    20/09/2017, 16:05
  602. 139. 3EO2-03 Photoresponse of La1.85Sr0.15CuO4 nanostrip
    Hiroyuki Shibata (Kitami Institute of Technology)
    20/09/2017, 16:20
  603. 121. 3LO4-02 The Supernet NL Project: The Netherlands High Voltage HTS Cable Project
    Babak Gholizad (TenneT TSO)
    20/09/2017, 16:20
  604. 130. 3MO3-03 Mechanisms of novel transient liquid assisted growth for ultrafast production of YBa2Cu3O7-x thin films
    Laia Soler Bru (Institut de Ciència de Materials de Barcelona (CSIC))
    20/09/2017, 16:20
  605. 140. 3EO2-04 Optically probing the detection mechanism in a molybdenum silicide superconducting nanowire single-photon detector
    Misael Caloz (Universite de Geneve (CH))
    20/09/2017, 16:35
  606. 122. 3LO4-03 The second cooling test of 1000-meter superconducting DC cable system in Ishikari
    Noriko Chikumoto (Chubu University)
    20/09/2017, 16:35
  607. 131. 3MO3-04 Preparation of superconducting GdBa2Cu3O7-x-BaHfO3 nanocomposite films by CSD with improved electrical performances
    PABLO CAYADO (Karlsruhe Institute of Technology (KIT))
    20/09/2017, 16:35
  608. 141. 3EO2-05 THz Heterodyne Detectors Based on MgB2 Thin Films
    Boris Karasik (Jet Propulsion Laboratory)
    20/09/2017, 16:50
  609. 123. 3LO4-04 Protection against the ground fault for 275 kV HTS cable and the experiment
    Tomohiro Takagi (Furukawa Electric co., ltd.)
    20/09/2017, 16:50
  610. 132. 3MO3-05 Influence of granularity on the local transport properties in pure and BaHfO3 doped YBCO films on technical templates
    Ruben Hühne (IFW Dresden)
    20/09/2017, 16:50
  611. 142. 3EO2-06 Kinetic inductance bolometer arrays for security screening applicatoins
    Juha Hassel (VTT Technical Research Centre of Finland)
    20/09/2017, 17:05
  612. 124. 3LO4-05 Three years operation experience of the AmpaCity system installation in Essen, Germany
    Jean-Maxime Saugrain (Nexans Deutschland GmbH)
    20/09/2017, 17:05
  613. 133. 3MO3-06 Ionic liquid gating of YBa_2Cu_3O_{7-x} grain boundaries
    Alexandre Fête (University of Geneva - DQMP)
    20/09/2017, 17:05
  614. 143. 3EO2-07 SNSPD Array Based on MgF2 Substrate for Laser Ranging of Targets in Space
    Labao Zhang (Research Institute of Superconductor Electronics of Nanjing University)
    20/09/2017, 17:20
  615. 125. 3LO4-06 Status of the MgB2-based high-power DC cable demonstrator within BEST PATHS
    Christian-eric Bruzek (Nexans France)
    20/09/2017, 17:20
  616. 134. 3MO3-07 Study of Tl(1223) superconducting coatings for beam impedance mitigation in the Future Circular Collider
    Dr Emilio Bellingeri (CNR-SPIN)
    20/09/2017, 17:20
  617. 144. 3EO2-08 Realization of the Resonant Cold-Electron Bolometer (RCEB) with a Kinetic Inductance Nanofilter for Multichroic Pixels
    Leonid Kuzmin (Chalmers University of Technology)
    20/09/2017, 17:35
  618. 126. 3LO4-07 3S – Superconducting DC-Busbar for High Current Applications
    Steffen Elschner (University of Applied Science Mannheim)
    20/09/2017, 17:35
  619. 135. 3MO3-08 Development of a fluorine-free polymer-assisted-deposition route for YBa2Cu3O7-x superconducting films
    Mircea Nasui (Technical University of Cluj-Napoca)
    20/09/2017, 17:35
  620. 127. 3LO4-08
    20/09/2017, 17:50
  621. 136. 3MO3-09 Control of Jc anisotropy in REBCO thin film with nanoscale Y211 inclusions
    Alok K. Jha (Kyushu Institute of Technology)
    20/09/2017, 17:50
  622. 145. 4LO1-01 Industrial fabrication and surface treatment of superconducting RF cavities: challenge and main lesson
    Paolo Michelato (INFN MIlano)
    21/09/2017, 08:00
  623. 157. 4MO1-01 Key parameters for strong a-axis grain growth in narrow filament cavities of Bi-2212 round wires
    Fumitake Kametani (NHMFL Tallahassee US)
    21/09/2017, 08:00
  624. 151. 4MO2-01 Improvement in microstructure and critical current density of in situ PIT MgB2 wires by cold working with a swaging machine
    Hiroaki Kumakura (National Institute for Materials Science)
    21/09/2017, 08:00
  625. 158. 4MO1-02 High-Field Thermal Conductivity of OP Bi-2212 wires
    Marco Bonura
    21/09/2017, 08:15
  626. 146. 4LO1-02 Path forward for economic and high performance SRF accelerator structures
    Ganapati Myneni (Jefferson Lab)
    21/09/2017, 08:30
  627. 159. 4MO1-03 Improved critical current density in recent Bi-2212 round wires
    Jianyi Jiang (Florida State University)
    21/09/2017, 08:30
  628. 152. 4MO2-02 Copper stabilized dense MgB2 wires fabricated by two types of methods: mechanical milling and internal magnesium diffusion
    Motomune Kodama (Hitachi, Ltd. Research & Development Group)
    21/09/2017, 08:30
  629. 147. 4LO1-03 Superconducting RF and Magnet Technologis for International Linear Collider
    Prof. Akira Yamamoto (KEK and CERN)
    21/09/2017, 08:45
  630. 160. 4MO1-04 Effects of element addition into Cu matrix for IT-processed Nb3Sn wires
    Nobuya Banno (National Institute for Materials Science)
    21/09/2017, 08:45
  631. 153. 4MO2-03 Electro-mechanical studies of MgB2 wires and cables prepared by different processes.
    Pavol Kovac (Institute of Electrical Engineering of SAS)
    21/09/2017, 08:45
  632. 148. 4LO1-04 Superconducting RF at CERN: operation, projects, and R&D
    Frank Gerigk (CERN)
    21/09/2017, 09:00
  633. 161. 4MO1-05 Refining the Grain Size in Nb3Sn conductor in Hyper Tech
    Matt Rindfleisch (Hyper Tech Research)
    21/09/2017, 09:00
  634. 154. 4MO2-04 Rapid synthesis of MgB2 bulks by inductive heating
    Davide Matera
    21/09/2017, 09:00
  635. 149. 4LO1-05 Alternative Coating Techniques and Materials for SRF Cavities
    Guillaume Jonathan Rosaz (CERN)
    21/09/2017, 09:15
  636. 162. 4MO1-06 New Nb3Al superconducting wires with Ta-Ni interfilament matrix
    Akihiro Kikuchi (National Institute for Materials Science)
    21/09/2017, 09:15
  637. 155. 4MO2-05 High Trapped Fields in C-doped Mg(B1-xCx)2 Bulk Superconductors Fabricated by Infiltration and Growth
    Ashutosh Bhagurkar (Brunel University)
    21/09/2017, 09:15
  638. 150. 4LO1-06 Dislocation substructures, and low temperature N doping impact on flux penetration and trapping in SRF Nb
    Peter Lee (Florida State University)
    21/09/2017, 09:30
  639. 163. 4MO1-07 New understanding of Nb3Sn doping for strand performance improvement
    Chiara Tarantini (ASC-NHMFL, Florida State University)
    21/09/2017, 09:30
  640. 156. 4MO2-06 MgB2 round wires for the high-power superconducting cable demonstrator in the Best Paths project
    Matteo Tropeano (Columbus Superconductors, SpA)
    21/09/2017, 09:30
  641. 668. 4EP1-01 Scaling Properties of YBCO SQAs
    Susan Berggren (Space and Naval Warfare Systems Center Pacific)
    21/09/2017, 10:15
  642. 669. 4EP1-02 Towards practical HfTi-nanoSQUID sensors
    Sylke Bechstein (Physikalisch-Technische Bundesanstalt)
    21/09/2017, 10:15
  643. 670. 4EP1-03 X-ray absorption fine structure spectrometer with superconducting-tunnel-junction array detector for light element impurities in heat resistant steels
    Masataka Ohkubo (AIST)
    21/09/2017, 10:15
  644. 671. 4EP1-04 Hot electron bolometer mixer for operation in the mid-infrared region
    Akira Kawakami (NICT)
    21/09/2017, 10:15
  645. 672. 4EP1-05 Production of HTS-SQUID magnetometer with ramp-edge junctions exhibiting lowered noise in ac biasing mode
    Seiji Adachi (SUSTERA)
    21/09/2017, 10:15
  646. 673. 4EP1-07 Fabrication and Characterization of large High-Tc Superconducting Quantum Interference Filters
    Emma Mitchell (CSIRO Manufacturing)
    21/09/2017, 10:15
  647. 674. 4EP1-09 Design Map for bi-SQUIDs
    Nikolay Kolotinskiy (Lomonosov Moscow State University, Moscow, Russia)
    21/09/2017, 10:15
  648. 675. 4EP1-10 Static and Radiofrequency magnetic response of High TC Superconducting Quantum Interference Filters made by ion irradiation
    Eliana Recoba Pawlowski (Thales Research and Technology)
    21/09/2017, 10:15
  649. 676. 4EP1-11 A practical SQUID system with two-stage readout scheme
    Guofeng Zhang (State Key Laboratory of Functional Materials for Informatics, Shanghai Institute of Microsystem and Information Technology (SIMIT), Chinese Academy of Sciences (CAS), Shanghai 200050, China)
    21/09/2017, 10:15
  650. 677. 4EP1-12 Practical-SQUID current sensors with nanometer-sized Nb-AlOx-Nb Josephson junctions
    Jan-Hendrik Storm (Physikalisch-Technische Bundesanstalt)
    21/09/2017, 10:15
  651. 678. 4EP1-13 Parameters characterization of all-NbN DC-SQUID magnetometer
    Liu Quansheng (SIMIT)
    21/09/2017, 10:15
  652. 679. 4EP1-14 Development of Microwave Kinetic Inductance Detectors with YBCO Spiral Resonators
    Seiichiro Ariyoshi (Toyohashi University of Technology)
    21/09/2017, 10:15
  653. 680. 4EP1-15 Superconducting Imager by means of a Delay Line Current-Biased Kinetic Inductance Detector
    Takekazu Ishida (Osaka Prefecture University)
    21/09/2017, 10:15
  654. 681. 4EP1-16 Low-Noise Series SQUID Array Amplifiers for
    Robin Cantor (STAR Cryoelectronics)
    21/09/2017, 10:15
  655. 682. 4EP1-17 Fe(Se,Te) Josephson junctions, dc-SQUIDs and nanostrips
    Carlo Ferdeghini (SPIN-CNR, Istituto Superconduttori)
    21/09/2017, 10:15
  656. 683. 4EP1-18 Investigation of three-dimensional digital circuits with nanometer Josephson junctions made by Focused Ion Beam
    Pascal Febvre (Université Savoie Mont Blanc)
    21/09/2017, 10:15
  657. 684. 4EP1-19 Investigation of the Harmonic Mixer and Low Frequency Converter Regimes in a Superconducting Tunnel Junction
    Konstantin Kalashnikov (Moscow Institute of Physics and Technology)
    21/09/2017, 10:15
  658. 685. 4EP1-20 Development of the devices for non-destructive testing based on SQUID systems.
    Konstantin Kalashnikov (Moscow Institute of Physics and Technology)
    21/09/2017, 10:15
  659. 686. 4EP2-04 Metrology for Single Flux Quantum Electronics
    Adam Sirois (NIST-Boulder)
    21/09/2017, 10:15
  660. 687. 4EP2-07 Fabrication and evaluation of hetero-epitaxial multilayer for Nb/AlN/Nb junctions
    Yasuhiro Odashima (Yamagata University)
    21/09/2017, 10:15
  661. 688. 4EP2-08 Circuit Modification and Parameters Optimization for a High Frequency RSFQ T1FF
    Tahereh Jabbari (Electrical Engineering Department, Sharif University of Technology)
    21/09/2017, 10:15
  662. 689. 4EP2-09 Josephson junctions arrays of alternating S and N film parts
    Nikolay Kolotinskiy (Lomonosov Moscow State University, Moscow, Russia)
    21/09/2017, 10:15
  663. 690. 4EP2-10 Resonances and phase locking in Josephson high-Q circuits
    Nikolay Kolotinskiy (Lomonosov Moscow State University, Moscow, Russia)
    21/09/2017, 10:15
  664. 691. 4EP2-11 High-Tc Josephson junctions as quasiclassical THz detectors
    Yuriy Divin (Kotelnikov Institute of Radio Engineering and Electronics of Russian Academy of Sciences)
    21/09/2017, 10:15
  665. 692. 4EP2-12 Focused He+-Ion Beam Irradiated High Tc Josephson Junctions
    Francois Couedo (Physics and Materials Laboratory (LPEM), ESPCI-PSL-CNRS-UPMC)
    21/09/2017, 10:15
  666. 693. 4EP2-13 Restoration of Josephson Current by Applying Vertical Magnetic Field
    Atsushi Suzuki (Kanagawa University)
    21/09/2017, 10:15
  667. 694. 4EP2-14 Terahertz emission from electrode structure optimized Bi-2212 intrinsic Josephson junctions
    Teppei Uchida (Yamagata University)
    21/09/2017, 10:15
  668. 695. 4EP2-15 Josephson standards for a new AC quantum voltage infrastructure (in the scope of the ACQ-PRO EMPIR project)
    Paolo Durandetto (INRiM - Istituto Nazionale di Ricerca Metrologica)
    21/09/2017, 10:15
  669. 696. 4EP2-16 Modulation characteristics of a Josephson current through Nb tunnel junction by a parallel magnetic field and a perpendicular magnetic field
    Norimichi Watanabe (Kanagawa University)
    21/09/2017, 10:15
  670. 697. 4EP2-17 Measurement of Specific Capacitance for Nb/Al-AlOx/Nb Josephson Tunnel Junctions
    Xiong Wei (Shanghai institute of microsystem and information technology)
    21/09/2017, 10:15
  671. 698. 4EP2-18 Measurement of thickness dependence of superconductivity in epitaxial NbN films
    Zhang Qiyu (Shanghai Institute of Microsystem and Information Technology)
    21/09/2017, 10:15
  672. 699. 4EP2-21 Quantum memcapacitance with transmon-resonator system
    Denys Karpov (B. Verkin ILTPE of NASU)
    21/09/2017, 10:15
  673. 700. 4EP2-22 Josephson quantum DAC based on binary divided 1-V SNIS array
    Bruno Trinchera (INRIM - Istituto Nazionale di Ricerca Metrologica)
    21/09/2017, 10:15
  674. 701. 4EP2-23 Critical current scattering in series arrays of HTS SQUIDs based on ion-damaged barrier Josephson junctions
    Denis Crété (Unité Mixte de Physique CNRS/THALES)
    21/09/2017, 10:15
  675. 702. 4EP2-24 Megahertz Waveform Synthesis with the Josephson Arbitrary Waveform Synthesizer
    Justus Brevik (NIST Boulder)
    21/09/2017, 10:15
  676. 703. 4LP1-01 An High Field Insert Accelerator Class Dipole Magnet Constructed with Roebel Multi-tape HTS Cable
    Glyn Kirby (CERN)
    21/09/2017, 10:15
  677. 704. 4LP1-02 Quench propagation in Nb3Sn cos-theta 11 T dipole model magnets in high stress areas
    Franco Julio Mangiarotti (CERN)
    21/09/2017, 10:15
  678. 705. 4LP1-03 Simulation of a Quench Event in the Reconfigured LHC Main Dipole Circuit Including the 11 T Magnets for the High-Luminosity Upgrade
    Alejandro Fernandez Navarro (CERN)
    21/09/2017, 10:15
  679. 706. 4LP1-04 Finite Element Analysis of the mechanical conditions in the Nb3Sn cable of the DS11T dipole magnet during operation
    Christian Löffler (CERN)
    21/09/2017, 10:15
  680. 707. 4LP1-05 Advanced Nb3Sn Conductors Tested in a Racetrack Coil Configuration for the 11T Dipole Project
    Hugo Bajas (CERN)
    21/09/2017, 10:15
  681. 708. 4LP1-06 Design of a 4 Tm forward superconducting dipole for the FCC-hh detector magnet system
    Erwin Bielert (University of Illinois at Urbana-Champaign (UIUC) and CERN)
    21/09/2017, 10:15
  682. 709. 4LP1-08 Measuring the Magnetic Center Behavior and Field of FRIB Superconducting Magnets
    Ge Zhengfu (XI’AN superconducting magnet technology co.，ltd)
    21/09/2017, 10:15
  683. 710. 4LP1-09 Process gas characterisation and control during Nb3Sn coil reaction heat treatment
    Christian Scheuerlein (CERN)
    21/09/2017, 10:15
  684. 711. 4LP1-10 Design and Testing of a Demonstration HTS dipole Magnet at 77 K
    Timing Qu (Tsinghua University)
    21/09/2017, 10:15
  685. 712. 4LP1-11 Trans National Access to CERN Superconducting Magnet Test Facility within the framework of EUCARD2
    Marta Bajko (CERN)
    21/09/2017, 10:15
  686. 713. 4LP1-13 Nitrogen Cryogenic System for the NICA Accelerator Complex at JINR
    Iuliia Mitrofanova (JINR)
    21/09/2017, 10:15
  687. 714. 4LP1-14 Compact common-coil design for a future collider
    Emmanuele Ravaioli (LBNL)
    21/09/2017, 10:15
  688. 715. 4LP1-15 Prototype of the short-period superconducting undulator with neutral poles: test results
    Nikolay Mezentsev (Budker Institute of Nuclear Physics)
    21/09/2017, 10:15
  689. 716. 4LP1-16 Construction and cold test of the superferric octupole for the LHC Luminosity upgrade
    Marco Statera (Istituto Nazionale di Fisica Nucleare)
    21/09/2017, 10:15
  690. 717. 4LP1-17 Assembly and test of the Nb3Sn dipole magnet FRESCA2
    Paolo Ferracin (CERN)
    21/09/2017, 10:15
  691. 718. 4LP2-01 Theoretical Expressions of Output Errors in Two Types of Superconducting Level Sensors
    Kazuhiro Kajikawa (Kyushu University)
    21/09/2017, 10:15
  692. 719. 4LP2-02 Strain measurements with Fiber Bragg Grating sensors in the short models of the HiLumi LHC Low-Beta Quadrupole Magnet MQXF
    Antonella Chiuchiolo (CERN)
    21/09/2017, 10:15
  693. 720. 4LP2-03 A three-dimensional measurement system for HTS magnetic levitation bearings
    Li Wanjie (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  694. 721. 4LP2-04 Determination of the N exponent of 2G HTS tapes from V-I curves using a thermally stabilized fast pulsed system
    Rubens de Andrade Junior (Universidade Federal do Rio de Janeiro)
    21/09/2017, 10:15
  695. 722. 4LP2-05 Instrumentation for laboratorial high current tests of 3-phase Cold Dielectric HTS Power Cable
    Marcelo Neves (LMDS / UFRRJ (Universidade Federal Rural do Rio de Janeiro))
    21/09/2017, 10:15
  696. 723. 4LP2-06 Novel rotating coil setup for definition of the magnetic field quality for XFEL magnets
    Yury Klimchenko (JSC «D.V.Efremov Institute of Electrophysical Apparatus» NIIEFA)
    21/09/2017, 10:15
  697. 724. 4LP2-07 A Method for Monitoring Unbalanced Three-Phase HTS Cable Systems via Time-Frequency Domain Reflectometry
    Geon Seok Lee (Yonsei University)
    21/09/2017, 10:15
  698. 725. 4LP2-08 Variable Temperature Insert for Measurement of Critical Current in HT Superconductors
    David Richter (CERN)
    21/09/2017, 10:15
  699. 726. 4LP2-09 Conduction Cooled HTS Current Leads for the SIS100 Corrector Magnets
    Alexander Bleile (GSI)
    21/09/2017, 10:15
  700. 727. 4LP2-10 Design of YBCO HTS current leads for high field medical cyclotron application
    Kaizhong Ding (institute of plasma physics, Chinese Academy of Sciences)
    21/09/2017, 10:15
  701. 728. 4LP2-11 Experimental Test of a Multistage Cooled Current Lead for Superconducting High Current DC Applications, designed for an Operating Current of 20 kA
    Mathias Noe (Chair for Energy Systems and Energy Management at University of Kaiserslautern)
    21/09/2017, 10:15
  702. 729. 4LP2-12 Design, Testing and Commissioning of 25.4 kA HTS Current Leads
    Michael Boersch (WEKA AG)
    21/09/2017, 10:15
  703. 730. 4LP2-13 Cylindrical geometry flux-pump dynamos
    Zhenan Jiang (Victoria University of Wellington)
    21/09/2017, 10:15
  704. 731. 4LP2-14 Cryogenic Electrical Insulation Characteristics of Solid Insulator for the DC HTS Cable
    Haejong Kim (KERI)
    21/09/2017, 10:15
  705. 732. 4LP2-15 Discharge mechanisms in liquid nitrogen – breakdown field strength of gaseous nitrogen
    Nicholas Hill (TU Braunschweig)
    21/09/2017, 10:15
  706. 733. 4LP2-16 Keeping Cool Under Pressure: Dielectric Strength of Solid Insulation in Boiling Liquid Nitrogen
    Zhiyang Jin (University of Canterbury)
    21/09/2017, 10:15
  707. 734. 4LP2-17 The Trap Distribution And Dielectric Failure Strength Of Polyamide Film Under DC And Repetitive Pulse Voltage Combination
    Mingyang Wang (Tianjin University)
    21/09/2017, 10:15
  708. 735. 4LP2-18 Enhanced Dielectric Breakdown Strength of Cryogenic Gas Mixtures to be Used in Superconducting Power Devices
    Sastry Pamidi (Center for Advanced Power Systems)
    21/09/2017, 10:15
  709. 736. 4LP2-21 Breakdown and Partial Discharge Characteristics of Transformer Board and Insulating Paper Materials in Liquid Nitrogen
    Christof Humpert (TH Köln (University of Applied Sciences))
    21/09/2017, 10:15
  710. 737. 4LP2-22 Influence of Pressure on Breakdown Characteristics of Liquid Nitrogen in Non-uniform Electric Fields
    Christof Humpert (TH Köln (University of Applied Sciences))
    21/09/2017, 10:15
  711. 738. 4LP2-23 Arc Energy Evaluation In Liquid Nitrogen
    Muhammad Junaid (State Key Laboratory of Electrical Insulation and Power Equipment, School of Electrical Engineering, Xi'an Jiaotong University)
    21/09/2017, 10:15
  712. 739. 4LP2-24 Trap Distribution and Dielectric Breakdown of Irradiated Polyimide Film under Combined DC and Pulse Voltage in LN2
    Boxue Du (Tianjin University)
    21/09/2017, 10:15
  713. 740. 4LP2-25 Tree Growth Characteristics of Epoxy Resin in LN2 under DC overlapped pulse voltage
    Boxue Du (Tianjin University)
    21/09/2017, 10:15
  714. 741. 4LP2-26 Partial Discharge and Breakdown Behavior of Syntactic Foams at 77 K
    Stefan Seibel (RWTH Aachen University)
    21/09/2017, 10:15
  715. 742. 4LP2-27 Analysis of a superconducting arc-induction type DC circuit breaker for the stability betterment in the direct current system
    Sangyong Park (CHOSUN UNIVERSITY)
    21/09/2017, 10:15
  716. 743. 4LP2-27 Cryogenic considerations for cooling superconducting links and application to the high luminosity upgrade of the Large Hadron Collider (LHC)
    Daniel Berkowitz Zamora (CERN)
    21/09/2017, 10:15
  717. 744. 4LP3-01 Minimum quench energy of a wind and react Bi-2212 coil in the temperature region 4.2 to 30 K immersed in either liquid helium, vapour or vacuum.
    Edward Young (University of Southampton)
    21/09/2017, 10:15
  718. 745. 4LP3-03 A System for the Generation of Reversible Magnetic Fields using Bulk Superconductors
    Louis Dupont (Normandie Université, ENSICAEN, UNICAEN, CNRS, CRISMAT)
    21/09/2017, 10:15
  719. 746. 4LP3-05 A novel Current Switch Controlled by Alternating Current Magnetic Field
    Chao Li (University of Cambridge)
    21/09/2017, 10:15
  720. 747. 4LP3-07 Conduction Cooled HTS Dipolar Magnet, Realization and Experimental Results
    Dan Enache (National Institute for Research and Development in Electrical Engineering, ICPE-CA)
    21/09/2017, 10:15
  721. 748. 4LP3-08 Fabrication and testing of Bi-2212 test coils for high field research magnets
    Steven Ball (Oxford Instruments)
    21/09/2017, 10:15
  722. 749. 4LP3-09 Design and Test of a double pancake coil wound by HTS Roebel cable
    Peng Song (Tsinghua University)
    21/09/2017, 10:15
  723. 750. 4LP3-10 Manufacture and Test of a 3 T Class Insert Coil with YBCO-Coated Conductor
    Yi Shi (Institute of Plasma Physics Chinese Academy of Sciences)
    21/09/2017, 10:15
  724. 751. 4LP3-11 Test of the First HTS Demonstrator Coil in the 11 T Background Field of the SULTAN Facility
    Pierluigi Bruzzone (École Polytechnique Fédérale de Lausanne)
    21/09/2017, 10:15
  725. 752. 4LP3-12 Validation of the electromagnetic design of a REBCO Superconducting Self-Supplied Electromagnetic Launcher through modelling and characterization
    Arnaud Badel (University Grenoble Alpes–CNRS)
    21/09/2017, 10:15
  726. 753. 4LP4-02 Experimental verifications of REBCO layer winding for persistent current operation
    Yasuyuki Miyoshi (Japan Superconductor Technology, Inc.)
    21/09/2017, 10:15
  727. 754. 4LP4-03 A highly reproducible superconducting joint between REBCO coated conductors made by a novel method
    Tatsuoki Nagaishi (Sumitomo Electric)
    21/09/2017, 10:15
  728. 755. 4LP4-04 Persistent superconducting Joint of REBCO tapes for HTS-MRI magnets
    Akinobu Nakai (Furukawa Electric co.,ltd)
    21/09/2017, 10:15
  729. 756. 4LP4-05 Measurement of the inter strand resistance in Roebel cable made of REBCO tapes
    Jerome Fleiter (CERN)
    21/09/2017, 10:15
  730. 757. 4LP4-06 Design Aspects of ReBCO CORC based Cable-In-Conduit Conductors
    Tim Mulder (CERN and the University of Twente)
    21/09/2017, 10:15
  731. 758. 4LP4-07 Superconducting High Current ReBCO CORC Bus bars for Large Detector Magnets
    Tim Mulder (CERN and the University of Twente)
    21/09/2017, 10:15
  732. 759. 4LP4-08 Advanced intermediate lengths of punch and coat processed HTS-Roebel cables in EuCARD2
    Anna Kario (Karlsruhe Institute of Technology)
    21/09/2017, 10:15
  733. 760. 4LP4-09 Mechanical Characteristics of HTS CrossConductor Strands at Cryogenic Temperature
    Klaus P. Weiss (Karlsruhe Institute of Technology)
    21/09/2017, 10:15
  734. 761. 4LP4-10 Optimization of Winding Technique Based on Anisotropic Characteristics of Commercial REBCO Tapes
    Jie Sheng (University of Bath)
    21/09/2017, 10:15
  735. 762. 4LP4-11 Quench Characteristics of 2G YBCO Roebel Cable in a Pancake Coil
    Yifeng Yang (University of Southampton)
    21/09/2017, 10:15
  736. 763. 4LP4-12 Could superconducting magnets protect astronauts against space radiation?
    Riccardo Musenich (INFN)
    21/09/2017, 10:15
  737. 764. 4LP5-03 Enhancement of Magnetic Field Sensing Accuracy by Using High-Temperature Superconductor Shields in Multilayer Planar Configuration
    Jozef Kvitkovic (Florida State University, Center for Advanced Power Systems)
    21/09/2017, 10:15
  738. 765. 4LP5-04 Manufacturing of coil formers by integral open-die forging and CNC ring rolling process
    Manuel Spielhofer (Imbach & Cie AG)
    21/09/2017, 10:15
  739. 766. 4LP5-05 Manufacture technology of the 9.4 T whole-body MRI superconducting coils
    Lei Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  740. 767. 4LP5-06 Development of a 9.4T Whole-body MRI Superconducting Magnet
    Lankai Li (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  741. 768. 4LP5-07 Modelling and Testing of MgB2 Segmented Coils and Persistent joints for MgB2 Magnets
    Mike Sumption (MSE, The OHio State University)
    21/09/2017, 10:15
  742. 769. 4LP5-08 Stress induced magnetic field in-homogeneity in a 1.5T superconducting MRI magnet
    Sankar Ram Thekkethil (Inter University Accelerator Centre)
    21/09/2017, 10:15
  743. 770. 4LP5-09 Design of superconducting external interference Screening (EIS) coils for 1.5T MRI Magnet
    Mukesh Kumar (Inter University Accelerator Centre)
    21/09/2017, 10:15
  744. 771. 4LP5-10 Stress Analysis Of Cryogenic Suspension System Of Superconducting Mri Magnet Cryostat
    Navneet Kumar Suman (Inter University Accelerator Centre)
    21/09/2017, 10:15
  745. 772. 4LP5-11 Reduction methods of screening currents in REBCO multiple coils based on transport-current control
    Yuichi Ozone (Waseda Univesity)
    21/09/2017, 10:15
  746. 773. 4LP5-12 Quench Analysis Of A Whole-Body 1.5 T Superconducting MRI Magnet
    Vijay Soni (Inter-University Accelerator Centre, New Delhi)
    21/09/2017, 10:15
  747. 774. 4LP5-13 Numerical Analysis of Eddy Current Forces in the Thermal Shield of a Superconducting Magnet during Quench Events
    Qiuliang Wang (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  748. 775. 4LP5-16 Flux expulsion/pinning study in large grain SRF cavities with different impurity
    Pashupati Dhakal (Jefferson Lab)
    21/09/2017, 10:15
  749. 776. 4LP5-17 Performance Testing of Superconducting RF cavities at CERN in the post construction era of the LHC
    Alick Macpherson (CERN)
    21/09/2017, 10:15
  750. 777. 4LP5-18 Commissioning of IPN Orsay Vacuum furnace and first successful Heat treatment of SRF bulk Nb cavities
    Mohammed Fouaidy (Institut de Physique Nucléaire)
    21/09/2017, 10:15
  751. 778. 4LP5-19 Towards Optimization of Centrifugal Barrel Polishing Procedure for Treatment of Niobium Cavities
    Alena Prudnikava (University of Hamburg/DESY)
    21/09/2017, 10:15
  752. 779. 4LP5-20 Multi-physics Computation and Testing on Pre-Tuning of a Prototype of 1.5-GHz SRF Cavity
    Chih-Hung Lo (National Synchrotron Radiation Research Center)
    21/09/2017, 10:15
  753. 780. 4LP5-21 ReBCO coated conductors for the future circular hadron collider beam screen
    Joffre Gutierrez (ICMAB - CSIC, Bellaterra, Spain)
    21/09/2017, 10:15
  754. 781. 4LP5-22 Summary of low temperature nitrogen doping study on SRF cavities
    Pashupati Dhakal (Jefferson Lab)
    21/09/2017, 10:15
  755. 782. 4LP5-23 Characteristics analysis in Resonance coil applied to Superconducting Wireless Power Transfer
    In-Sung Jeong (Chosun University)
    21/09/2017, 10:15
  756. 783. 4LP5-24 ORE SEPARATOR MADE OF HIGH-TEMPERATURE SUPERCONDUCTORS YBCO
    Jiangdi Fan (Chongqing Academy of Science and Technology)
    21/09/2017, 10:15
  757. 784. 4LP6-01 Testing of a full-scale HTS coil for a 2.5 MW wind turbine generator
    Yudong Jiang (Dongfang Electric Corporation)
    21/09/2017, 10:15
  758. 785. 4LP6-02 Design of a 15 kW fully superconducting synchronous generator
    Timing Qu (Department of mechanical engineering, Tsinghua University)
    21/09/2017, 10:15
  759. 786. 4LP6-03 Electromagnetic characteristic analysis and Optimization design of a novel HTS coreless induction motor with high speed
    Bin Liu (School of Electrical Engineering, Beijing Jiaotong University)
    21/09/2017, 10:15
  760. 787. 4LP6-04 System approach of usability of HTS electrical machines in future electric aircraft
    Dmitry Dezhin (Moscow Aviation Institute)
    21/09/2017, 10:15
  761. 788. 4LP6-06 A Large Scale Double-Stator Direct Driving HTS Wind Generator
    Yi Cheng (State Key Laboratory of Advanced Electromagnetic Engineering and Technology, School of Electrical and Electronic Engineering, Huazhong University of Science and Technology)
    21/09/2017, 10:15
  762. 789. 4LP6-07 HTS Inductor Motor with Combined Excitation
    Roman Ilyasov (Moscow Aviation Institute)
    21/09/2017, 10:15
  763. 790. 4LP6-08 Brushless non-steel HTS generator with combined excitation with trapped field plates on the rotor
    Kirill A. Modestov (Moscow Aviation Institute (MAI))
    21/09/2017, 10:15
  764. 791. 4LP6-09 A new type of superconducting motor with 2G HTS magnet rings
    Min Zhang (University of Bath)
    21/09/2017, 10:15
  765. 792. 4LP6-10 Electromagnetic Design of Superconducting Synchronous Motors for Electric Aircraft Propulsion
    Yutaka Terao (University of Tokyo)
    21/09/2017, 10:15
  766. 793. 4LP6-11 Electromechanical Design of a MW Class Wave Energy Converter with a Tubular HTS Linear Generator
    Hailian Jing (Tokyo University of Marine Science and Technology)
    21/09/2017, 10:15
  767. 794. 4LP6-12 Electrical analysis of 10 MW superconducting generator for aircraft applications
    Kiwook Yun (Kyushu university)
    21/09/2017, 10:15
  768. 795. 4LP6-13 Comparative study of 1MW PM and HTS synchronous generators for marine current turbine
    Zhi Li (2-1-6, Etchujima, Koto-ku, Tokyo, JAPAN)
    21/09/2017, 10:15
  769. 796. 4LP6-14 Design of a 20 MW Fully Superconducting Wind Turbine Generator to Minimize the Levelized Cost of Energy
    Hoang Trung - Kien (GeePs, CentraleSupelec, University of Paris-Saclay)
    21/09/2017, 10:15
  770. 797. 4LP6-15 Design and Performance of AC Superconducting Motors for Aerospace Electric Propulsion Systems
    Charalampos D. Manolopoulos (School of Electrical and Electronic Engineering, The University of Manchester)
    21/09/2017, 10:15
  771. 798. 4LP6-16 Design report of a 4KW superconducting HTS synchronous motor using HTS stacked tapes.
    Mehdi Baghdadi (University of Greenwich)
    21/09/2017, 10:15
  772. 799. 4LP6-17 Design study of 2MW fully superconducting motors
    Shogo Fukuda (Kyushu University)
    21/09/2017, 10:15
  773. 800. 4LP6-18 A superconducting machine for Aircraft application
    Alexandre Colle (Universite de Lorraine - SAFRAN Tech)
    21/09/2017, 10:15
  774. 801. 4LP6-19 Design Aspects and Testing of Superconducting Flywheels
    Achim Hobl (Babcock Noell GmbH)
    21/09/2017, 10:15
  775. 802. 4LP6-20 The Effect Research of Armature Position on Electromagnetic Propulsion Efficiency
    Hongyi Qu (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  776. 803. 4LP6-22 Small-scale motor with AC HTS windings
    Dmitry Dezhin (Moscow Aviation Institute)
    21/09/2017, 10:15
  777. 804. 4LP7-01 New technique for using SMES to limit fault currents in wind farm power systems
    Mariam Elshiekh (University of Bath)
    21/09/2017, 10:15
  778. 805. 4LP7-02 Characteristics of Reactor type superconducting DC current limiter for improved stability in the DC power system
    Hyewon Choi (CHOSUN University)
    21/09/2017, 10:15
  779. 806. 4LP7-03 Optimum Positioning Of HTS Based Resistive Fault Current Limiter
    Prof. V. V. Rao (INDIAN INSTITUTE OF TECHNOLOGY, KHARAGPUR)
    21/09/2017, 10:15
  780. 807. 4LP7-04 Feasible Application Study of Different Types of Superconducting Fault Current Limiters in HVDC Grids
    Ho-Yun Lee (Hanyang University)
    21/09/2017, 10:15
  781. 808. 4LP7-06 Application of Flux-Coupling SFCL to Secure Fault Ride Through in Carbon-Free Stand-Alone Microgrid
    Soo Hyoung Lee (Korea Electrotechnology Research Institute (KERI))
    21/09/2017, 10:15
  782. 809. 4LP7-08 Power Differential Protection for Transmission Lines with Superconducting Fault Current Limiters
    Diaa-Eldin A. Mansour (Kafrelsheikh University)
    21/09/2017, 10:15
  783. 810. 4LP7-09 Hardware-in-the-loop Simulation on Fault Current Limiting Operation of RE-123 Coated Conductors under the Influence of Spatial Inhomogeneity
    Kohei Higashikawa (Kyushu University)
    21/09/2017, 10:15
  784. 811. 4LP7-10 DC Superconducting Fault Current Limiter Applications and Technical Indexes
    Bin Li (School of Electrical & Information Engineering, Tianjin University, China)
    21/09/2017, 10:15
  785. 812. 4LP7-11 Fault Current Limitation Coordination in Electric Power Grid with Superconducting Fault Current Limiters
    Naoki Hayakawa (Nagoya University)
    21/09/2017, 10:15
  786. 813. 4LP7-13 Study of SFCL for multi-terminal HVDC network
    Ying Xin (Tianjin University)
    21/09/2017, 10:15
  787. 814. 4LP7-15 PHILS of Transmission Line Protection System for the application of 154 kV SFCL in Korea
    Seung Ryul Lee (KERI)
    21/09/2017, 10:15
  788. 815. 4LP7-16 Research on the Application of Active Saturated Iron-Core Superconductive Fault Current Limiters in the VSC-HVDC System
    Botong Li (School of Electrical and Information Engineer, Tianjin University)
    21/09/2017, 10:15
  789. 816. 4LP7-17 Comparison between Different Models of Superconducting Fault Current Limiter with Application to an Electric Power Circuit
    José Juan Pérez-Chávez (National Autonomous University of Mexico (UNAM))
    21/09/2017, 10:15
  790. 817. 4LP7-18 Enhancement test of Critical Clearing Time of One-machine Infinite Bus Transmission System by Use of SFCL
    Yasuyuki Shirai (Kyoto University)
    21/09/2017, 10:15
  791. 818. 4LP7-19 Simulation study of the impact of superconducting fault current limiters to power grid
    Fei Liang (Bath University)
    21/09/2017, 10:15
  792. 819. 4LP7-20 Study of a Modified Flux-Coupling-Type Superconducting Fault Current Limiter for Protection of a DC Micro-Grid
    Lei Chen (Wuhan University)
    21/09/2017, 10:15
  793. 820. 4LP7-21 Characteristics of Superconducting DC interrupting system for operational reliability in the full scale converter wind turbines
    Jun-Beom Kim (Chosun University)
    21/09/2017, 10:15
  794. 821. 4LP7-22 Optimal Location of Superconducting Fault Current Limiters (SFCLs) for Fault Current Reduction in Korean AC Transmission Grids
    Jin Hur (Sangmyung University)
    21/09/2017, 10:15
  795. 822. 4LP7-23 Performance Enhancement of PMSG Wind Turbines with DC Microgrids Using Resistive-Type SFCL
    Diaa-Eldin A. Mansour (Tanta University)
    21/09/2017, 10:15
  796. 823. 4LP7-24 Analysis of Characteristics of Blocking Part for Optimized Inductor-Combined Superconducting DC Fault current limiter
    Seonho Hwang (Chosun University)
    21/09/2017, 10:15
  797. 824. 4MP1-01 Pulsed Laser Deposition of Fe-based superconductor thin films with 355nm Nd:YAG laser
    Sven Meyer (Karlsruhe Institute for Technology)
    21/09/2017, 10:15
  798. 825. 4MP1-02 Investigation of dimensional dependent electronic properties in tetragonal iron chalcogenides
    Ekaterina Kozlyakova (Lomonosov Moscow State University, Moscow, Russia)
    21/09/2017, 10:15
  799. 826. 4MP1-04 Phase separation and microstructure in superconducting FeSe1-xTex materials
    Andrea Masi (ENEA - Università Roma Tre)
    21/09/2017, 10:15
  800. 827. 4MP1-05 Superconducting properties of (Ba,Na)Fe2As2 powder-in-tube wires and tapes
    Shoko Itou (Department of Physics, Tokyo University of Science)
    21/09/2017, 10:15
  801. 828. 4MP1-06 Production of silver added bulk FeSe material by ball-milling technique
    Furutani Kouichi (Shibaura Institute of Technology)
    21/09/2017, 10:15
  802. 829. 4MP1-07 Deposition and properties of Iron-Chalcogenide Fe(Se,Te) film
    Antonella Mancini (ENEA)
    21/09/2017, 10:15
  803. 830. 4MP1-09 On The Nature Of Unusual Microwave Response Of Thin FeSe1-xTex Film Near Critical Temperature
    Guoqiang Li (O.Usikov IRE NAS of Ukraine)
    21/09/2017, 10:15
  804. 831. 4MP1-10 Effect of post annealing on physical properties of BaFe2As2-based superconductors
    Shigeyuki Ishida (AIST)
    21/09/2017, 10:15
  805. 832. 4MP1-13 Structure and superconducting properties of oxypnictide thin films by molecular beam epitaxy
    Sandra Kauffmann-Weiss (Karlsruhe Institute of Technology (KIT), Institute for Technical Physics (ITEP))
    21/09/2017, 10:15
  806. 833. 4MP1-15 Can topological transitions be exploited to engineer intrinsically quench-resistant wires?
    Jorge Quintanilla (University of Kent)
    21/09/2017, 10:15
  807. 834. 4MP2-01 Development status of MgB2 superconducting wires at KAT
    Sehoon Jang (KAT)
    21/09/2017, 10:15
  808. 835. 4MP2-02 Jc-B-T properties of MgB2 film on Cu tape
    Takumu Iwanaka (Hitachi, Ltd)
    21/09/2017, 10:15
  809. 836. 4MP2-03 Properties of Critical Current and Normal Zone Propagation of Multi-filamentary MgB2 Superconducting Wire Cooled by Liquid Hydrogen
    Katsuyuki Fujita (Kyoto University)
    21/09/2017, 10:15
  810. 837. 4MP2-04 A comparative study of new Ge-based additions to MgB2
    Dan Batalu (University POLITEHNICA of Bucharest)
    21/09/2017, 10:15
  811. 838. 4MP2-05 Improvement of MgB2 superconducting properties acting on boron precursor by freeze-drying process
    Gianmarco Bovone (SPIN Institute)
    21/09/2017, 10:15
  812. 839. 4MP2-06 MgB2 superconductors produced by Encapsulated Nano Boron with two different magnesium sources
    Serap Safran (ANKARA UNIVERSITY)
    21/09/2017, 10:15
  813. 840. 4MP2-07 Enhanced properties of bulk MgB2 fabricated by an excess Mg method for applications
    Ercan Ertekin (Ankara University)
    21/09/2017, 10:15
  814. 841. 4MP2-08 Open-ends and closed-ends powder-in-tube tapes of MgB2 processed by spark plasma sintering
    Gheorghe Virgil Aldica (National Institute of Materials Physics)
    21/09/2017, 10:15
  815. 842. 4MP2-09 Persistent Current Operation of MgB2 Coils with Superconducting Joints of Reacted Wires
    Yota Ichiki (Hitachi, Ltd.)
    21/09/2017, 10:15
  816. 843. 4MP2-10 Properties of ex-situ MgB2 bulk samples prepared by uniaxial hot pressing
    Wolfgang Häßler (Leibniz-Institut for Solid State and Materials Research (IFW) Dresden)
    21/09/2017, 10:15
  817. 844. 4MP2-12 Structure and properties of MgB2 bulks, thin films and wires; effect of TiO2 and TiC additions
    Tetiana Prikhna (Institute for Superhard Materials of the National Academy of Sciences of Ukraine)
    21/09/2017, 10:15
  818. 845. 4MP2-13 Superconducting MgB2 processed by Spark Plasma Sintering for different pulsed current patterns
    Petre Badica (National Institute of Materials Physics)
    21/09/2017, 10:15
  819. 846. 4MP3-01 Modelling the Critical Current of Surfaces and Grain Boundaries in Superconducting Films at High Magnetic Fields
    Alexander Blair (Department of Physics)
    21/09/2017, 10:15
  820. 847. 4MP3-02 Reversible Superconducting Diodes Using Rectified In-plane Vortices in Asymmetrically Multilayered BaHfO3-doped SmBa2Cu3Oy Films
    Yuji Tsuchiya (Nagoya Univ.)
    21/09/2017, 10:15
  821. 848. 4MP3-03 Extraction of the complex resistivity and pinning parameters from microwave surface impedance measurements of coated conductors
    Nicola Pompeo (Dipartimento di Ingegneria, Università Roma Tre)
    21/09/2017, 10:15
  822. 849. 4MP3-06 Superconducting Properties of Endohedral Gallide Cluster Based Mo8Ga41 superconductor
    Prakriti Neha (Jawaharlal Nehru University)
    21/09/2017, 10:15
  823. 850. 4MP3-07 On the origin of critical temperature enhancement in atomically-thin superconductors
    Evgeny Talantsev (Robinson Research Institure, Victoria University of Wellington)
    21/09/2017, 10:15
  824. 851. 4MP3-11 Presents the results of testing to achieve superconducting temperature
    Sadeq Kazemifard (fard technology)
    21/09/2017, 10:15
  825. 852. 4MP4-01 High current probe for gas flow Ic(B,T) measurements with ±0.01 K temperature precision: HTS current leads and active temperature compensation system
    Christian Barth (University of Geneva, Department of Quantum Matter Physics)
    21/09/2017, 10:15
  826. 853. 4MP4-03 Contactless verification of defects in 2G HTSC tapes with two-side superconducting layers
    Igor Rudnev (National Research Nuclear University MEPhI (Moscow Engineering Physics Institute))
    21/09/2017, 10:15
  827. 854. 4MP4-04 Finite Element Calculation of the Critical current and Magnetic "Levitation" Force between a Permanent Magnet and a ZFC YBaCuO Sample in Mixed State
    Marcelo Neves (LMDS / UFRRJ (Universidade Federal Rural do Rio de Janeiro))
    21/09/2017, 10:15
  828. 855. 4MP4-05 Critical Current Density Transport Measurements on ITER Poloidal Field NbTi Strands from 3.5 to 8.0 K, in magnetic fields up to 8.0 T, using a Bespoke Probe
    Mark Raine (Durham University Department of Physics)
    21/09/2017, 10:15
  829. 856. 4MP4-06 Study of Precursor Solution Used For YBCO Films Chemical Solution Deposition: Solution Reactivity and Effects on Film Properties
    Valentina Pinto (ENEA)
    21/09/2017, 10:15
  830. 857. 4MP4-07 Investigation of REBCO Roebel Cable Irreversible Critical Current Degradation Under Transverse Pressure
    Jaakko Murtomäki (CERN)
    21/09/2017, 10:15
  831. 858. 4MP4-08 International round robin test on critical current measurement of RE-Ba-Cu-O (RE=rare earth) superconducting tapes
    Gen Nishijima (National Institute for Materials Science)
    21/09/2017, 10:15
  832. 859. 4MP4-09 Simple Method to Fabricate Intrinsic Josephson Junction Device by Using Water-treatment Process
    Hiromi Tanaka (National Institute of Technology, Yonago College)
    21/09/2017, 10:15
  833. 860. 4MP4-10 Magnetic study of Nb micro-ring using attonewton-sensitivity dynamic cantilever magnetometer
    Jae-Hyuk Choi (Korea Reserach Institute of Standards and Science)
    21/09/2017, 10:15
  834. 861. 4MP4-11 The interfacial thermal surface resistivity between the Nb-Ti filaments and the matrix in High-field multifilamentary composite wires
    Francis Ridgeon (Durham University)
    21/09/2017, 10:15
  835. 862. 4MP4-12 Research on Non-destructive Examination of bracket welds ITER In-Vessel Coils (IVC)
    Xiaochuan Liu (Institute of Plasma Physics Chinese Academy of Sciences)
    21/09/2017, 10:15
  836. 863. 4MP5-01 Ex-situ liquid assisted growth of GdBa2Cu3O7-δ films on Hastelloy metal substrates
    Oleksiy Troshyn (THEVA Dünnschichttechnik GmbH)
    21/09/2017, 10:15
  837. 864. 4MP5-02 Optimization of novel melt-growth heat treatment of YbBa2Cu3O7-δ / Ag tapes
    Hongyi Qu (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  838. 865. 4MP5-04 Surface Decoration as Prospective Artificial Pinning Strategy in Superconducting YBa2Cu3O7-x films
    Laura Piperno (Engineering Department, Roma Tre University)
    21/09/2017, 10:15
  839. 866. 4MP5-05 Low temperature fabrication of crack free GdBa2Cu4O8 films on oxide seed layer by molten hydroxide flux method
    Keisuke Soeda (shimane university)
    21/09/2017, 10:15
  840. 867. 4MP5-06 Nanodiamond: a New Tool for Artificial Pinning Center introduction in YBCO Films obtained through Chemical Solution Deposition
    Valentina Pinto (ENEA)
    21/09/2017, 10:15
  841. 868. 4MP5-07 Laser Modification of 2G-HTS Tapes Surface
    Neslihan Turan (Gazi University, Ankara, Turkey)
    21/09/2017, 10:15
  842. 869. 4MP5-08 Enhancement of superconducting properties for low-temperature LPE-REBa2Cu3Oy films via phase decomposition process in various RE elements
    Shuhei Funaki (Shimane University)
    21/09/2017, 10:15
  843. 870. 4MP5-09 Fabrication of YBCO Superconducting Film on {100} Textured Cu Tape via Conductive Buffer Layers
    Toshiya Doi (Kyoto University)
    21/09/2017, 10:15
  844. 871. 4MP5-10 Investigation on the Superconducting Properties of YGBCO/STO/YGBCO Tri-layer
    Yanjie Yao (Key laboratory of Artificial Structures and Quantum Control, Shanghai Jiao Tong University)
    21/09/2017, 10:15
  845. 872. 4MP5-11 Eutectic temperature determination of the BaO-CuO-O system in bulk and in films
    Silvia Rasi (Universitat de Girona)
    21/09/2017, 10:15
  846. 873. 4MP5-13 Flux pinning properties of Hf and Zr-doped Bi,Pb-2223 thin films with columnar defects
    Akiyoshi Matsumoto (National Institute for Materials Science)
    21/09/2017, 10:15
  847. 874. 4MP5-14 Microstructure and superconducting properties of impurity doped Bi,Pb-2223 thin films fabricated sputtering method
    Akiyoshi Matsumoto (National Institute for Materials Science)
    21/09/2017, 10:15
  848. 875. 4MP5-15 Control on phases formation in melt processed (Bi,Pb)-Sr-Ca-Cu-O samples due to Ag and PbO additions
    Marcelo Neves (LMDS / UFRRJ (Universidade Federal Rural do Rio de Janeiro))
    21/09/2017, 10:15
  849. 876. 4MP5-16 Microstructure and Current Transport of Tl-1223 Thin Film Superconductors
    Sigrid Holleis (Atominstitut, TU Wien)
    21/09/2017, 10:15
  850. 877. 4MP5-17 Characterization of electrospun BSCCO nanowires with reduced preparation temperature
    Michael Koblischka (Saarland University)
    21/09/2017, 10:15
  851. 878. 4MP5-18 Assessment of Bi2Sr2CaCu2O8 Thin Films Grown by MOCVD for Power Electronics Applications
    Kazuhiro Endo (Kanazawa Institute of Technology)
    21/09/2017, 10:15
  852. 879. 4MP5-21 Growth of epitaxial YBCO double films derived from solution deposition
    Lihua Jin (ShaanxiRare Metals Science and Industry Group Co., Ltd.)
    21/09/2017, 10:15
  853. 880. 4MP6-01 Evaluation of actual delamination strength of REBCO coated conductors based on the Weibull analysis considering size effect
    Shogo Muto (Fujikura Ltd.)
    21/09/2017, 10:15
  854. 881. 4MP6-02 Thermal stability of commercially available coated conductors
    Alan Preuß (Karlsruhe Insitute of Technology)
    21/09/2017, 10:15
  855. 882. 4MP6-03 Unusual thermal properties of nonsuperconducting PrBCO ceramics at low temperatures
    Mahieddine Lahoubi (Badji-Mokhtar Annaba University, Faculty of Sciences,)
    21/09/2017, 10:15
  856. 883. 4MP6-04 Thermal conductivity and dilatation of a Bi-2223/Ag (DI-BSCCO) superconducting wire laminated with Ni-alloy tapes
    Yuichi Yamada (Iwate University)
    21/09/2017, 10:15
  857. 884. 4MP6-05 Investigation of light-weight material of cryogenic pipe for aviation application
    Masae Kanda (Chubu University)
    21/09/2017, 10:15
  858. 885. 4MP6-06 Development of High-Strength BSCCO-2223 Tapes
    Kozo Osamura (Research Institute for Applied Sciences)
    21/09/2017, 10:15
  859. 886. 4MP6-07 Application of DIC to extract full field stress-strain data of superconducting coils under thermal contraction
    Jorge Pelegrin (University of Southampton)
    21/09/2017, 10:15
  860. 887. 4MP6-08 Strain effect on quench characteristics of YBCO Coated Conductor
    Jiangtao Shi (Southwest Jiaotong University)
    21/09/2017, 10:15
  861. 888. 4MP6-09 Structural modelling of REBCO CC tapes in TORT cables
    Eva Michalcová (Slovak University of Technology in Bratislava, Faculty of Materials Science and Technology in Trnava)
    21/09/2017, 10:15
  862. 889. 4MP6-10 Bending-peeling method to measure interface strength of YBCO tape
    Peng Jin (Institute of Electrical Engineering, Chinese Academy of Sciences)
    21/09/2017, 10:15
  863. 890. 4MP6-11 Delamination strength testing of commercial ReBCO tapes: climbing drum peel testing
    Nicholas Long (Victoria University of Wellington)
    21/09/2017, 10:15
  864. 891. 4MP6-12 Effect of mechanical loading on high temperature superconducting tapes during bending of round cables
    Marcela Pekarčíková (Slovak University of Technology in Bratislava)
    21/09/2017, 10:15
  865. 892. 4MP6-13 Mechanical and thermal properties of All-CSD-YBCO superconducting tapes and joints
    Michael Baecker (Deutsche Nanoschicht GmbH)
    21/09/2017, 10:15
  866. 893. 4MP6-14 Electrical and Strain Behaviors of Solid Nitrogen and Conduction Cooled YBCO Coil under Thermal Disturbance and Overcurrent Pulse
    Liyuan Liu (Southwest jiaotong university)
    21/09/2017, 10:15
  867. 894. 4MP6-15 Ion-irradiation effect of microwave surface resistance of YBa2Cu3Oy thin films in magnetic field
    Shigetoshi Ohshima (Yamagata University)
    21/09/2017, 10:15
  868. 895. 4MP6-16 Effect of neutron irradiation on critical currents of some REBaCuO superconducting tapes considered for magnets of fusion reactors
    Miloš Jirsa (Institute of Physics CAS)
    21/09/2017, 10:15
  869. 896. 4MP7-02 Ic survival of the delaminated coated conductor and its potential application in superconducting joint
    Feng Feng (Tsinghua University)
    21/09/2017, 10:15
  870. 897. 4MP7-03 Thick YBa2C3O7-x layers with ink jet printing single deposition
    Bohores Villarejo (ICMAB - CSIC)
    21/09/2017, 10:15
  871. 898. 4MP7-04 Electro-mechanical property of YBCO coated conductors lap joint under multi-fields
    Xingyi Zhang (Lanzhou University)
    21/09/2017, 10:15
  872. 899. 4MP7-05 Long length inkjet-printed solution deposition planarization layers for 2G-coated conductors
    Marta Vilardell (OXOLUTIA S.L.)
    21/09/2017, 10:15
  873. 900. 4MP7-06 Manufacturing Process Upgrade and New Research Directions at SuperOx Japan
    Valery Petrykin (SuperOx Japan)
    21/09/2017, 10:15
  874. 901. 4MP7-07 Microstructures of Conductive Buffer Layers for YBCO Coated Conductors Using Cube-Textured Cu Tapes
    Ataru Ichinose (Central Research Institute of Electric Power Industry)
    21/09/2017, 10:15
  875. 902. 4MP7-08 Electrical and mechanical behavior of electrical, Pb- and Cd-free, joints with normal- and superconducting materials at low temperatures
    Katrin Bäuml (Schneider Electric Sachsenwerk GmbH)
    21/09/2017, 10:15
  876. 903. 4MP7-09 Measurement at 4 K of normal zone propagation velocity in commercial REBCO conductors
    Maxime Matras (CERN)
    21/09/2017, 10:15
  877. 904. 4MP7-10 Transport Current Characteristics with Material Properties of the Outer Layer of REBCO 2G Wire Having Composite Structure Using RF Sputtering Deposition Method
    Ho Ik Du (Chonbuk National University)
    21/09/2017, 10:15
  878. 905. 4MP7-11 Evaluation on Properties of YBCO tapes insulated by Electrocoating
    Han Zhang (Dongfang Electric Corporation)
    21/09/2017, 10:15
  879. 906. 4MP7-12 Fabrication and properties of aluminum alloy laminated GdBCO coated conductor
    Sang-Soo Oh (Korea Electrotechnology Research Institute)
    21/09/2017, 10:15
  880. 907. 4MP7-13 Induction soldering of coated conductor high temperature superconducting tapes with lead-free solder alloys
    Marian Drienovsky (Slovak University of Technology in Bratislava, Faculty of Materials Science and Technology in Trnava)
    21/09/2017, 10:15
  881. 908. 4MP7-14 Quality management in production of textured templates for 2G HTS wire
    Alexey Mankevich (SuperOx)
    21/09/2017, 10:15
  882. 909. 4MP7-15 Observation of Zero Resistance in As-electrodeposited FeSe
    Aichi Yamashita (National Institute for Materials Science)
    21/09/2017, 10:15
  883. 910. 4MP7-16 Study of Growth Process for YBa2Cu3Oy Coated Conductors with BaZrO3 Flux Pinning Centers by Monitoring Electrical Conductivity
    Ryo Teranishi (Kyushu University)
    21/09/2017, 10:15
  884. 911. 4MP7-17 Interfacial shearing stress induced by flux pinning in a superconducting coated conductor long strip with transport current in a perpendicular magnetic field
    Yumei Yang (Lanzhou university of technology)
    21/09/2017, 10:15
  885. 912. 4MP7-18 Microstructure and texture of a two level undercut-profile Ni-5at.%W substrate for coated conductors
    Anders Wulff (Technical University of Denmark)
    21/09/2017, 10:15
  886. 913. 4MP7-20 PLD manufacturing of superconducting tapes
    Ralph Delmdahl (Coherent LaserSystems GmbH & Co. KG)
    21/09/2017, 10:15
  887. 914. 4MP7-21 The effect of BaZrO3 nanoparticles on Jc in longitudinal magnetic field for TFA-MOD (Y0.77Gd0.23)Ba2Cu3Oy wires
    Kota Hirai (Seikei University)
    21/09/2017, 10:15
  888. 915. 4MP7-22 An approach to superconducting joints between REBCO coated conductors based on chemical solution deposition
    Anke Kirchner (IFW Dresden)
    21/09/2017, 10:15
  889. 179. 4EO1-01 Recent research developments of adiabatic quantum-flux-parametron circuits technology toward energy-efficient high-performance computing
    Yoshikawa Nobuyuki (Yokohama National University)
    21/09/2017, 13:15
  890. 164. 4LO2-01 Progress and Status on LHC High Lumi project magnets
    Ezio Todesco (CERN)
    21/09/2017, 13:15
  891. 171. 4MO3-01 European progress toward Nanostructure engineering in coated conductors
    Anna Palau (Institut de Ciencia de Materials de Barcelona, ICMAB-CSIC)
    21/09/2017, 13:15
  892. 180. 4EO1-02 Theory and experimental analysis of the sensitivity of an adiabatic quantum flux parametron
    Thomas Ortlepp (CIS Institut fuer Mikrosensorik GmbH (DE))
    21/09/2017, 13:45
  893. 165. 4LO2-02 ReBCO 20T+ Dipoles for Particle Accelerators
    Jeroen Van Nugteren (CERN)
    21/09/2017, 13:45
  894. 172. 4MO3-02 Comparison of in-field transport Ic , Jc, and Fp for R&D and production ReBCO tapes
    Dmytro Abraimov (NHMFL)
    21/09/2017, 13:45
  895. 181. 4EO1-03 One- and Two-Bit Reversible Fluxon Logic Gates
    Osborn Kevin (U. of Maryland, USA)
    21/09/2017, 14:00
  896. 173. 4MO3-03 Thick secondary phase pinning-enhanced YBCO films on technical templates
    Max Sieger (IFW Dresden)
    21/09/2017, 14:00
  897. 182. 4EO1-04 Coherent control of superconducting transmon qubits with an on-chip single flux quantum driver
    Leonard Jr, Edward (University of Wisconsin - Madison)
    21/09/2017, 14:15
  898. 166. 4LO2-03 16 T cosθ dipole for the Future Circular Collider (FCC)
    BARBARA CAIFFI (INFN - National Institute for Nuclear Physics)
    21/09/2017, 14:15
  899. 174. 4MO3-04 Effective vortex-pinning features of YBa2Cu3O7-x films with self-assembled Ba2YTaO6/Ba2YNbO6 columnar defects, grown on ABAD-based metallic templates
    Francesco Rizzo (ENEA)
    21/09/2017, 14:15
  900. 183. 4EO1-05 Direct Detection of Single Flux Quantum Generated in Superconducting Strip Photon Detectors
    Abe Yutaka (Yokohama National University)
    21/09/2017, 14:30
  901. 167. 4LO2-04 Advances in superconducting Bi-2212 conductor and accelerator magnet development
    Tengming Shen (Fermilab)
    21/09/2017, 14:30
  902. 175. 4MO3-05 Temperature dependence of flux pinning in REBCO coated conductors with artificial pinning centers
    Prof. Kaname Matsumoto (Kyushu Institute of Technology)
    21/09/2017, 14:30
  903. 184. 4EO1-06 Superconductor Electronics Fabrication Process with Self-Shunted Josephson Junctions and Kinetic Inductors
    Tolpygo Sergey (MIT Lincoln Laboratory)
    21/09/2017, 14:45
  904. 168. 4LO2-05 Radiation Effects in Superconducting Quadrupoles for BigRIPS In-flight Separator at RIKEN
    Kensuke Kusaka (RIKEN Nishina Center for Accelerator-Based Science)
    21/09/2017, 14:45
  905. 176. 4MO3-06 Jointing Technique of Coated Conductors by Pastes Including Nano-sized Metal Particles
    Takato Machi (National Institute of Advanced Industrial Science and Technology(AIST))
    21/09/2017, 14:45
  906. 185. 4EO1-07 Energy-Efficient Dual-Port 32-word 8-bit ERSFQ Register File
    Alex Kirichneko (HYPRES)
    21/09/2017, 15:00
  907. 169. 4LO2-06 First Operation of the Complete KATRIN Superconducting Magnet Chain
    Woosik Gil (Karlsruhe Institute of Technology (KIT))
    21/09/2017, 15:00
  908. 177. 4MO3-07 Long Coated Conductors with Uniform and High In-field Performance
    Teruo Izumi (Advanced Industrial Science and Technology)
    21/09/2017, 15:00
  909. 186. 4EO1-08 Progress on development of an rf waveform synthesizer with quantum-based accuracy
    Manuel Castellanos Beltran (NIST)
    21/09/2017, 15:15
  910. 170. 4LO2-07 First experimental results on damage limits of superconducting accelerator magnet components due to instantaneous beam impact
    Vivien Raginel
    21/09/2017, 15:15
  911. 178. 4MO3-08 Chemical solution deposition growth of low fluorine thick coated conductors of YBa2Cu3O7 and YBa2Cu3O7 nanocomposites with preformed BZO nanoparticles
    Cornelia Pop (Materials Science Institut of Barcelona (ICMAB-CSIC))
    21/09/2017, 15:15
  912. 187. 4P1-01 Superconducting Computing: An Energy-Efficient Quantum-Based Technology For Supercomputers
    Pascal Febvre (Université Savoie Mont Blanc)
    21/09/2017, 15:30
  913. 293. 1LP5-03 Electrical Losses and Temperature Distribution Analysis of a HTS Motor Considering PWM Schemes in Voltage Source Inverter
    Ji Hyung Kim (Dept. of Electrical Engineering, Jeju National University)
  914. 294. 1LP5-04 Numerical Analyses on Influences of Armature Winding Shape and Yoke Arrangements on Total Losses in Fully Superconducting Synchronous Motors Using REBCO Tapes
    Akifumi Kawagoe (Kagoshima University)