| Program No. |
Title |
Author |
Affiliation |
| SPL-1-INV |
R&D FOR THE NEXT GENERATION OF SUPERCONDUCTING MAGNETS |
B.P. Strauss |
U.S. Department of Energy |
| SPL-2-INV |
ULTRALOW FIELD MAGNETIC RESONANCE IMAGING |
J. Clarke |
University of California |
| PL-1-INV |
RECENT TOPICS ON HIGH-<I&rt;T</I&rt;<SUB&rt;C</SUB&rt; SUPERCONDUCTIVITY IN CUPRATES AND PNICTIDES |
Y. Kitaoka |
Osaka University |
| PL-2-INV |
ACHIEVEMENTS IN M-PACC PROJECT AND FUTURE PROSPECTS ON R&D OF COATED CONDUCTORS |
T. Izumi |
ISTEC-SRL |
| PL-3-INV |
SFQ COMPUTING IN THE USA |
D.S. Holmes |
Booz Allen Hamilton |
| PL-4-INV |
PROGRESS ON SUPERCONDUCTING QUANTUM CIRCUITS |
Y. Nakamura |
The University of Tokyo |
| PL-5-INV |
STATUS OF COATED CONDUCTOR AND HTS DEVICE PROJECTS IN USA |
V. Selvamanickam |
University of Houston |
| PL-6-INV |
HIGH TEMPERATURE SUPERCONDUCTING CABLE DEMONSTRATION PROJECT IN JAPAN |
S. Honjo |
R&D Center TEPCO |
| WT-1-INV |
DEVELOPMENT OF Nb<SUB&rt;3</SUB&rt;Sn WIRES FOR HIGH FIELD NMR MAGNETS |
T. Miyatake |
Japan Superconductor Technology, Inc. |
| WT-2-INV |
ADVANCES IN COATED CONDUCTOR RESEARCH IN EUROPE* |
X. Obradors |
Institut de Ciencia de Materials de Barcelona |
| WT-3-INV |
RECENT R&D ACTIVITY OF REBCO COATED CONDUCTOR IN KOREA |
S-S. Oh |
Korea Electrotechnology Research Institute |
| WT-4-INV |
DEVELOPMENT OF COMMERCIAL RE123 COATED CONDUCTORS FOR PRACTICAL APPLICATIONS BY IBAD/PLD APPROACH |
Y. Iijima |
Fujikura Ltd. |
| WT-5-INV |
DEVELOPMENT OF LONG REBCO COATED CONDUCTORS BY PLD METHOD |
A. Ibi |
ISTEC-SRL, Division of HTS conductor processing & power applications |
| WT-6 |
CONTROL OF STRAIN IN YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7</SUB&rt; FILMS CONTAINING Ba OXIDE NANORODS |
T. Horide |
Kyushu Institute of Technology |
| WT-7 |
SYSTEMATIC STUDY OF BaHfO<SUB&rt;3</SUB&rt;-DOPED YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-d</SUB&rt; FILMS |
P. Mele |
Hiroshima University |
| WT-8 |
RELATIONSHIP BETWEEN IN-PLANE AND OUT-OF-PLANE ORIENTATION OF CRYSTALS IN BUFFER LAYERS DEPOSITED ON IBAD-MgO LAYER FOR COATED CONDUCTORS AND ITS INFLUENCE ON SELF-EPITAXY |
T. Taneda |
ISTEC-SRL/Kyushu University |
| WT-9 |
IMPROVEMENT OF IN-FIELD PROPERTIES FOR LONG REBCO COATED CONDUCTORS FABRICATED BY THE TFA-MOD METHOD USING A BATCH PROCESS |
K. Kimura |
SWCC SHOWA CABLE SYSTEMS CO., LTD. |
| WT-10 |
A NOVEL LOW-FLUORINE SOLUTION WITH THE F/Ba MOLE RATIO OF 2 ± 0.1 FOR THE FABRICATION OF YBCO FILMS |
W. Wu |
Tsinghua University |
| WT-11 |
YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-d</SUB&rt; THIN FILM FABRICATION BY Ir-LASER ASSISTED CHEMICAL VAPOR DEPOSITION |
S. Miyata |
ISTEC-SRL, Japan |
| WT-12-INV |
IMPROVEMENT OF DELAMINATION STRENGTH OF REBCO COATED CONDUCTORS |
M. Yoshizumi |
ISTEC-SRL |
| WT-13 |
DELAMINATION BEHAVIOURS IN DIFFERENTLY Cu LAMINATED CC TAPES UNDER TRANSVERSE LOADING |
H-S. Shin |
Andong National University |
| WT-14-INV |
NEW FILAMENTARIZATION TECHNIQUE FOR MULTI-FILAMENTARY COATED CONDUCTORS |
T. Machi |
ISTEC-SRL |
| WT-15-INV |
NANOSTRUCTURAL CHARACTERIZATION OF GdBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; COATED CONDUCTORS WITH NANO-SIZED BaMO<SUB&rt;3</SUB&rt; (M: Hf, Zr, Sn) RODS FABRICATED BY PULSED LASER DEPOSITION |
T. Kato |
Japan Fine Ceramics Center |
| WT-16-INV |
C-AXIS CORRELATED PINNING BEHAVIORS AT LOW TEMPERATURE FOR BHO NANOROD INTRODUCED RE123 FILMS |
S. Awaji |
Tohoku University |
| WT-17 |
IN-FIELD CURRENT TRANSPORT PROPERTY OF LONG-LENGTH TFA-MOD PROCESSED YgDBaCuO COATED CONDUCTOR DOPED WITH BaZrO<SUB&rt;3</SUB&rt; ARTIFICIAL PINNING CENTERS |
M. Inoue |
Kyushu University |
| WT-18 |
FLUX PINNING PROPERTIES OF SPLAYED COULMNAR DEFECTS RANGING FROM <I&rt;B</I&rt; || <I&rt;c</I&rt;-AXIS TO <I&rt;B</I&rt; || <I&rt;ab</I&rt;-PLANE IN GdBCO COATED CONDUCTORS |
T. Sueyoshi |
Department of Computer Science and Electrical Engineering |
| PC-1-INV |
EMERGENCE OF SUPERCONDUCTIVITY AT 45 K BY La AND P CO-DOPING OF CaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; |
K. Kudo |
Okayama University |
| PC-2-INV |
DISCOVERY OF NOVEL SUPERCONDUCTORS WITH Ti<SUB&rt;2</SUB&rt;O SQUARE LATTICE |
T. Yajima |
The University of Tokyo |
| PC-3-INV |
DISCOVERY OF BiS<SUB&rt;2</SUB&rt;-BASED NEW SUPERCONDUCTORS |
Y. Mizuguchi |
Tokyo Metropolitan University |
| PC-4 |
SUPERCONDUCTIVITY AT <I&rt;T</I&rt;<SUB&rt;c</SUB&rt; ~ 45 K IN <I&rt;A</I&rt;<SUB&rt;x</SUB&rt;(C<SUB&rt;2</SUB&rt;H<SUB&rt;8</SUB&rt;N<SUB&rt;2</SUB&rt;)<SUB&rt;y</SUB&rt;Fe<SUB&rt;2-z</SUB&rt;Se<SUB&rt;2</SUB&rt; (<I&rt;A</I&rt; = ALKALINE METALS, ALKALINE EARTH METALS) |
T. Hatakeda |
University of Tohoku |
| PC-5-INV |
ZERO RESISTIVITY ABOVE 150 K IN HgBa<SUB&rt;2</SUB&rt;Ca<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;8+d</SUB&rt; AT HIGH PRESSURE |
N. Takeshita |
National Institute of Advanced Industrial Science and Technology |
| PC-6-INV |
HOLE-DOPED SUPERCONDUCTORS T’-214 |
T. Takamatsu |
TOHOKU UNIVERSITY |
| PC-7 |
SUPERCONDUCTIVITY AT 25 K IN HEAVILY B-DOPED DIAMOND |
H. Okazaki |
National Institute for Materials Science |
| PC-8 |
MONOCLINIC NbO<SUB&rt;1.3</SUB&rt;N<SUB&rt;0.7</SUB&rt;: A NEW SUPERCONDUCTOR WITH <I&rt;T</I&rt;<SUB&rt;c</SUB&rt; = 3.7 K |
A. Schilling |
University of Zurich |
| PC-9 |
ANISOTROPIC PROPERTIES IN SINGLE CRYSTALS OF THE NONCENTROSYMMETRIC SUPERCONDUCTOR PdBi |
K. Okawa |
Tokyo Institute of Technology |
| PC-10-INV |
THEORETICAL STUDY ON IRON-BASED SUPERCONDUCTORS |
W. Ku |
Brookhaven National Lab. |
| PC-11-INV |
IMPROPER s-WAVE SYMMETRY OF PAIRING IN IRON-PNICTIDES FROM <I&rt;ab-initio</I&rt; QUANTUM MONTE CARLO CALCULATIONS |
M. Casula |
CNRS and IMPMC |
| PC-12-INV |
IRON, COPPER AND CARBON-BASED SUPERCONDUCTORS: HOW MANY THEORIES DO WE NEED? |
M. Capone |
CNR-IOM and SISSA |
| PC-13 |
CROSSOVER OF THE TWO ELECTRONIC STATES IN LaFeP<SUB&rt;1-x </SUB&rt;As<SUB&rt;x </SUB&rt;O<SUB&rt;1-y </SUB&rt;F<SUB&rt;y </SUB&rt; |
K.T. Lai |
Osaka University |
| PC-14 |
EFFECTS OF PHOSPHOROUS (P) DOPING ON THE SUPERCONDUCTING PROPERTIES OF SmFeAsO<SUB&rt;1-x</SUB&rt;F<SUB&rt;x</SUB&rt; |
S.J. Singh |
The University of Tokyo |
| PC-15 |
THE IMPURITY EFFECT ON THE IRON-BASED SUPERCONDUCTOR LaFeAsO<SUB&rt;1-x</SUB&rt;H<SUB&rt;x</SUB&rt; |
J. Ishida |
Tokyo institute of Technology |
| PC-16 |
STRAIN INDUCED SUPERCONDUCTIVITY IN THE PARENT COMPOUND BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; |
V. Grinenko |
IFW-Dresden |
| PC-17 |
HIGH-FIELD TRANSPORT PROPERTIES OF P-DOPED Ba-122 THIN FILMS |
F.W. Kurth |
Leibniz Institute for Solid State and Materials Research Dresden |
| PC-18 |
GIGANTIC EFFECTS OF UNIAXIAL PRESSURE ON MAGNETIC AND SUPERCONDUCTING PHASE TRANSITIONS IN BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt;-BASED SUPERCONDUCTORS |
S. Yamaichi |
MSL, Tokyo Institute of Technology |
| PC-19 |
FABRICATION AND TERAHERTZ CONDUCTIVITY MEASUREMENTS OF FeSe AND FeSe<SUB&rt;0.5</SUB&rt;Te<SUB&rt;0.5</SUB&rt; THIN FILMS ON CaF<SUB&rt;2</SUB&rt; SUBSTRATES WITH ENHANCED <I&rt;T</I&rt;<SUB&rt;c</SUB&rt; |
F. Nabeshima |
The University of Tokyo |
| PC-20 |
INFLUENCE OF Te/Se SUBSTITUTION UPON THE ELECTRONIC STATE OF FeSe<SUB&rt;1-x</SUB&rt;Te<SUB&rt;x</SUB&rt; THIN FILMS |
I. Tsukada |
Central Research Institute of Electric Power Industry |
| PC-21 |
ELECTRON CORRELATION AND ANNEALING EFFECTS IN FeSe<SUB&rt;1-<I&rt;x</I&rt;</SUB&rt;Te<SUB&rt;<I&rt;x</I&rt;</SUB&rt; STUDIED BY THERMAL CONDUCTIVITY |
M. Ohno |
Tohoku University |
| PC-22 |
TETRAGONAL - FeS A HIGH-PRESSURE STUDY |
S.J. Denholme |
National Institute for Materials Science |
| SA-1-INV |
STATUS OF 275 kV REBCO HTS CABLE DEVELOPMENT IN THE NEDO PROJECT |
S. Mukoyama |
Furukawa Electric Co., Ltd. |
| SA-2 |
COATED CONDUCTOR BASED LOW AC LOSS CABLE CONCEPTS FOR POWER APPLICATIONS |
W.O. Goldacker |
Institute of Physics |
| SA-3 |
DEVELOPMENT OF 66kV-5kA CLASS HTS POWER CABLE WITH IBAD/PLD REBCO TAPES |
M. Daibo |
Fujikura Ltd. |
| SA-4 |
NUMERICAL MODELING OF MgB<SUB&rt;2</SUB&rt; CONDUCTORS FOR HIGH POWER AC TRANSMISSION |
F. Grilli |
Institute for Technical Physics |
| SA-5 |
OPTIMAL LOCATION ALGORITHM OF HTS CABLES USING PTDFs |
G. Jang |
Korea University |
| FD-1-INV |
EPITAXIAL Ba122 AND 11 THIN FILM HETEROSTRUCTURES : BASIC PROPERTIES AND APPLICATION ASPECTS |
B. Holzapfel |
IFW Dresden |
| FD-2-INV |
MBE GROWTH OF IRON-BASED SUPERCONDUCTORS |
M. Naito |
Tokyo University of Agriculture and Technology |
| FD-3 |
ENHANCED CRITICAL CURRENT DENSITIES IN BaFe<SUB&rt;2</SUB&rt; (As<SUB&rt;0.66</SUB&rt;P<SUB&rt;0.33</SUB&rt;)<SUB&rt;2</SUB&rt; SUPERCONDUCTOR FILMS |
M. Miura |
Seikei University |
| FD-4 |
GROWTH OF A SMOOTH INSULATOR LAYER ON NdFeAsO AND JUNCTION FABRICATION |
N. Sumiya |
Nagoya University |
| FD-5 |
INTER-BAND PHASE FLUCTUATIONS IN MACROSCOPIC QUANTUM TUNNELING OF MULTI-GAP SUPERCONDUCTING JOSEPHSON JUNCTIONS |
H. Asai |
National Institute of Advanced Industrial Science and Technology |
| FD-6-INV |
PROGRESS IN S-INNOVATION SQUID PROJECT |
K. Enpuku |
Kyushu University |
| FD-7-INV |
METALLIC CONTAMINANT DETECTION BY HIGH-<I&rt;T</I&rt;<SUB&rt;c</SUB&rt; SQUIDs |
S. Tanaka |
Toyohashi University of Technology |
| FD-8 |
A VOLTAGE-BIASED DIRECT READOUT SQUID MAGNETOMETER SYSTEM FOR BIOMAGNETIC MEASUREMENTS |
X. Kong |
Chinese Academy of Sciences |
| FD-9 |
TIME-DOMAIN MEASUREMENTS OF THE ION TRANSPORTATION IN THE ELECTROLYTE USING HTS-SQUID’S GRADIOMETER |
T. Kiwa |
Okayama University |
| SA-6-INV |
PRESENT STATUS AND FUTURE TRENDS OF R&D FOR SUPERCONDUCTING ROTATIONAL MACHINES IN JAPAN |
O. Tsukamoto |
Sophia University |
| SA-7 |
SUPERCONDUCTING HEAT GENERATOR FOR WIND HEAT POWER |
T. Okazaki |
International Superconductivity Technology Center |
| SA-8 |
RACE-TRACK COILS FOR A 3MW HTS SHIP MOTOR |
E. Ueno |
Sumitomo Electric Industries, Ltd. |
| SA-9 |
CHARACTERISTIC AND MAGNETIC FIELD ANALYSIS OF A HIGH TEMPERATURE SUPERCONDUCTOR CORELESS LINEAR INDUCTION MOTOR |
W. Qin |
Beijing Jiao Tong University |
| SA-10-INV |
DEVELOPMENT OF a 3 T-10” BORE MgB<SUB&rt;2</SUB&rt; MAGNET AT GE |
S. Mine |
GE Global Research |
| SA-11-INV |
TOWARDS NEXT-GENERATION COMPACT HIGH FIELD NMR; THE WORLD’S FIRST LTS/REBCO NMR MAGNET OPERATED AT 400 MHZ (9.4 T) |
Y. Yanagisawa |
RIKEN |
| SA-12-INV |
A CRYOGEN-FREE 3 T MRI SYSTEM FOR HUMAN BRAIN RESEARCH USING Bi-2223 HIGH-TEMPERATURE SUPERCONDUCTING TAPES |
S. Urayama |
Kyoto University |
| SA-13-INV |
NATIONAL AND EUROPEAN PROJECTS ON FAULT CURRENT LIMITERS |
L. Martini |
Ricerca sul Sistema Energetico |
| SA-14-INV |
SUPERCONDUCTING POWER APPLICATION PROJECTS IN KOREA ESPECIALLY CONSIDERING THE RENEWABLE POWER ENERGY SOURCE |
M. Park |
Changwon National University |
| SA-15 |
USING HIGH-TEMPERATURE SUPERCONDUCTING FOR FAULT INDUCED DELAYED VOLTAGE RECOVERY MITIGATION IN KOREAN POWER SYSTEMS |
Y-H. Lee |
Korea University |
| SA-16 |
THREE DIMENSION MODELLING OF FAULT CURRENT LIMITERS |
Z. Zhong |
University of Cambridge |
| SA-17 |
IMPLEMENTATION OF SUPERCONDUCTING FAULT CURRENT LIMITER (SFCL) FOR A FLEXIBLE OPERATION SCHEME IN POWER SUBSTATIONS |
G. Jang |
Korea University |
| SA-18 |
INVESTIGATION ON THE INDUCTIVE AND RESISTIVE FAULT CURRENT LIMITING HTS POWER CABLE |
S. Kim |
Changwon National University |
| SA-32-INV |
PROGRESS OF ITER AND JT-60SA MAGNET DEVELOPMENT IN JAPAN |
N. Koizumi |
Japan Atomic Energy Agency |
| SA-19-INV |
DEVELOPMENT OF 100 kA-CLASS HTS CONDUCTOR AND JOINT FOR THE HELICAL FUSION DEMO REACTOR |
N. Yanagi |
National Institute for Fusion Science |
| SA-20 |
AN EFFECTIVE DESIGN AND OPERATING CHARACTERISTIC ANALYSIS OF A 400 MHz 400 A TOROID-TYPE HTS DC REACTOR |
K. Kim |
Changwon National University |
| SA-21 |
MECHANICAL AND ELECTRIC CHARACTERISTICS OF VACUUM IMPREGNATED NO-INSULATION HTS COIL |
S. Kim |
Changwon National University |
| SA-22 |
TRAPPED FIELD AND FLUX DYNAMICS IN MgB<SUB&rt;2</SUB&rt; SUPERCONDUCTING BULKS MAGNETIZED BY PULSED FIELD |
H. Fujishiro |
Iwate University |
| WT-19-INV |
SPATIAL HOMOGENEITY OF LONG LENGTH RE-123 COATED CONDUCTORS |
T. Kiss |
Kyushu University |
| WT-20 |
TRANSPORT AC LOSS MEASUREMENTS IN A kA-CLASS YBCO ROEBEL CABLE |
Z. Jiang |
Callaghan Innovation |
| WT-21 |
CHARACTERIZATION OF MAGNETIC TRAPPED FIELDS OF SUPERCONDUCTING STACKED TAPES FOR VARIOUS APPLIED FIELDS |
M. Baghdadi |
University of Cambridge |
| WT-22 |
RESISTANCE-FREE SUPERCONDUCTING JOINT FOR ReBCO COATED CONDUCTORS |
H. Lee |
Korea University |
| WT-23-INV |
RECENT PROGRESS ON DI-BSCCO |
T. Kagiyama |
Sumitomo Electric Industries, Ltd. |
| WT-24 |
Bi-2223/Ag SQUARE WIRES FABRICATED BY GROOVE ROLLING PROCESS |
P. Xie |
Tsinghua University |
| WT-25-INV |
DEVELPMENT OF HIGH PERFORMSANCE MgB<SUB&rt;2</SUB&rt; WIRES |
H. Kumakura |
National Institute for Materials Science |
| WT-26 |
TRANSPORT <I&rt;J</I&rt;<SUB&rt;c</SUB&rt; IMPROVEMENT OF MgB<SUB&rt;2</SUB&rt; WIRES BY CORE DENSIFICATION AND PYRENE GAS TREATMENT |
M. Maeda |
Nihon University |
| WT-27 |
MAGNETIC MICROSCOPY FOR CHARACTERIZATION OF LOCAL CRITICAL CURRENT IN IRON-SHEATHED MgB2 WIRES |
K. Higashikawa |
Kyushu University |
| WT-28-INV |
ADVANCES IN FABRICATION OF IRON-BASED SUPERCONDUCTING WIRES AND TAPES |
Y. Ma |
Chinese Academy of Sciences |
| WT-29-INV |
FABRICATION OF Ba-122 SUPERCONDUCTING TAPES WITH HIGH TRANSPORT CRITICAL CURRENT DENSITIES |
K. Togano |
National Institute for Materials Science |
| WT-30 |
EFFECTS OF HIGH PRESSURE ANNEALING ON CRITICAL CURRENT DENSIY IN 122 TYPE IRON PNICTIDE WIRES |
S. Pyon |
The University of Tokyo |
| VP-1-INV |
SUPERCONDUCTIVITY STUDIED BY SCANNING TUNNELING SPECTROSCOPY OF VORTEX CORE IN Bi<SUB&rt;2</SUB&rt;Sr<SUB&rt;2</SUB&rt;CaCu<SUB&rt;2</SUB&rt;O<SUB&rt;x</SUB&rt; AND YNi<SUB&rt;2</SUB&rt;B<SUB&rt;2</SUB&rt; |
N. Nishida |
Toyota Physical and Chemical Research Institute |
| VP-2-INV |
ANISOTROPY OF THE SUPERCONDUCTING STATE IN Sr<SUB&rt;2</SUB&rt;RuO<SUB&rt;4</SUB&rt; |
M.R. Eskildsen |
University of Notre Dame |
| VP-3-INV |
CONFINEMENT IN SUPERCONDUCTORS: A SCANNING TUNNELING SPECTROSCOPY STUDY |
D. Roditchev |
Institut des Nanosciences de Paris |
| VP-4-INV |
SCANNING TUNNELING MICROSCOPY OF LOW DIMENSIONAL CONDUCTORS AT VERY LOW TEMPERATURES |
H. Suderow |
Universidad Autonoma de Madrid |
| VP-5-INV |
NOVEL DYNAMIC TRANSITIONS IN DRIVEN VORTICES |
S. Okuma |
Tokyo Institute of Technology |
| VP-6-INV |
MAGNETIC FLUX STRUCTURES OF FINITE SUPERCONDUCTING NETWORKS |
M. Kato |
Osaka Prefecture University |
| VP-7 |
ANISOTROPIC FLUX PENETRATION INTO AMORPHOUS Mo<SUB&rt;80</SUB&rt;Ge<SUB&rt;20</SUB&rt; SQUARE NETWORKS |
Y. Tsuchiya |
The University of Tokyo |
| PC-23 |
NEW APPROACHES FOR GROWING (LRE)BCO BULK SUPERCONDUCTORS WITH LARGE SIZE AND HIGH PERFORMANCE |
X. Yao |
Shanghai Jiao Tong University |
| PC-24 |
CRITICAL CURRENT DENSITY AND THE FORMATION OF PARTICLE-FREE REGIONS IN TOP-SEEDED MELT GROWTH PROCESSED GdBCO BULK SUPERCONDUCTORS WITH BaZrO<SUB&rt;3</SUB&rt; ADDITIONS |
C-J. Kim |
Korea Atomic Energy Research Institute |
| FD-11-INV |
SINGLE-FLUX-QUANTUM READOUT TECHNIQUE FOR MULTI-PIXEL SUPERCONDUCTING NANOWIRE SINGLE-PHOTON DETECTOR ARRAY |
T. Yamashita |
National Institute of Information and Communications Technology |
| FD-12-INV |
RECENT DEVELOPMENTS ON ULTRA-LOW-ENERGY ADIABATIC QUANTUM-FLUX-PARAMETRON LOGIC |
N. Yoshikawa |
Yokohama National University |
| FD-13 |
SINGLE ELECTRON PUMPING BY USING A SINIS TURNSTILE |
S. Nakamura |
Advanced Industrial Science and Technology |
| FD-14 |
FIFTY GIGA-HERTZ DEMONSTRATION OF RSFQ ADDERS FOR BIT SLICE MICROPROCESSORS |
K. Takata |
Nagoya University |
| FD-15-INV |
HIGH TEMPERATURE SUPERCONDUCTING JOSEPHSON JUNCTION DEVICES FOR MICROWAVE AND TERAHERTZ APPLICATIONS |
D. Jia |
CSIRO Materials Science and Engineering |
| FD-16-INV |
SUPERCONDUCTING TUNNEL JUNCTION DETECTORS FOR ANALYTICAL INSTRUMENTS AND CLEAN ROOM FOR ANALOG-DIGITAL SUPERCONDUCTIVITY (CRAVITY) |
M. Ukibe |
AIST |
| FD-17-INV |
QUANTUM PLASMONICS WITH SUPERCONDUCTING DETECTORS TOWARD QUANTUM INFORMATION PROCESSING |
S. Inoue |
Nihon University |
| FD-18 |
FABRICATION OF MgB<SUB&rt;2</SUB&rt; MEANDER STRUCTURE FOR SUPERCONDUCTING SINGLE-PHOTON DETECTOR |
H. Shibata |
NTT Corporation |
| FD-19 |
STUDY ON THE REDUCTION OF THE JITTER OF AN SIGNE-FLUX-QUANTUM TIME-TO-DIGITAL CONVERTER FOR TIME-OF-FLIGHT MASS SPECTROMETRY |
K. Sano |
Yokohama National University |
| SA-23-INV |
EVALUATION OF CODUCTION-COOLED REBCO PANCAKE COILS WITH IBAD/PLD COATED CONDUCTORS |
M. Daibo |
Fujikura Ltd. |
| SA-24 |
MODIFICATION OF FIELDS IN HTS MAGNET WOUND BY PARALLEL-CONNECTED MAGNETIC TAPES |
Y. Li |
Tsinghua University |
| SA-25 |
A NOVEL WORKBENCH MAGNET TOPOLOGY USING RACETRACK COILS |
M. Baghdadi |
University of Cambridge |
| SA-26 |
PERFORMANCE ANALYSIS OF NON-INSULATED HTS COIL FOR POWER DEVICE APPLICATION |
A. KIM |
Research Institute of Industrial Science & Technology |
| SA-27-INV |
FABRICATION OF REBCO POWER TRANSFORMER |
H. Hayashi |
Kyushu Electric Power Co., Inc. |
| SA-28-INV |
ELEMENTAL TECHNOLOGIES DEVELOPMENT FOR Y-BASED HTS SMES |
T. Watanabe |
Chubu Electric Power Co., Inc. |
| SA-29-INV |
Cancelled |
|
|
| SA-30 |
THE INFLUENCE OF SMES DEVICE ON POLYGONAL DISTANCE RELAY OF TRANSMISSION LINE |
J. Yang |
Wuhan University |
| SA-31 |
APPLICATION OF SMES UNIT IN BLACK START |
J. Yang |
Wuhan University |
| WTP-1 |
FABRICATION OF Eu<SUB&rt;1</SUB&rt;Ba<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-δ</SUB&rt; +BaHfO<SUB&rt;3</SUB&rt; COATED CONDUCTORS WITH 141A/cm-w UNDER 3 T AT 77 K BY IBAD/PLD TECHNIQUE |
T. Yoshida |
Superconductivity Research Laboratory International Superconductivity Technology Center<sho&rt; |
| WTP-2 |
DEVELOPMENT OF LOW AC LOSS TFA-MOD COATED CONDUCTORS |
K. Katayama |
ISTEC-SRL |
| WTP-3 |
EFFECT OF INTERIM ANNEALING ON MECHANICAL STRENGTH OF TFA-MOD DERIVED YBCO COATED CONDUCTORS |
Y. Takagi |
International Superconductivity Technology Center |
| WTP-4 |
IMPROVEMENT OF PRODUCTION RATE OF YBCO COATED CONDUCTORS FABRICATED BY TFA-MOD METHOD |
K. Nakaoka |
ISTEC-SRL |
| WTP-5 |
DEVELOPMENT OF BzO DOPED YgDBCO HIGH PERFORMANCE LONG CCs USING TFA-MOD PROCESS |
T. Nakamura |
ISTEC-SRL |
| WTP-6 |
THE INFLUENCE OF HEATING RATE ON THE SUPERCONDUCTING PROPERTIES IN TFA-MOD (Y,Gd)Ba<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;<I&rt;y</I&rt;</SUB&rt; FILMS |
M. Sato |
Seikei University |
| WTP-7 |
INFLUENCE OF CRYSTAL GROWTH RATE ON SUPERCONDUCTING PROPERTIES FOR (Y, Gd)BCO+BaZrO<SUB&rt;3</SUB&rt; COATED CONDUCTORS |
S. Jung |
Seikei University |
| WTP-8 |
EFFECT OF ANNEALING TREATMENTS ON THE SUPERCONDUCTING PROPERTIES OF TFA-MOD Y<SUB&rt;0.77</SUB&rt;Gd<SUB&rt;0.23</SUB&rt;Ba<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-δ</SUB&rt; COATED CONDUCTORS |
Y. Ebata |
Seikei University |
| WTP-9 |
<I&rt;P</I&rt;O<SUB&rt;2</SUB&rt;-<I&rt;T </I&rt;DIAGRAM AND SUPERCONDUCTING PROPERTIES IN TFA-MOD REBCO COATED CONDUCTORS |
A. Kawai |
Seikei University |
| WTP-10 |
CONTROL OF THE DENSITY OF BaHfO<SUB&rt;3</SUB&rt; NANOISLANDS AND NANORODS IN GdBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;<I&rt;y</I&rt;</SUB&rt; FILMS BY Nd:YAG-PLD METHOD USING REEL-TO-REEL EQUIPMENT |
K. Ishikawa |
University of Nagoya |
| WTP-11 |
QUICK OPTIMIZATION OF VARIOUS ADDITIVES FOR IMPROVEMENT OF SUPERCONDUCTING PROPERTIES IN YBCO THIN FILMS BY MEANS OF COMBINATORIAL-Nd:YAG-PLD METHOD |
Y. Ichino |
Nagoya University |
| WTP-12 |
SUPERCONDUCTING PROPERTIES OF BaHfO<SUB&rt;3</SUB&rt;-DOPED Nd<SUB&rt;1+<I&rt;x</I&rt;</SUB&rt;Ba<SUB&rt;2-<I&rt;X</I&rt;</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;<I&rt;y</I&rt;</SUB&rt; FILMS PREPARED BY ALTERNATING-TARGETS TECHNIQUE |
Y. Sawano |
Nagoya University |
| WTP-13 |
SUPERCONDUCTING PROPERTIES AND MICROSTRUCTURES OF SmBCO FILMS WITH BHO NANORODS DEPOSITED BY LOW TEMPERATURE GROWTH TECHNIQUE AT VARIOUS SUBSTRATE TEMPERATURES |
S. Miura |
Nagoya University |
| WTP-14 |
INFLUENCE OF Gd/Ba COMPOSITION ON SUPERCONDUCTING PROPERTIES OF BaHfO<SUB&rt;3</SUB&rt; DOPED Gd <SUB&rt;1+<I&rt;x</I&rt;</SUB&rt;Ba<SUB&rt;2-<I&rt;x</I&rt;</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;<I&rt;y</I&rt;</SUB&rt; FILMS |
K. Hikawa |
Nagoya University |
| WTP-15 |
INVESTIGATION OF SUPERCONDUCTING PROPERTIES IN SmBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;<I&rt;y</I&rt;</SUB&rt; FILMS DEPENDING ON SEVERAL KINDS OF SUBSTRATE |
A. Tsuruta |
Nagoya University |
| WTP-16 |
INCORPORATION OF HYBRID APCs INTO YBCO THIN FILMS FOR IMPROVING THE VORTEX PINNING PROPERTIES |
A.K. Jha |
Kyushu Institute of Technology |
| WTP-17 |
PREPARATION OF YbBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;4</SUB&rt;O<SUB&rt;8</SUB&rt; AND Yb<SUB&rt;0.9</SUB&rt;Ca<SUB&rt;0.1</SUB&rt;Ba<SUB&rt;2</SUB&rt;Cu<SUB&rt;4</SUB&rt;O<SUB&rt;8</SUB&rt; THIN FILMS BY MOD METHOD |
S. Aoyagi |
Kyushu Institute of Technology |
| WTP-18 |
<I&rt;J</I&rt;<SUB&rt;C</SUB&rt; PROPERTIES OF YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; FILMS WITH BaHfO<SUB&rt;3</SUB&rt; NANOPARTICLES BY TFA-MOD METHOD |
K. Otaguro |
Kyushu University |
| WTP-19 |
GROWTH PROCESS OF YBCO FILMS WITH BaZrO3 NANOPARTICLES BY TFA-MOD METHOD |
R. Teranishi |
Kyushu University |
| WTP-20 |
EFFECT OF Zr ADDITION ON THE SUPERCONDUCTING PROPERTIES AND MICROSTRUCTURE OF MOD-GdBCO FILMS USING FLUORINE-FREE SOLUTIONS |
H. Suzuki |
Shizuoka University |
| WTP-21 |
CONSIDERATION OF A-AXIS GRAINS OF GdBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; THIN FILMS BY A PULSED LASER DEPOSITION TECHNIQUE |
K. Inoue |
Kyushu University |
| WTP-22 |
THREE-DIMENSIONAL CHARACTERIZATION OF BaHfO<SUB&rt;3</SUB&rt; IN GdBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-δ</SUB&rt; FILMS BY SCANNING TRANSMISSION ELECTRON TOMOGRAPHY |
K. Yamada |
Kyushu University |
| WTP-23 |
NANOSTRUCTURAL CHARACTERIZATION OF EuBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; CONTAINING NANO-SIZED BaHfO<SUB&rt;3</SUB&rt; RODS FABRICATED BY PULSED LASER DEPOSITION |
D. Yokoe |
The Japan Fine Ceramics Center |
| WTP-24 |
ELECTRON MICROSCOPY STUDY OF YBCO COATED CONDUCTORS FABRICATED BY THE TFA-MOD PROCESS USING STARTING SOLUTIONS WITH DIFFERENT CATION RATIOS |
R. Yoshida |
Japan Fine Ceramics Center |
| WTP-25 |
SURFACE MORPHOLOGY EVOLUTION OF CeO<SUB&rt;2</SUB&rt; CAP LAYER AND ITS INFLUENCE ON THE PROPERTIES OF YBCO SUPERCONDUCTING FILMS |
F. Feng |
Tsinghua University |
| WTP-26 |
DELAMINATION STUDY ON REBCO CONDUCTORS DUE TO SCREENING CURRENT |
D. Ma |
National Institute for Materials science |
| WTP-27 |
ELECTRO-MECHANICAL PROPERTY EVALUATION IN JOINTED REBCO COATED CONDUCTOR TAPES |
H-S. Shin |
Andong National University |
| WTP-28 |
THE INFLUENCE OF THE LAYERS AND MUTUAL POSITION OF HTS TAPES ON AC LOSSES |
J. Fang |
Beijing Jiaotong University |
| WTP-29 |
ELECTROMAGNETIC PROPERTIES AND AC LOSSES OF YBCO COILS CONNECTED IN SERIES |
J. Fang |
Beijing Jiaotong University |
| WTP-30 |
EXPERIMENTAL RESEARCH AND ANALYSIS OF AC CRITICAL CURRENT IN HIGH TEMPERATURE SUPERCONDUCTOR |
J. Fang |
Beijing Jiao-tong University |
| WTP-31 |
CALCULATING AC LOSSES IN HIGH TEMPERATURE SUPERCONDUCTING CABLE COMPRISED OF COATED CONDUCTORS |
H. Noji |
Miyakonojo National College of Technology |
| WTP-32 |
AC LOSS OF RIPPLE CURRENT IN SUPERCONDUCTING DC POWER TRANSMISSION CABLE |
K. Yoshitomi |
Kyushu Institute of Technology |
| WTP-33 |
OVER CURRENT CHARACTERISTICS OF 2G HTS WIRES CONSIDERING UTILITY FAULT CONDITION |
J. Kim |
Daejeon University |
| WTP-34 |
QUENCH CHARACTERISTICS OF LTS/HTS HYBRID SUPERCONDUCTOR |
W. Pi |
North China Electric Power University |
| WTP-35 |
MAGNETIC FIELD MEASUREMENTS OF HTS TAPE CONDUCTORS |
J. Sun |
Chubu University |
| WTP-36 |
SHIELDING CURRENT ANALYSIS BY CURRENT-VECTOR-POTENTIAL METHOD: APPLICATION TO CRACK DETECTION IN HTS FILM |
A. Kamitani |
Yamagata University |
| WTP-37 |
DESIGN OF OUTER SHIELD CONDUCTOR IN INNOVATIVE SUPERCONDUCTING DC CABLE USING THE LONGITUDINAL MAGNETIC FIELD EFFECT |
V.S. Vyatkin |
Kyushu Institute of Technology |
| WTP-38 |
ELECTROMAGNETIC PROPERTIES OF COMMERCIAL Bi2223 WIRES EVALUATED BY MAGNETO-OPTICAL IMAGING |
H. Akiyama |
The University of Tokyo |
| WTP-39 |
EFFECT OF MgO AND Ag<SUB&rt;2</SUB&rt;O ADDITION ON THE FORMATION AND SUPERCONDUCTING PROPERTIES OF (Bi,Pb)-2223 PHASE |
X. Lu |
Akita University |
| WTP-40 |
HIGH-PERFORMANCE MgB<SUB&rt;2</SUB&rt; SUPERCONDUCTING WIRES FOR USE UNDER LIQUID-HELIUM-FREE CONDITIONS FABRICATED USING INTERNAL Mg DIFFUSION PROCESS |
S. Ye |
National Institute for Materials Science |
| WTP-41 |
CORRELATION BETWEEN THE CRITICAL-CURRENT ANISOTROPY AND THE MICROSTRUCTURE OF <I&rt;EX SITU</I&rt;-PROCESSED MgB<SUB&rt;2</SUB&rt; TAPES USING CARBON-SUBSTITUTED POWDER |
T. Kuroda |
National Institute for Materials Science |
| WTP-42 |
ENHANCEMENT OF THE CRITICAL CURRENT DENCITY OF IN-SITU POWDER-IN-TUBE PROCESSED MgB<SUB&rt;2</SUB&rt; WIRES BY HYDROCARBON ADDITIONS |
Y. Zhang |
National Institute for Materials Science |
| WTP-43 |
DEVELOPMENT OF HIGH CONNECTIVITY <I&rt;EX-SITU</I&rt; MgB<SUB&rt;2</SUB&rt; BULKS AND WIRES BY NOVEL SELF-SINTERING TECHNIQUE |
S. Mizutani |
The University of Tokyo |
| WTP-44 |
MEASUREMENT OF MECHANICAL PROPERTIES OF MgB<SUB&rt;2</SUB&rt; WIRE |
T. Asami |
Sophia University |
| WTP-45 |
FABRICATION OF P-DOPED BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; COATED CONDUCTORS ON IBAD-BUFFERED METALLIC SUBSTRATES BY PULSED LASER DEPOSITION |
S. Miyata |
ISTEC-SRL |
| WTP-46 |
EFFECTS OF HIGH-PRESSURE SINTERING ON CRITICAL CURRENT DENSITY IN Co-DOPED BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; WIRES |
H. Inoue |
The University of Tokyo |
| WTP-47 |
FABRICATION OF FeTe1-xSex SUPERCONDUCTING WIRES AND TAPES BY A CHEMICAL-TRANSFORMATION PIT PROCESS |
H. Izawa |
Tokyo Metropolitan University |
| WTP-48 |
EFFECT OF FLOW SPEED OF REDUCING GAS ON EPITAXIAL GROWTH OF CeO2 BUFFER LAYER IN COATED CONDUCTORS |
Y. Wang |
Northwest Institute For Non-ferrous Metal Research |
| WTP-49 |
EFFECT OF CONDUCTOR CONSTRUCTION ON THE MORPHOLOGY OF THE CORE DURING DRAWING PROCESS AND <I&rt;J<SUB&rt;e</SUB&rt;</I&rt; OF Bi2212/Ag WIRES |
Q-B. Hao |
Northwest Institute For Non-ferrous Metal Research |
| WTP-50 |
EPITAXIAL GROWTH OF YBCO FILMS BY METAL ORGANIC DECOMPOSITION METHOD AT LOW PRESSURE CONDITION |
W. Yang |
Shanghai University |
| SAP-1 |
IRRADIATION EFFECT ON THE INTERFACE OF THE COMPOSITES USED AS THE INSULATION MATERIALS IN THE NUCLEAR FUSION REACTOR |
M. Hayashi |
Osaka University |
| SAP-2 |
DESIGN OF A HIGH TEMPERATURE SUPERCONDUCTING CONTROLLABLE REACTOR |
S. Shen |
Huazhong University of Science and Technology |
| SAP-3 |
STUDY ON CIRCULATION CURRENT DISTRIBUTION IN A CICC UNDER VARIABLE EXTERNAL MAGNETIC FIELD |
T. Morimura |
Tohoku University |
| SAP-4 |
EXPERIMENTAL INVESTIGATION AND THEORETICAL ANALYSIS OF THE INTER-STRAND CONTACT RESISTANCE IN MULTI-STRAND SUPERCONDUCTING CABLE FOR JT-60SA EF COIL |
K. Hamano |
Sophia University |
| SAP-5 |
THERMAL ANALYSIS OF A HTS TF MAGNET WITH D-SHAPED COILS |
X. Deng |
Huazhong University of Science and Technology |
| SAP-6 |
DESIGN OF HTS D-SHAPED COILS FOR ITER TOKAMAK TF MAGNET |
H. Liu |
Huazhong University of Science and Technology |
| SAP-7 |
STABILITY ANALYSIS OF ITER SIDE CORRECTION COILS |
J. Fang |
Beijing Jiaotong University |
| SAP-8 |
THEORETICAL APPROACH ON THE DC ELECTRIC FIELD DISTRIBUTION ACCORDING TO THE DIFFERENT TIME CONSTANT FOR THE FUNDAMENTAL DESIGN OF DC SUPERCONDUCTING POWER CABLES |
B-W. Lee |
Hanyang University |
| SAP-9 |
THERMAL STABILITY ANALYSIS OF DC HIGH TEMPERATURE SUPERCONDUCTING CABLE |
K. Sim |
Korea Electrotechnology Research Institute |
| SAP-10 |
THE SURFACE DISCHARGE CHARACTERISTICS OF HTS DC CABLE AND STOP JOINT BOX |
S-H. Kim |
Gyeongsang National University / ERI |
| SAP-11 |
HARMONIC LOSS ANALYSIS OF A 3 kA CLASS HTS DC POWER CABLE USING CALORIMETRIC METHOD |
B-G. Jang |
Changwon National University |
| SAP-12 |
HARDWARE-IN-THE-LOOP SIMULATION-BASED TRANSIENT ANALYSIS OF AN HTS DC POWER CABLE INSTALLED IN HANLIM HVDC SYSTEM |
J-G. Kim |
Changwon National University |
| SAP-13 |
QUALIFICATION TESTS OF DC HTS CABLE SYSTEM FOR APPLYING INOT REAL GRID |
B. Yang |
KEPRI(KEPCO Research Institute) |
| SAP-14 |
Cancelled |
|
|
| SAP-15 |
POWER SYSTEM STUDY FOR THE APPLICATION OF DC 80kV HTS CABLE SYSTEMS TO JEJU ISLAND IN KOREA |
B. Lee |
KOREA University. |
| SAP-16 |
OPERATIONAL CHARACTERISTICS ANALYSIS OF A 22.9 kV/50 MVA TRI-AXIAL HTS POWER CABLE CORE USING HARDWARE-IN-THE-LOOP SIMULATION |
S-K. Kim |
Changwon National University |
| SAP-17 |
DESIGN AND PHILS-BASED TRANSIENT ANALYSIS OF A TRI-AXIAL HTS POWER CABLE |
S-K. Ha |
Changwon National University |
| SAP-18 |
EXPERIMENTAL 3-PHASE MODEL OF A SUPERCONDUCTING AC POWER TRANSMISSION CABLE FOR TRANSPORT CURRENT AND AC LOSS INVESTIGATIONS |
W.O. Goldacker |
Institute of Physics |
| SAP-19 |
OPERATIONAL RESULTS OF LARGE CAPACITY DISTRIBUTION CLASS HTS CABLE SYSTEM CONSTRUCTED IN KEPCO GRID |
J-H. Lim |
KEPCO Research Institute |
| SAP-20 |
DESIGN AND TEST OF AC 154kV 600MVA HTS CABLE |
J-B. NA |
LS Cable&System |
| SAP-21 |
NUMERICAL ANALYSIS OF HEAT TRANSFER AND FLUID CHARACTERISTICS OF LIQUID NITROGEN FLOWING IN HTS CABLE |
O. Maruyama |
International Superconductivity Technology Center |
| SAP-22 |
AN INVESTIGATION ON THE MEASUREMENT OF ELECTRICAL CONDUCTIVITY OF BOTH PPLP AND EPOXY IN LN<SUB&rt;2</SUB&rt; |
B-W. Lee |
Hanyang University |
| SAP-23 |
THREE-DIMENSIONAL NUMERICAL ANALYSIS ON CURRENT DISTRIBUTION AND AC LOSS OF HTS CABLE CONDUCTOR WITH MULTI-LAYERS |
Y. Zheng |
North China Electric Power University |
| SAP-24 |
DESIGN AND RTDS TEST FOR THERMAL PROTECTION IN ICHEON SUBSTATION HTS DISTRIBUTION SYSTEM |
H. Lee |
Kyungil University |
| SAP-25 |
DYNAMIC CHARACTERISTICS OF PRESSURE BUILD UP TANK FOR HTS POWER CABLE REFRIGERATION SYSTEM |
S. Kim |
Changwon National University |
| SAP-26 |
INVESTIGATION ON EFFECTIVE OPERATIONAL TEMPERATURE OF HTS CABLE SYSTEM CONSIDERING CRITICAL CURRENT AND AC LOSS |
S-W. Yim |
Korea Electric Power Corporation |
| SAP-27 |
ANALYSIS ON FAULT CURRENT LIMITING AND UNINTERRUPTIBLE POWER SUPPLYING CHARACTERISTICS OF A SFCL USING MAGNETICALLY COUPLED COILS |
S-H. Lim |
Soongsil University |
| SAP-28 |
ANALYSIS ON FAULT CURRENT LIMITING CHARACTERISTICS OF A TRANSFORMER TYPE SFCL USING E-I CORE |
S-H. Lim |
Soongsil University |
| SAP-29 |
ANALYSIS ON FAULT CURRENT LIMITING CHARACTERISTICS OF A FLUX-LOCK TYPE SFCL WITH ELECTROMAGNETICALLY OPERATED SWITCH |
S-H. Lim |
Soongsil University |
| SAP-30 |
IMPROVEMENT OF CURRENT LIMITING AND RECOVERY CHARACTERISTICS OF FLUX-LOCK TYPE SFCL WITH SERIES CONNECTION OF TWO COILS USING ITS THIRD WINDING |
S-H. Lim |
Soongsil University |
| SAP-31 |
ANALYSIS ON THE VOLTAGE CHARACTERISTICS ACCORDING TO PROTECTION COORDINATION OF PROTECTION DEVICES WITH SUPERCONDUCTING FAULT CURRENT LIMITER IN A POWER DISTRIBUTION SYSTEM |
S-H. Lim |
Soongsil University |
| SAP-32 |
STUDY ON EFFECT OF AN SFCL INTRODUCTION ON OPERATION OF DISTANCE RELAY IN A POWER TRANSMISSION SYSTEM |
S-H. Lim |
Soongsil University |
| SAP-33 |
AN EFFECTIVE DISTANCE RELAY SETTING CONSIDERING A HYBRID RESISTIVE SUPERCONDUCTING FAULT CURRENT LIMITER IN A 154 kV TRANSMISSION SYSTEM |
C-M. Dinh |
Changwon National University |
| SAP-34 |
A STUDY ON OPTIMAL SFCL SPECIFICATION TO ENHANCE THE TRANSFER CAPABILITY ON KOREAN POWER SYSTEM |
G. Jang |
Korea University |
| SAP-35 |
COORDINATION OF DIRECTIONAL OVERCURRENT RELAYS USING SUPERCONDUCTING FAULT CURRENT LIMITERS (SFCLs) WITH MODELING OF POWER SYSTEM UNCERTAINTY |
S-K. Joo |
Korea University |
| SAP-36 |
A STUDY ON THE EFFECT OF RESISTIVE SFCL ON DISTRIBUTION SYSTEMS WITH EV BATTERY CHARGING |
Y-S. Cho |
Catholic University of Daegu |
| SAP-37 |
STOCHASTIC ASSESSMENT OF CONDITIONAL VALUE AT RISK (CVaR) FOR SUPERCONDUCTING FAULT CURRENT LIMITER (SFCL) UNDER POWER SYSTEM UNCERTAINTY |
S-K. Joo |
Korea University |
| SAP-38 |
OPERATION IMPROVEMENT EFFECT OF SFCL USING A SOLENOID |
B-I. Jung |
Chosun University |
| SAP-39 |
DIELECTRIC CHARACTERISTICS OF SOLID INSULATION MATERIALS FOR DEVELOPMENT OF A SUPERCONDUCTING FAULT CURRENT LIMITER |
H. Kang |
Korea National University of Transportation |
| SAP-40 |
IMPROVEMENT OF SFCL TO LIMIT WITHIN THE FIRST HALF CYCLE OF FAULT CURRENT |
B.J. Park |
KEPCO Research Institute |
| SAP-41 |
PEAK CURRENT LIMITING CHARACTERISTICS OF SERIES CONNECTION-TYPE SFCL WITH TWO MAGNETICALLY COUPLED CIRCUITS USING E-I CORE |
S-C. Ko |
Kongju National University |
| SAP-42 |
INFLUENCE OF A FLUX-COUPLING TYPE SUPERCONDUCTING FAULT CURRENT LIMITER ON COMMUTATION FAILURE IN A HVDC TRANSMISSION SYSTEM |
L. Chen |
Wuhan University |
| SAP-43 |
STUDY OF A FLUX-COUPLING TYPE SUPERCONDUCTING FAULT CURRENT LIMITER INTO A VSC-HVDC TRANSMISSION SYSTEM |
L. Chen |
Wuhan University |
| SAP-44 |
PRELIMINARY STUDY FOR DESIGN OF THE FAULT-CURRENT-LIMITING HTS CABLE |
H-I. Du |
Chonbuk National University |
| SAP-45 |
STUDY ON SELECTION AND ARRANGEMENT OF HTS WIRE FOR FABRICATION OF THE FAULT-CURRENT-LIMITING HTS CABLE |
H-I. Du |
Chonbuk National University |
| SAP-46 |
EFFECT ON OPERATING CURRENT OF CURRENT-LIMITING ELEMENT IN CONNECTING YBCO THIN-FILM WIRE HAVING DIFFERENT STABILIZER LAYER IN SERIES |
H-I. Du |
Chonbuk National University |
| SAP-47 |
SECURING THE RELIABILITY OF HIGH SPEED INTERRUPTER ACCORDING TO OPERATING DUTY OF RECLOSING |
H-W. Choi |
University of Chosun |
| SAP-48 |
ANALYSIS MODEL DEVELOPMENT AND SPECIFICATION PROPOSAL OF 154kV SFCL FOR THE APPLICATION TO A LIVE GRID IN SOUTH KOREA |
B. Lee |
Korea University. |
| SAP-49 |
ASSESSMENT ON THE INFLUENCE OF RESISTIVE SUPERCONDUCTING FAULT CURRENT LIMITER IN VSC-HVDC SYSTEM CONNECTED WITH MICROGRID |
B-W. Lee |
Hanyang University |
| SAP-50 |
ACTIVE POWER AND VOLTAGE REGULATION OF PHOTOVOLTAIC PLANT IN ISOLATED MICRO-GRID BASED ON SMES |
F. Guo |
Wuhan University |
| SAP-51 |
ANALYSIS OF DYNAMIC TEMPERATURE CHARACTERISTIC IN A HTS SMES MAGNET |
Y. Xu |
Huazhong University of Science and Technology |
| SAP-52 |
AN EFFECTIVE CONTROL SCHEME FOR THE COMBINED OPERATION OF SMES, BESS AND EDLC TO IMPROVE THE POWER QUALITY OF A MICROGRID |
G-S. Kim |
Changwon National University |
| SAP-53 |
STRATEGY OF INERTIA CONTROL IN POWER SYSTEMS WITH HIGH PENETRATION OF RENEWABLES USING A SUPERCONDUCTING MAGNETIC ENEGY STORAGE(SMES) UNIT |
B. Lee |
Korea University |
| SAP-54 |
APPLICATION OF SMES IN VULNERABLE AREA INTEGRATED WITH WIND FARM FOR IMPROVING TRANSIENT STABILITY |
B. Lee |
Korea University |
| SAP-55 |
THERMAL ANALYSIS AND DESIGN OF THE CRYOGENIC SYSTEM FOR 12MW OFFSHORE SUPERCONDUCTING WIND TURBINE |
X. Li |
Huazhong University of Science & Technology |
| SAP-56 |
DESIGNS OF LARGE SCALE AIR-CORED AND IRON-CORED HTS SYNCHRONOUS GENERATORS FOR WIND TURBINES |
H-J. Sung |
National University of Changwon |
| SAP-57 |
DYNAMIC PERFORMANCE ANALYSIS OF A 10 kW 2G HTS WIND GENERATOR USING HARDWARE-IN-THE-LOOP SIMULATION |
G-H. Kim |
Korea Electrotechnology Research Institute |
| SAP-58 |
DESIGN AND FABRICATION OF A 10 kW CLASS HTS SYNCHRONOUS GENERATOR USING 2G HTS WIRE |
K. Kim |
Changwon National University |
| SAP-59 |
CHARACTERISTIC ANALYSIS OF A 10 kW SUPERCONDUCTING SYNCHRONOUS GENERATOR WITH 2G HTS WIRE FOR WIND TURBINES |
K-G. Hun |
Korea Electrotechnology Research Institute |
| SAP-60 |
100 kWH CAPACITY OF SUPERCONDUCTING FLYWHEEL ENERGY STORAGE APPLICATION TO IMPLEMENT LARGE-SCALE WIND FARM BUSINESS MODEL |
H. Lee |
Kyungil University |
| SAP-61 |
DESIGN OF QUENCH PROTECTION SYSTEM FOR A 12MW SUPERCONDUCTING WIND TURBINE GENERATOR |
J. He |
Huazhong University of Science and Technology (HUST) |
| SAP-62 |
OPTIMAL DESIGN OF A 2 MW CLASS SCSG FOR A TIDAL CURRENT POWER GENERATION SYSTEM |
B-S. Go |
Changwon National University |
| SAP-63 |
EFFECT OF THE MAGNET INSERTION ON THE PERFORMANCE OF A SUPERCONDUCTING PUMP |
M. Kondo |
Shibaura Institute of Technology |
| SAP-64 |
CALCULATION OF ELECTRICAL PARAMETER IN SUPERCONDUCTING ROTATING MACHINE USING COMBINATION OF SPACE HARMONIC ANALYSIS AND IMAGE METHOD |
S-H. Lee |
Doosan Heavy Industries & Construction |
| SAP-65 |
DEVELOPMENT OF VOLTAGE REGULATION PLAN BY COMPOSING SUBSYSTEM WITH THE SUPERCONDUCTING FLYWHEEL ENERGY STORAGE FOR DC ON-LINE ELECTRIC VEHICLE |
G. Jang |
Korea University |
| SAP-66 |
STUDY ON THE LEVITATION AND RESTORING FORCE CHARACTERISTICS OF THE IMPROVED HTS-PERMANENT MAGNET HYBRID MAGNETIC BEARING |
R. Sugiyama |
University of Kansai |
| SAP-67 |
LOSS ANALYSIS OF HTS AXIAL FLUX ELECTRIC-DYNAMIC LEVITATION MOTOR |
S. Li |
Beijing Jiaotong University |
| SAP-68 |
LOSS ANALYSIS OF THREE-LEGGED STRUCTURE HTS COIL |
S. Li |
Beijing Jiaotong University |
| SAP-69 |
THE DEVELOPMENT OF THE SEPARATION APPARATUS OF PHOSPHOR BY CONTROLLING THE MAGNETIC FORCE |
K. Wada |
Osaka University |
| SAP-70 |
IN-VIVO TREATMENT OF HEAVY METAL POISONING USING HIGH GRADIENT MAGNETIC SEPARATION |
M.F. Ahmad |
University of Cambridge |
| SAP-71 |
STUDY ON MAGNETIC SEPARATION FOR DECONTAMINATION OF CESIUM CONTAMINATED SOIL BY USING SUPERCONDUCTING MAGNET |
S. Igarashi |
Osaka University |
| SAP-72 |
CONCEPTUAL DESIGN OF A MW CLASS HTS AC INDUCTION HEATING SYSTEM FOR IRON MATERIALS |
K. Yun |
Changwon National University |
| SAP-73 |
A PRACTICAL DESIGN AND OPERATING CHARACTERISTIC ANALYSIS OF A 10 kW HTS DC INDUCTION HEATING MACHINE |
J. Choi |
Changwon National University |
| SAP-74 |
CHARACTERISTICS AND EFFICIENCY ENHANCEMENT OF CONTACTLESS POWER TRANSFER WITH 13.56 MHz HTS RESONANCE LOOP ANTENNA |
Y-D. Chung |
Suwon Science College |
| SAP-75 |
CHARACTERISTICS OF WIRELESS POWER TRANSMISSION USING SUPERCONDUCTOR COIL PARAMETER |
I-S. Jeong |
Chosun University |
| SAP-76 |
DEVELOPMENT OF 3-LEVEL CONVERTER CONTROLLER IN MAGNETIC LEVITATION SYSTEM CONSIDERING MOVEMENT OF RAILWAY VEHICLES |
H. Lee |
Kyungil University |
| SAP-77 |
QUENCH AND RECOVERY CHARACTERISTICS OF THE CONDUCTION-COOLED HTS RACETRACK COILS WITH RESPECT TO BOBBIN MATERIALS |
H. Lee |
Korea University |
| SAP-78 |
ANALYSIS OF QUENCH BEHAVIORS OF THE HTS RACETRACK COIL UNDER OVER-CURRENT CONDITIONS |
H. Lee |
Korea University |
| SAP-79 |
THERMAL/ELECTRICAL CHARACTERISTICS OF A GdBCO PANCAKE COIL INSULATED WITH THERMAL GREASE |
H. Lee |
Korea University |
| SAP-80 |
QUENCH INITIATION AND PROPAGATION BEHAVIORS OF GdBCO PANCAKE COIL USING PARTIAL INSULATION WINDING TECHNIQUE |
H. Lee |
Korea University |
| SAP-81 |
EMPIRICAL AND NUMERICAL ANALYSES ON SPIRAL/RADIAL CURRENT FLOWS IN NO-INSULATION MAGNET |
H. Lee |
Korea University |
| SAP-82 |
TRANSIENT CHARACTERISTICS OF THE MAGNETICALLY COUPLED NON-INSULATED RACETRACK COILS |
H. Lee |
Korea University |
| SAP-83 |
THE EFFECT OF THE STABILIZER AND LAMINATION MATERIALS ON THE HEAT TRANSFER AND NZP CHARACTERISTICS OF NO-INSULATION GdBCO RACETRACK COILS |
H. Lee |
Korea University |
| SAP-84 |
EMPIRICAL AND NUMERICAL ANALYSES ON THE REMANENT FIELD IN A NO-INSULATION GdBCO COIL |
H. Lee |
Korea University |
| SAP-85 |
TIME-FREQUENCY ANALYSES OF AE SIGNALS IN YBCO SUPERCONDUCTORS |
N. Takemoto |
Okayama University |
| SAP-86 |
NON-DESTRUCTIVE DETECTION OF NORMAL TRANSITIONS IN HIGH TEMPERATURE SUPERCONDUCTING COILS |
K. Nishiyama |
Okayama University |
| SAP-87 |
QUENCH DETECTION AND PROTECTION FOR HIGH TEMPERATURE SUPERCONDUCTING TRANSFORMERS BY USING THE ACTIVE POWER METHOD |
Y. Kobayashi |
Okayama University |
| SAP-88 |
THE STUDY ON THE DEGRADATION CHARACTERISTICS OF THE NON-INSULATED HTS COILS BY BENDING AND COMPRESSIVE STRESSES |
H. Ikoma |
Okayama University |
| SAP-89 |
COMPACT 2G HTSC MAGNET WITH DIFFERENTIAL TAPE WIDTH FOR CONDUCTION COOLED LARGE BORE MAGNET |
Y. Sangwon |
SuNAM Co.,Ltd. |
| SAP-90 |
TEST AND ANALYSIS OF ELECTROMAGNETIC AND MECHANICAL PROPERTIES OF AN HTS COIL |
Y.S. Yoon |
Shin Ansan University |
| SAP-91 |
EXPERIMENTAL STUDY ON CURRENT DECAY CHARACTERISTICS OF PERSISTENT CURRENT HTS MAGNET BY ALTERNATING MAGNETIC FIELD |
T.K. Ko |
Yonsei University |
| SAP-92 |
A STUDY ON IMPREGNATING MATERIAL AND WINDING TECHNOLOGY TO IMPROVE THE CHARACTERISTIC OF 2G HTS COIL |
Y. Jang |
Korea Electrotechnology Research Institute |
| SAP-93 |
DEVELOPMENT OF DOWNSIZED HTS CURRENT LEAD PREPARED BY YGdBCO COATED CONDUCTOR |
K. Takahashi |
SWCC SHOWA CABLE SYSTEMS CO., LTD. |
| SAP-94 |
DESIGN OF LARGE CURRENT CAPACITY PCL FOR THE SUPERCONDUCTING APPLICATIONS |
H. Sugane |
SWCC Showa Cable Systems Co., Ltd |
| SAP-95 |
A STUDY ON HTS BUSHING WITH SHEDS IN LIQUID NITROGEN |
S-H. Kim |
Gyeongsang National University / ERI |
| SAP-96 |
COMPARISON OF THE DESIGN AND THE INSULATION CHARACTERISTICS BETWEEN 60KV RATING SOLID-TYPE AND GAS-TYPE CRYOGENIC BUSHINGS |
B-W. Lee |
Hanyang University |
| SAP-97 |
NUMERICAL AND EXPERIMENTAL STUDY ON SPLIT COIL-SHAPED HTS BULKS TO IMPROVE THE FIELD HOMOGENEITY FOR COMPACT NMR RELAXOMETRY MAGNETS |
D. Ishizuka |
Okayama university |
| SAP-98 |
THE STUDY ON THE STABILITY OF NON-CONTACT ROTATING SYSTEM USING HTS BULKS AND PERMANENT MAGNETS |
Y. Fujii |
Okayama University |
| SAP-99 |
STUDY ON THE SHAPE OPTIMIZATION OF HTS BULKS FOR MAGNETIC FIELD CONTROL INCLUDING ON/OFF AND AMPLIFICATION |
T. Abe |
Okayama University |
| SAP-100 |
THE DYNAMIC CHARACTERISTICS OF 3-D SUPERCONDUCTING ACTUATOR USING THE MAGNETIZED HTS BULK BY SANDWICHED ELECTROMAGNETS |
H. Nakano |
Okayama University |
| SAP-101 |
THE STUDY TO IMPROVE THE FIELD HOMOGENEITY OF THE HTS BULK MAGNETS FOR NMR RELAXOMETRY DEVICE BY PASSIVE COMPENSATION METHODS |
H. Kitamura |
Okayama University |
| SAP-102 |
THE FUNDAMENTAL STUDY TO CONTROL THE MAGNETIC FIELD FOR MDDS USING SHIELDING CURRENT OF HTS TAPES |
I. Eritate |
Okayama University |
| SAP-103 |
ROTATIONAL CHARACTERISTIC OF SUPERCONDUCTING MIXERS WITH HALBACH ARRAY MAGNETS |
A. Yamashita |
Shibaura Institute of Technology |
| SAP-104 |
INVESTIGATION OF THE FLUX FLOW INHIBITING EFFECT OF A HOLE-OPENED SUPERCONDUCTING BULK MAGNET |
K. Yokoyama |
Ashikaga Institute of Technology |
| SAP-105 |
DAMPING OSCILLATION CHARACTERISTICS OF A MAGNET ENCOMPASSED BY MAGNETIC FLUID LEVITATED ABOVE A BULK SUPERCONDUCTOR |
M. Futamura |
Akita Prefectural University |
| SAP-106 |
SHIELDING AND TRAPPED FIELD PROPERTIES OF LARGE MgB<SUB&rt;2</SUB&rt; BULK |
T. Ujiie |
Iwate university |
| SAP-107 |
SUSPENSION OF A YBCO TAPE AND ITS NUMERICAL EVALUATION |
M. Tsuchimoto |
Hokkaido Institute of Technology |
| SAP-108 |
Development of a 1 MVA superconducting transformer employing 2G HTS Roebel cable |
Zhenan Jiang |
Industrial Research Limited |
| PCP-1 |
SPIN-CURRENT STATE IN ANISOTROPIC TRIANGULAR HEISENBREG MODEL |
S. Tamura |
Tohoku University |
| PCP-2 |
STAGGERED FLUX STATE ON ANISOTROPIC TRIANGULAR LATTICE |
H. Yokoyama |
Tohoku University |
| PCP-3 |
AN OVERALL DESCRIPTION OF PHASE DIAGRAM IN HIGH-TEMPERATURE SUPERCONDUCTING CUPRATE |
K. Nishi |
Toyohashi University of Technology |
| PCP-4 |
SUPERCONDUCTIVITY AND MOTT CORRELATION IN THE UNDERDOPED HUBBARD MODEL |
K. Kobayashi |
Chiba Institute of Technology |
| PCP-5 |
MATERIAL PARAMETERS, FERMI SURFACE AND SUPERCONDUCTIVITY IN CORRELATED ELECTRON SYSTEMS |
T. Yanagisawa |
National Institute of Advanced Industrial Science and Technology |
| PCP-6 |
STRIPES AND SUPERCONDUCTIVITY IN A TWO-DIMENSIONAL HUBBARD MODEL |
M. Miyazaki |
Hakodate National College of Technology |
| PCP-7 |
THEORETICAL CHEMICAL-PRESSURE EFFECT ON <I&rt;T<SUB&rt;C</SUB&rt;</I&rt; IN THE CUPRATE SUPERCONDUCTORS |
H. Sakakibara |
The University of Electro-Communications |
| PCP-8 |
OBSERVATION OF THE GAP DISTRIBUTIONS ON MULTI-LAYERED CUPRATE SUPERCONDUCTOR Ba<SUB&rt;2</SUB&rt;Ca<SUB&rt;4</SUB&rt;Cu<SUB&rt;5</SUB&rt;O<SUB&rt;10</SUB&rt;(O<SUB&rt;1-x</SUB&rt;, F<SUB&rt;x</SUB&rt;)<SUB&rt;2</SUB&rt; BY STM/STS |
A. Sugimoto |
Hiroshima University |
| PCP-9 |
TWO SIZES OF SUPERCONDUCTING GAPS ON AN UNDER-DOPED Bi<SUB&rt;2.1</SUB&rt;Sr<SUB&rt;1.9</SUB&rt;Ca<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;10+δ</SUB&rt; WITH <I&rt;T</I&rt;<SUB&rt;C</SUB&rt; ~ 101 K BY TUNNELING SPECTROSCOPY |
R. Sekine |
Tokyo University. of Science. |
| PCP-10 |
HARMONIC SUSCEPTIBILITIES OF POLYCRYSTALLINE SUPERCONDUCTOR FeSr<SUB&rt;2</SUB&rt;YCu<SUB&rt;2</SUB&rt;O<SUB&rt;6+<I&rt;y</I&rt;</SUB&rt; |
A. Ikeda |
National Defense Academy |
| PCP-11 |
Cancelled |
|
|
| PCP-12 |
Cancelled |
|
|
| PCP-13 |
Ni IMPURITY EFFECT ON THE TRANSPORT PROPERTIES AND CARRIER CONCENTRATION OF Bi2212 |
Y. Kiguchi |
Waseda University |
| PCP-14 |
SUPERCONDUCTIVITY IN HYDROGEN-ABSORBED <I&rt;RE</I&rt;Ba<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-<I&rt;δ</I&rt;</SUB&rt;H<SUB&rt;<I&rt;x</I&rt;</SUB&rt; (<I&rt;RE</I&rt;=Y, La, Nd) |
H. Yagyu |
Tohoku University |
| PCP-15 |
NEW SUPERCONDUCTING CUPRATE EuSr<SUB&rt;2</SUB&rt;Cu<SUB&rt;2</SUB&rt; (Ta,Sn)O<SUB&rt;8-<I&rt;y</I&rt;</SUB&rt; WITH THE RE-123 STRUCTURE |
S. Sato |
Tohoku University |
| PCP-16 |
LIQUID PHASE GROWTH OF YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;7-x</SUB&rt; AT LOW TEMPERATURES USING KOH FLUX |
Y. Yamada |
Shimane University |
| PCP-17 |
IMPROVEMENT OF UPPER CRITICAL FIELD ON YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<I&rt;<SUB&rt;y</SUB&rt;</I&rt; FILMS BY SUBSTITUTING 3d TRANSITION METAL FOR Cu SITE USING COMBINATORIAL PLD METHOD |
S. Kojima |
University of Nagoya |
| PCP-18 |
JOSEPHSON EFFECTS AND SQUIDS OF Sr<SUB&rt;2</SUB&rt;RuO<SUB&rt;4</SUB&rt; |
H. Kashiwaya |
AIST |
| PCP-19 |
STUDY ON THE EFFECT OF THE FERMI SURFACE MULTIPLICITY TRANSITION IN THE IRON BASED SUPERCONDUCTORS |
H. Usui |
Osaka University |
| PCP-20 |
THEORETICAL ANALYSIS OF SPIN FLUCTUATION AND SUPERCONDUCTIVITY IN THE HEAVILY ELECTRON DOPED 1111 IRON-BASED SUPERCONDUCTORS |
K. Suzuki |
The University of Electro-Communications |
| PCP-21 |
DEINTERCALATION OF EXCESS Fe BY VACUUM ANNEALING FOR Fe(Se,Te) SINGLE CRYSTALS |
S. Komiya |
CRIEPI |
| PCP-22 |
EVOLUTION OF SUPERCONDUCTIVITY IN Fe<SUB&rt;1+ <I&rt;y</I&rt;</SUB&rt;Te<SUB&rt;1- <I&rt;x</I&rt;</SUB&rt;Se<SUB&rt; <I&rt;x</I&rt;</SUB&rt; ANNEALING IN CHALCOGEN ATMOSPHERE |
Y. Sun |
The University of Tokyo |
| PCP-23 |
THERMAL CONDUCTIVITY AND ELECTRICAL RESISTIVITY OF FeTe<SUB&rt;1-x</SUB&rt;S<SUB&rt;x</SUB&rt; SINTERED SAMPLES |
T. Kikegawa |
Ichinoseki National College of Technology |
| PCP-24 |
SPECIFIC HEAT IN MAGNETIC FIELDS AND SUPERCONDUCTING GAP STRUCTURE IN FeSe<SUB&rt;1-<I&rt;x</I&rt;</SUB&rt;Te<SUB&rt;<I&rt;x</I&rt;</SUB&rt; (0.6 ≤ x ≤ 1) |
T. Konno |
Tohoku University |
| PCP-25 |
PRESSURE EFFECTS ON SUPERCONDUCTING PROPERTIES OF 122-TYPE IRON PNICTIDE EPITAXIAL FILMS ON SEVERAL SUBSTRATES |
H. Sato |
Tokyo Institute of Technology |
| PCP-26 |
DOPING DEPENDENCE OF SUPERCONDUCTING TRANSITION TEMPERATURE IN Ca<SUB&rt;10</SUB&rt;(Pt<SUB&rt;n</SUB&rt;As<SUB&rt;8</SUB&rt;)(Fe<SUB&rt;2-<I&rt;x</I&rt;</SUB&rt;Pt<SUB&rt;<I&rt;x</I&rt;</SUB&rt;As<SUB&rt;2</SUB&rt;)<SUB&rt;5</SUB&rt; (n = 3, 4) |
D. Mitsuoka |
Okayama University |
| PCP-27 |
SUPERCONDUCTING PROPERTIES OF La AND P CO-DOPED CaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; |
K. Iba |
Okayama University |
| PCP-28 |
INDIRECT BISMUTH DOPING TO 122-TYPE IRON PNICTIDE BY PULSED LASER DEPOSITION |
Y. Wang |
Tokyo Instutite of Technology |
| PCP-29 |
ENHANCEMENT OF INTERGRAIN PROPERTIES BY Sn ADDITION IN SrKFeAs SUPERCONDUCTORS |
T. Akune |
Kyushu Sangyo University |
| PCP-30 |
GROWTH OF SmFeAsO<SUB&rt;1-x</SUB&rt;F<SUB&rt;x</SUB&rt; HIGH-QUALITY SINGLE CRYSTALS |
M. Fujioka |
National Institute for Materials Science |
| PCP-31 |
MAGNETIC PENETRATION DEPTH AND FLUX-FLOW RESISTIVITY MEASUREMENTS OF BaFe<SUB&rt;2</SUB&rt;(As,P)<SUB&rt;2</SUB&rt;; CONVINCING GAP ANISOTROPY SCENARIO |
T. Okada |
The University of Tokyo |
| PCP-32 |
TUNNELING SPECTRA OF BREAK JUNCTIONS INVOLVING THE SUPERCONDUCTING A15 COMPOUND Nb<SUB&rt;3</SUB&rt;Sn |
T. Ekino |
Hiroshima University |
| PCP-33 |
THE AGING EFFECT OF WATER-TREATED MgB<SUB&rt;2</SUB&rt; MATERIALS ON THE SUPERCONDUCTING PROPERTIES |
K-J. Song |
Chonbuk National University |
| PCP-34 |
SYNTHESIS OF EPITAXIAL IRON NITRIDE THIN FILMS BY MOLECULAR BEAM EPITAXY |
K. Uehara |
Tokyo University of Agriculture and Technology |
| PCP-35 |
SUPPRESSION OF METAL-INSULATOR TRANSITION IN PrNiO<SUB&rt;3</SUB&rt; BY EPITAXIAL STRAIN |
A. Ikeda |
Tokyo University of Agriculture and Technology |
| PCP-36 |
SUPPRESSION OF SUPERCONDUCTIVITY BY PLATINUM DOPING OF Ca<SUB&rt;3</SUB&rt;Ir<SUB&rt;4</SUB&rt;Sn<SUB&rt;13</SUB&rt; |
Y. Hiraoka |
Okayama University |
| PCP-37 |
SINGLE CRYSTAL GROWTH AND SUPERCONDUCTIVITY OF LAYERED Ta-DICHALCOGENIDES |
Y. Otake |
Tokyo Institute of Technology |
| PCP-38 |
EMERGNECE OF SUPERCONDUCTIVITY BY DIMER BREAKING OF AuTe<SUB&rt;2</SUB&rt; |
M. Nohara |
Okayama University |
| PCP-39 |
SYNTHESIS AND SUPERCONDUCTING PROPERTIES OF POLY AND SINGLE CRYSTALS OF NdO<SUB&rt;1-x</SUB&rt;F<SUB&rt;x</SUB&rt;BiS<SUB&rt;2</SUB&rt; |
T. Hiroi |
Tokyo Metropolitan University |
| PCP-40 |
CRYSTAL STRUCTURE OF Pt-DOPED IrTe<SUB&rt;2</SUB&rt; SUPERCONDUCTOR |
T. Mochiku |
National Institute for Materials Science |
| PCP-41 |
CORRELATION BETWEEN CRYSTAL STRUCTURE AND SUPERCONDUCTIVITY IN THE BiS<SUB&rt;2</SUB&rt;-BASED SUPERCONDUCTORS |
J. Kajitani |
Tokyo Metropolitan University |
| PCP-42 |
ELECTRONIC STRUCTURE OF LaTSB<SUB&rt;2</SUB&rt; (T=Cu,Ag,Au) |
I. Hase |
AIST |
| PCP-43 |
SYNTHESIS OF REBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;4</SUB&rt;O<SUB&rt;8</SUB&rt; AND (Y<SUB&rt;1-x</SUB&rt;Ca<SUB&rt;x</SUB&rt;)<SUB&rt;2</SUB&rt;Cu<SUB&rt;4</SUB&rt;O<SUB&rt;8</SUB&rt; SUPERCONDUCTORS AND THEIR MAGNETIC TRI-AXIAL ALIGNMENT |
S. Horii |
Kyoto University |
| PCP-44 |
FABRICATION OF TRI-AXIALLY ORIENTED RE-Ba-Cu-O BULKS BY MAGNETIC ALIGNMENT |
M. Yamaki |
Kochi University of Technology |
| PCP-45 |
EFFECT OF GROWTH TEMPERATURE ON SUPERCONDUCTING PROPERTIES OF YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; BULK SUPERCONDUCTORS GROWN BY A SEEDED INFILTRATION |
k. Nakazato |
Shibaura Institute of Technology |
| PCP-46 |
DEVELOPMENT OF TECHNOLOGY FOR A RELIABLE FABRICATION OF Sm-123 MATERIALS IN AIR |
Y. Hashimoto |
Shibaura Institute of Technology |
| PCP-47 |
DEVELOPMENT OF MELT-PROCESSED (Nd,Eu,Gd)Ba<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; SUPERCONDUCTOR IN AIR |
K. Suzuki |
Shibaura Institute of Technology |
| PCP-48 |
MORPHOLOGICAL STRUCTURE IN SURROUNDING AREA OF Pt WIRE ADDED IN Dy-123 SYSTEM SUPERCONDUCTOR |
H. Shimada |
Meisei University |
| PCP-49 |
PULSED-FIELD INVASION TO ANISOTROPIC-GROWN HTS BULK MAGNETS WITH VARIED SEED-CRYSTAL POSITIONS AND NUMBERS |
T. Oka |
Niigata University |
| PCP-50-Jr. |
EFFECTS OF WATER TREATMENT ON MAGNETIC LEVITATION FORCES OF MELT GROWTH PROCESSED YBCO BULK SUPERCONDUCTORS |
C-J. Kim |
Korea Atomic Energy Research Institute |
| PCP-51-Jr. |
EFFECTS OF SURFACE PARAFFIN COATING ON THE MAGNETIC LEVITATION FORCES OF MELT GROWTH PROCESSED YBCO BULK SUPERCONDUCTORS |
C-J. Kim |
Korea Atomic Energy Research Institute |
| PCP-52-Jr. |
MEASUREMENT OF MAGNETIC LEVITATION FORCES OF MELT GROWTH PROCESSED YBCO BULK SUPERCONDUCTORS USING A WEIGHING MACHINE AND A SELF-DESIGNED GAP SENSOR |
C-J. Kim |
Korea Atomic Energy Research Institute |
| PCP-53 |
MECHANICAL PROPERTIES OF MgB<SUB&rt;2</SUB&rt; BULKS |
A. Murakami |
Ichinoseki National College of Technology |
| PCP-54 |
EFFECT OF SINTERING TIME ON THE OPTIMAL SYNTHESIS CONDITION IN MgB<SUB&rt;2</SUB&rt; |
J. Ishiwata |
Shibaura Institute of Technology |
| PCP-55 |
EFFECTS OF SINTERING CONDITION ON THE TRAPPED MAGNETIC FIELD PROPERTIES FOR MgB<SUB&rt;2</SUB&rt; BULKS FABRICATED BY IN-SITU CAPSULE METHOD |
T. Yoshida |
Iwate University |
| PCP-56 |
TRAPPED FIELD PROPERTIES OF MgB<SUB&rt;2</SUB&rt; SUPERCONDUCTING BULK MAGNET |
A. Yamamoto |
University of Tokyo; JST-PRESTO |
| PCP-57 |
POSITIONAL DEPENDENCE OF TRAPPED FIELD OF MgB<SUB&rt;2</SUB&rt; SUPERCONDUCTING BULK MAGNET WITH DIFFERENT BULK DIAMETER |
M. Tomita |
Railway Technical Research Institute |
| PCP-58 |
EFFECTS OF HEAT-TREATMENT CONDITION ON THE MICROSTRUCTURE AND INTERGRANULAR CRITICAL CURRENT TRANSPORT PROPERTIES OF Ba(Fe,Co)<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; POLYCRYSTALLINE BULKS |
Y. Hayashi |
The University of Tokyo |
| PCP-59 |
LOW FIELD MICROWAVE ABSORPTION AND ESR IN IRON PNICTIDE SUPERCONDUCTORS |
V. S. Vallabhapurapu |
University of South Africa |
| PCP-60 |
LOW FIELD MICROWAVE ABSORPTION AND ESR IN NANO MAGNETIC PARTICLE ADDED YBCO SUPERCONDUCTORS |
V. S. Vallabhapurapu |
University of South Africa |
| VPP-1 |
PINNING CHARACTERISTICS OF DOPED <I&rt;A</I&rt;Fe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; (<I&rt;A</I&rt;:Ba, Sr) |
N. Chikumoto |
ISTEC-SRL |
| VPP-2 |
INTRINSIC PINNING PROPERTY OF NaFe<SUB&rt;2</SUB&rt;Se<SUB&rt;2</SUB&rt; SUPERCONDUCTOR |
K. Sugai |
Yokohama National University |
| VPP-3 |
SIGNIFICANT ENHANCEMENT OF CRITICAL CURRENT DENSITY WITH AN INTRODUCTION OF POINT DEFECTS IN OPTIMALLY K-DOPED IRON-BASED SUPERCONDUCTORS BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; |
T. Taen |
The University of Tokyo |
| VPP-4 |
EFFECTS OF 320 MEV Au IRRADIATION IN K-DOPED BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; |
F. Ohtake |
The University of Tokyo |
| VPP-5 |
EFFECTS OF URANIUM IRRADIATION IN SrFe<SUB&rt;2</SUB&rt;(As<SUB&rt;0.65</SUB&rt;P<SUB&rt;0.35</SUB&rt;)<SUB&rt;2</SUB&rt; SINGLE CRYSTALS |
T. Tamegai |
The University of Tokyo |
| VPP-6 |
EXAMINATION OF DOPING CHANGE BY <I&rt;c</I&rt;-AXIS CURRENT INJECTION IN Bi<SUB&rt;2</SUB&rt;Sr<SUB&rt;2</SUB&rt;CaCu<SUB&rt;2</SUB&rt;O<SUB&rt;8+y</SUB&rt; AND THE INFLUENCE ON VORTEX STATES |
S. Ooi |
National Institute for Materials Science |
| VPP-7 |
CROSSOVER OF VORTEX PHASES IN IRRADIATE AND PRISTINE Bi<SUB&rt;2</SUB&rt;Sr<SUB&rt;2</SUB&rt;CaCu<SUB&rt;2</SUB&rt;O<SUB&rt;8+δ </SUB&rt; SINGLE CRYSTALS IN HIGH MAGNETIC FIELDS |
J. Mirkovic |
Centre for Ecotoxicological Research of Montenegro |
| VPP-8 |
FLUX AVALANCHES IN MULTI-LAYER SUPERCONDUCTING STRIP ARRAYS |
S. Tada |
The University of Tokyo |
| VPP-9 |
REARRANGEMENT AND INSTABILITIES OF THE FAST DRIVEN ABRIKOSOV LATTICE |
K. Nagatani |
Tokyo Institute of Technology |
| VPP-10 |
VORTEX DYNAMICS SUBJECTED TO PERIODIC SHEAR IN THE PLASTIC AND FLUX FLOW REGIMES |
Y. Kawamura |
Tokyo Institute of Technology |
| VPP-11 |
TEMPERATURE DEPENDENCE OF VORTEX STATES IN NANO-SIZED SUPERCONDUCTING PENTAGON |
O. Sato |
Osaka Prefecture University College of Technology |
| VPP-12 |
VORTEX DISTRIBUTION IN STAR-SHAPED Mo<SUB&rt;80</SUB&rt;Ge<SUB&rt;20</SUB&rt; PLATES MEASURED BY SCANNING SQUID MICROSCOPY |
T. Okamoto |
Osaka Prefecture University |
| VPP-13 |
SPATIOTEMPORAL PHENOMENA AND COMPLEX DYNAMICS IN A DRIVEN JOSEPHSON JUNCTION NETWORK |
T. Kawaguchi |
Toho University |
| VPP-14 |
IMPURITY SCATTERING EFFECT ON THE LOCAL DENSITY OF STATES AROUND A MULTI-QUANTUM VORTEX |
T. Yamane |
Osaka Prefecture University |
| VPP-15 |
EFFECT OF Ir-ADDITION ON PINNING PROPERTY OF MgB<SUB&rt;2</SUB&rt; |
Y. Nozaki |
Yokohama National University |
| VPP-16 |
REVERSIBLE-IRREVERSIBLE TRANSITION IN PERIODICALLY DRIVEN VORTICES IN THE ABSENCE OF GLOBAL SHEAR |
S. Okuma |
Tokyo Institute of Technology |
| FDP-1 |
COMPARATIVE STUDY OF MICROSTRUCTURES OF SmFeAs(O,F), Co-DOPED BaFe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt;, AND FeTe<SUB&rt;0.5</SUB&rt;Se<SUB&rt;0.5</SUB&rt; SUPERCONDUCTING FILMS |
A. Ichinose |
Central Research Institute of Electric Power Industry |
| FDP-2 |
ENHANCED ADSORPTION OF K IN THE GROWTH OF (Ba,K)Fe<SUB&rt;2</SUB&rt;As<SUB&rt;2</SUB&rt; ON FLUORIDE SUBSTRATES |
D. Watanabe |
Tokyo University of Agriculture and Technology |
| FDP-3 |
STRAIN EFFECT ON THE SUPERCONDUCTING PROPERTIES OF BaFe<SUB&rt;2</SUB&rt;(As,P)<SUB&rt;2</SUB&rt; THIN FILMS |
Y. Mori |
Nagoya University |
| FDP-4 |
FABRICATION OF MgB<SUB&rt;2</SUB&rt; JOSEPHSON JUNCTION WITH FLUORIDE BARRIERS |
K. Mede |
Tokyo University of Agriculture and Technology |
| FDP-5 |
HIGH TEMPERATURE SUPERCONDUCTOR NANOWIRE WITH LENGTH OF 5.6 mm |
K. Kotani |
Kinki University |
| FDP-6 |
VERY THIN YBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; FILM ON PrBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;y</SUB&rt; BUFFER LAYER |
T. Miyake |
Kinki University |
| FDP-7 |
LOW TEMPERATURE FABRICATION OF REBa<SUB&rt;2</SUB&rt;Cu<SUB&rt;3</SUB&rt;O<SUB&rt;<I&rt;y</I&rt;</SUB&rt; FILMS BY THE MOLTEN HYDROXIDE METHOD |
S. Funaki |
Shimane University |
| FDP-8 |
NUMERICAL INVESTIGATION ON ACCURACY OF DEFECT DETECTION IN HTS FILM BY INDUCTIVE/PERMANENT MAGNET METHOD |
T. Takayama |
Yamagata University |
| FDP-9 |
MICROSTRUCTURAL DEFECTS FOR EFFECTIVE FLUX PINNING IN HIGH CRITICAL CURRENT DENSITY Bi<SUB&rt;2</SUB&rt;Sr<SUB&rt;2</SUB&rt;CaCu<SUB&rt;2</SUB&rt;O<SUB&rt;8+x</SUB&rt; EPITAXIAL THIN FILMS PREPARED BY MOCVD |
H. Yamasaki |
National Institute of Advanced Industrial Science and Technology (AIST) |
| FDP-10 |
PREPARATION OF THE c-AXIS TEXTURED Bi-2212 THIN FILM ON SILVER SUBSTRATES BY USING CHEMICAL SOLUTION DEPOSITION |
T. Qu |
Tsinghua University |
| FDP-11 |
EVALUATION OF CeO<SUB&rt;2</SUB&rt;-BUFFER-LAYER'S DEPOSITION CONDITIONS FOR Bi-2212 THIN FILMS FABRICATED BY MOD METHOD |
K. Iwamoto |
Ibaraki University |
| FDP-12 |
<I&rt;d</I&rt;-WAVE PARACONDUCTIVITY CHARACTERIZATION OF <I&rt;T</I&rt;<SUB&rt;C</SUB&rt; VARIATIONS IN HIGH-<I&rt;T</I&rt;<SUB&rt;C</SUB&rt; SUPERCONDUCTING FILMS |
M. Kasahara |
Oyama National College of Technology |
| FDP-13 |
ANOMALOUS MEISSNER EFFECT IN SUPERCONDUCTING JUNCTION WITH SPIN-ACTIVE INTERFACE |
T. Yokoyama |
Tokyo Institute of Technology |
| FDP-14 |
DC MAGNETIC METAMATERIALS COMPOSED OF SUPERCONDUCTING AND SOFT MAGNETIC STRIPS |
Y. Mawatari |
National Institute of Advanced Industrical Science and Technology (AIST) |
| FDP-15 |
LYAPUNOV EXPONENT ANALYSES OF CHAOTIC OSCILLATIONS IN JOSEPHSON JUNCTIONS |
Y. Tamura |
University of Ibaraki |
| FDP-16 |
JOSEPHSON CURRENT AT THE SUPERCONDUCTOR-FERROMAGNET INTERFACE WITH YBCO-LSMO STRUCTURE II |
K. Ishii |
Hokkaido University |
| FDP-17 |
INTERFEROMETRY THROUGH A QUANTUM DOT COUPLED TO MAJORANA FERMIONS |
A. Ueda |
University of Tsukuba |
| FDP-18 |
NUMERICAL SIMULATION OF SQUID MAGNETOMETER CONSIDERING EQUIVALENT CIRCUIT OF JOSEPHSON JUNCTION |
N. Terauchi |
Hokkaido University |
| FDP-19 |
DEVELOPMENT OF HTS-SQUID WITH AN INTEGRATED SUPERCONDUCTING SHIELD |
A. Tsukamoto |
ISTEC-SRL |
| FDP-20 |
HIGHLY SENSITIVE MAGNETOMETER SYSTEM UTILIZING HTS-SQUID FOR GEOMAGNETIC OBSERVATION |
T. Hato |
ISTEC-SRL |
| FDP-21 |
DEVELOPMENT OF HTS-SQUID GRADIOMETER WITH MULTITURN INPUT COIL |
S. Adachi |
ISTEC-SRL |
| FDP-22 |
STUDY ON NON-DESTRUCTIVE EVALUATION OF FLAWS IN MULTILAYER DUCT USING AN HTS-SQUID GRADIOMETER |
J. Kawano |
The Chugoku Electric Power Co., Inc. |
| FDP-23 |
DEVELOPMENT OF HTS-SQUID GRADIOMETER WITH AN EXTERNAL HTS-MULTITURN THIN FILM PICK-UP COIL |
M. Teraoka |
Tokyo Denki University |
| FDP-24 |
RESONANT FREQUENCY OF HIGH <I&rt;T<SUB&rt;c</SUB&rt;</I&rt; RF-SQUID RESONATOR |
A. Sakai |
Osaka University |
| FDP-25 |
MAGNETIC COUPLING BETWEEN PROBE AND SQUID IN STM-SQUID MICROSCOPE |
Y. Matsui |
Osaka University |
| FDP-26 |
AFM-SQUID MICROSCOPE FOR MAGNETIC IMAGING OF INSULATORS |
K. Hisayama |
Graduate School of Engineering Science Osaka University |
| FDP-27 |
SUB-MICRON MAGNETIC RESOLUTION ACHIEVED BY SCANNING SQUID MICROSCOPE |
Y. Miyato |
Osaka University |
| FDP-28 |
MINIATURIZED SHARP-CUTOFF TRANSMIT HTS STRIPLINE FILTER WITH SHUTTLE-SHAPE RESONATOR |
N. Sekiya |
University of Yamanashi |
| FDP-29 |
FIVE-POLE HTS DUAL-BAND BANDPASS FILTERS USING STUB-LOADED HAIR-PIN RESONATORS |
S. Sugiyama |
University of Yamanashi |
| FDP-30 |
CURRENT-BIASED KINETIC INDUCTANCE DETECTOR USING Nb NANOWIRES |
Y. Narukami |
Osaka Prefecture University |
| FDP-31 |
STUDY OF MICROSTRUCTURE EVOLUTION AND INTERFACE OF ANODIZED NIOBIUM SUPERCONDUCTING FILMS |
L. YING |
Shanghai Institute of Microsystem and Information Technology (SIMIT) |
| FDP-32 |
PROPOSAL AND IMPLEMENTATION OF HIGH-SPEED TEST CIRCUITS FOR ADIABATIC QUANTUM-FLUX-PARAMETRON GATES |
N. Takeuchi |
Yokohama National University |
| FDP-33 |
YIELD ANALYSIS OF LARGE-SCASE ADIABATIC-QUANTUM-FLUX-PARAMETRON LOGIC: THE EFFECT OF THE DISTRIBUTION OF THE CRITICAL CURRENT |
D. Si |
Yokohama National University |
| FDP-34 |
OPTIMIZATION OF SFQ LOGIC GATE CONSIDERING DEPENDENCE OF ITS SIGNAL PROPAGATION DELAY ON BIAS VOLTAGE |
M. Otsubo |
Yokohama National University |
| FDP-35 |
DEMONSTRATION OF ADDRESS GENERATION CIRCUITS BASED ON RSFQ TIME-TO-DIGITAL CONVERTER FOR THE IMAGING APPLICATIONS OF SUPERCONDUCTING DETECTORS ARRAY |
K. Ito |
Nagoya University |
| FDP-36 |
DESIGN AND IMPLEMENTATION OF LOW-POWER, HIGH-DENSITY RSFQ SHIFT-REGISTERS FOR RANDOM ACCESS MEMORIES |
M. Tanaka |
Nagoya University |
| FDP-37 |
DESIGN AND OPERATION OF 6-BIT, 0.25-mV<SUB&rt;PP</SUB&rt; QUASI-SINE VOLTAGE WAVEFORM GENERATOR BASED ON SFQ PULSE-FREQUENCY MODULATION |
Y. Takahashi |
The University of Electro-Communications |
| FDP-38 |
MEASUREMENT OF THE BOLTZMANN CONSTANT WITH QUANTUM VOLTAGE NOISE SOURCE |
C. Urano |
Advanced Industrial Science and Technology (AIST) |
