iss2012 program - 国際超電導産業技術研究センター s. moon development of rebco wires...

Program No. Author Abstract title Affiliation

SPL-1-INV K. Kitazawa3.11 Fukushima and Electric Power Sharing in21st Century

Japan Science and Technology Agency

SPL-2-INV P. ChuPossible Evidence for Interface-Enhanced Tc inFe-Pnictides and -Chalcogenides

University of Houston

SPL-3-INV Z. Zhao From Cuprate to Iron-based Superconductor Chinese Academy of Sciences

PL-1-INV K. TanabeOver 20 years’ R&D of HTS and LTS electronicdevices at SRL-ISTEC

ISTEC-SRL

PL-2-INV T. Claeson Supercondunting Devices To Probe Basic Chalmers University of Technology

PL-3-INV M. MurakamiHuman levitation with bulk high temperaturesuperconductors

Shibaura Institute of Technology

PL-4-INV R. FukudaInnovative role of HTS in this century -Development of DI-BISCCO-

Chubu University

PL-5-INV A. MalozemoffDoes the electric power grid need a roomtemperature superconductor?

American Superconductor Corporation

PL-6-INV Y. SHIOHARAR&D OF REBCO PROCESSING IN ISTEC; fromBulk Single Crystals to Coated Conductors -InMemory of Prof. Shoji Tanaka-

Superconductivity Research Laboratory (SRL),International Superconductivity Technology Center(ISTEC)

PL-7-INV S. AkitaContributions of Prof. Tanaka for the developmentof superconducting power system

Central Research Institute of Electric Power Industry

PC-1-INV R. AritaSCDFT study of high Tc nitridesuperconductors

Department of Applied Physics, University of Tokyo

PC-2-INV I. Eremin Magn. Excitations in magnetic superconductors Ruhr University Bochum

PC-3 S. OnariOrbital fluctuation and mechanism ofsuperconductivity in iron-base superconductors

Department of Applied Physics, Nagoya University

PC-4 A. YamakageTheory of tunneling spectroscopy in asuperconducting topological insulator


PC-5 Y. NagaiSurface- and Vortex- Bound states in Topologicalsuperconductors

CCSE, Japan Atomic Energy Agency

PC-6-INV T. Muranaka New superconductors The University of Electro-Communications

PC-7-INV h. mizoguchiSearch for new materials including TCOs andsuperconductors

Tokyo Inst. Tech., Front. Res. Center

PC-8-INV S. PyonEMERGENCE OF SUPERCONDUCTIVITY INTHE VICINITY OF THE STRUCTURAL PHASEBOUNDARY IN Pt DOPED IrTe2

Okayama University

PC-9 Y. Mizuguchi Novel BiS2-based layered superconducting family National Institute for Materials Science

PC-10 T. TamegaiSUPERCONDUCTING PROPERTIES OF IRON-PLATINUM-ARSENIDE Ca10(PtnAs8)(Fe2-

Department of Applied Physics, The University ofTokyo

PC-11-INV K. Kihou

Systematic growth of potassium-dopedBa1-xKxFe2As2 (x = 0.16 ~ 1)single crystals by

National Institute of Advanced Industrial Science andTechnology (AIST)

PC-12 J. KarpinskiLnFeAsO single crystals grown at high pressure:influence of doping and substitutions onsuperconducting properties and structure

Laboratory of Physics of Complex Matter EPFLStation 3

PC-13-INV M. Nakajima

IN-PLANE ELECTRONIC ANISOTROPY INBa(Fe1-xCox)2As2 STUDIED BYOPTICAL SPECTROSCOPY

National Institute of Advanced Industrial Science andTechnology

PC-14-INV L. Sun Pressure Probing of Iron Selenide Chinese Academy of SciencesPC-15-INV Q. Xue Superconductivity in single layer FeSe Tsinghua UniversityPC-16-INV H. Wen Superconducting states of Fe-based Nanjing University

PC-17-INV M. Allan

DISCOVERY OF THE NEMATIC PARENT STATEAND THE ANISOTROPIC ENERGY GAPSTRUCTURE OF IRON-BASED HIGH-Tc SUPERCONDUCTORS

Laboratory of Solid State Physics,Department ofPhysics, Cornell University

PC-18-INV K. OkazakiDIRECT OBSERVATION OFSUPERCONDUCTING GAPS IN IRON-BASEDSUPERCONDUCTORS BY LASER ARPES

Institute for Solid State Physics, University of Tokyo

PC-19-INV T. ShibauchiAntiferoromagnetic Quantum Critical Point andNematic Transition in BaFe2(AS1-xPx)2

Kyoto University

PC-20-INV A. YamamotoDevelopment of MgB2superconducting bulk magnets and their fieldtrapping properties

Department of Applied Chemistry, The University ofTokyo; JST-PRESTO

PC-21 M. MiryalaA STUDY ON PROCESS OPTIMIZATION FORHIGH TRAPPED FIELD MgB2BULK MATERIALS

Applied Superconductivity Material TechnologyDivision, Railway Technical Research Institute(RTRI)

PC-22 D. PavelInfluence of preparation conditions on 211 particlerefinement in YBCO bulk superconductors with Ceaddition.

Laboratory of Materials Physics, Institute ofExperimental Physics, SAS

PC-23 C. KimCorner or edge seeding for the fabrication ofsingle grain Y123 bulk superconductors

Neutron Science Division, Korea Atomic EnergyResearch Institute

PC-24 Z. Zhang

BIOMIMETIC SYNTHESIS OF HIGH CURRENTDENSITY INTERCONNECTED YBCOPLATELETS AS A LOW-COST ROUTE TOCOATED CONDUCTOR FABRICATION

Department of Materials Science and Metallurgy,University of Cambridge, Pembroke Street,Cambridge

PC-25 S. AlbertoCritical current density investigation inFe(Se0.5Te0.5)melted samples

Chemistry and Industrial Chemistry Department,University of Genova, via Dodecaneso 31, I-16146Genova, Italy

ISS2012 Program

PC-26 T. NojimaELECTROSTATIC AND ELECTROCHEMICALCARRIER TUNING IN AMBIPOLAR Y123CUPRATE FILMS

Institute for Materials Research, Tohoku Universiy

PC-27 H. YamamotoOXYGEN ENGINEERING IN SQUARE PLANARCUPRATES: THE KEY FOR

Materials Science Research Division, NTT BasicResearch Labs.

PC-28 T. Takamatsu

SUPERCONDUCTIVITY IN HOLE-DOPEDLa1.8-xEu0.2MxCuO4 (M= Ca, Sr) WITH THE T'-STRUCTURE

Depertment of Applied Physics, Graduate school ofEngineering, Tohoku University

PC-29 e. uykur

PRECURSOR SUPERCONDUCTIVITY ANDSUPERCONDUCTING FLUCTUATION REGIMEREVEALED BY THE C-AXIS OPTICAL SPECTRAOF YBa2(Cu,Zn)3Oy

Department of Physics, Osaka University

PC-30 A. IkedaINFINITE-LAYER LaNiO2,METALLIC OXIDE WITH SQUARE-PLANAR

Department of Applied Physics, Tokyo University ofAgriculture and Technology

PC-31 K. YamajiSYSTEMATICS OF Tc STUDIED ON THE BASISOF THE D-P MODEL OF CUPRATESUPERCONDUCTORS

Research Institure on Electronics and Photonics,AIST

PC-32-INV K. Harada Vortex matter research by electron microscopy Central Research Laboratory, Hitachi Ltd.

PC-33-INV M. Tsujimoto

BROADLY TUNABLE SUB-TERAHERTZRADIATION FROM HIGH-TC SUPERCONDUCTINGBi2Sr2CaCu2O8+δ SINGLECRYSTALS

Graduate School of Pure and Applied Sciences,University of Tsukuba

PC-34 M. EistererFlux Pinning in Ba-122 Single Crystals: Influenceof Doping and Neutron Irradiation

Atominstitut, Vienna University of Technology,Stadionallee 2, 1020 Vienna

PC-35 T. HoVORTEX IMAGING IN AMORPHOUSMo80Ge20PETAGONS

Department of Physics and Electronics, OsakaPrefecture University

PC-36 O. DobrovolskiyELECTRICAL TRANSPORT AND PINNINGPROPERTIES OF NB THIN FILMS WITHWASHBOARD-LIKE NANOSTRUCTURES

Physikalisches Institut Goethe-University

PC-37 Y. TsuchiyaOrigin of Diagonal Flux Penetration into SquareSuperconducting Networks


WT-1-INV S. Moon Development of REBCO wires SuNAM Co., Ltd.WT-2-INV T. PUIG Coated conductor research in Europe Institut de Ciencia de Materials de Barcelona, CSIC

WT-3-INV Q. LiReview of ARPA-E Superconduncting ApplicationProjects and Beyond

Brookhaven National Laboratory

WT-4-INV T. IzumiR&D Aiming at Absolutely Superior CoatedConductors

Superconductivity Research Laboratory, InternationalSuperconductivity Technology Center

WT-5-INV K. OhmatsuPRODUCTION OF 6.5 KM GdBCOCONDUCTORS FOR 66 KV-5 KA CLASS HTS

Sumitomo Electric Industries, Ltd.

WT-6-INV M. YoshizumiRecent progress in development of TFA-MODprocess for REBCO coated conductors with highproperties

ISTEC-SRL

WT-7-INV T. TanedaMECHANISM OF SELF-EPITAXY IN BUFFERLAYERS FOR COATED CONDUCTORS

Superconductivity Research Laboratory (SRL),International Superconductivity Technology Center(ISTEC) / Department of Electrical Engineering,Kyushu University,

WT-8 S. SamoylenkovChemical Deposition Methods as Low Cost HighAdded Value Steps in Coated Conductor

SuperOx

WT-9-INV F. Gomory AC losses in wires and tapes Slovak Academy of Sciences

WT-10-INV T. MachiFabrication of multi-filamentary coated conductorsby using modified laser scribing technique

ISTEC-SRL

WT-11-INV K. HigashikawaNondestructive reel-to-reel characterizationsystem for in-plane 2D distribution of criticalcurrent density in long coated conductors

Department of Electrical Engineering, GraduateSchool of Information Science and ElectricalEngineering, Kyushu University

WT-12 T. Kiss

MAGNETIC MOMENT INGd1Ba2Cu3O7-δ COATEDCONDUCTOR UNDER INCLINED EXTERNALMAGNETIC FIELD

Department of Electrical Engineering, KyushuUniversity

WT-13-INV K. Yamazaki Recent developments in DI-BSCCO wire Sumitomo Electric Industries, LTD.

WT-14-INV R. FlukigerDEVELOPMENT OF METALLICSUPERCONDUCTING WIRES AND TAPES

Dept. Applied Physics, University of Geneva

WT-15-INV A. Gencer

On the insitu- synthesizedMgB2 wires: Effect of C-dopingthrough liquid C-sources on the enhancement ofthe in-field critical current density

Superconductor Technologies Application andResearch Center, Ankara University,Gölbaşı Campus,Gölbaşı/Ankara-Turkey

WT-16-INV M. MaedaImprovement of critical current density forMgB2 materials: Methods and roleof carbon doping

Department of Physics, College of Science andTechnology, Nihon University / Japan

WT-17 C. WangDevelopment of high-Jc SmFeAsO1-xFx tapes bythe PIT method

Key Laboratory of Applied Superconductivity,Institute of Electrical Engineering, Chinese Academy

WT-18-INV Y. YoshidaImproved critical current densities in SmBCO filmswith BaMO3 nanorods

Department of energy engineering and sience,Nagoya university, Japan

WT-19 T. KawamuraEffect of double doped APCs in YBCO filmsdeposited on IBAD-MgO substrate

Department of Technology, Kyushu Institute ofTechnology

WT-20 K. KimuraIMPROVEMENT OF MAGNETIC PROPERTIESOF YGdBCO COATED CONDUCTORSFABRICATED BY TFA-MOD PROCESS

SWCC SHOWA CABLE SYSTEMS CO., LTD.

WT-21 M. CollSolution-derived oxide nanocomposite films withcomplex secondary phases to nanoengineersuperconducting properties

Department of Superconducting Materials and LargeScale Nanostructuration ICMAB-CSIC

WT-22-INV T. MatsushitaFlux pinning mechanism of BHO nano-rods inGdBCO coated conductors

Department of Computer Science and Electronics,Kyushu Institute of Technology

WT-23-INV T. Kato

Electron Holograph Study for Vortices Trapped inab Plane ofGdBa2Cu3Oy LayerContaining BaHfO3 Nano-Rods

Nanostructures Research Laboratory, JFCC

WT-24-INV K. KanekoThree-dimensional characterization of artificialpinning centers in high temperaturesuperconductors by three-dimensional electron

Department of Materials Science and Engineering,Kyushu University

WT-25-INV S. HataRecent findings in microstructural characters ofsuperconducting wires and tapes

Kyushu University

WT-26 M. Inoue

In-field current transport property of high IcYxGd(1-x)Ba2Cu3Oy coated conductor fabricated by TFA-MOD


WT-27 P. Mele

Temperature and magnetic field dependence ofcritical currents in multilayeredYBCO+BaSnO3//YBCO+Y2O3 films

Institute for Sustainable Sciences and Development,Hiroshima University

WT-28 S. AwajiJc Properties of the Nanorod-introduced RE123films on Metallic and Single-crystalline Substrates.

IMR. Tohoku University

WT-29 S. HORIIMICROSTRUCTURES OF(Y,Er)Ba2Cu3Oy THIN FILMS WITH Ba-Nb-O

Department of Environmental Systems Engineering,Kochi University of Technology

FD-1-INV C. EomRecent progress in thin film growth of Fe-basedsuperconductors in US

Department of Materials Science & Engineering,University of Wisconsin-Madison

FD-2-INV K. IidaTRANSPORT PROPERTIES OF EPITAXIAL Co-DOPED Ba-122 AND SmFeAs(O,F) THIN FILMS

IFW Dresden, Institute for Metallic Materials

FD-3-INV H. IkutaRecent progress in thin-film growth of Fe-basedsuperconductors in Japan

Nagoya University

FD-4 S. AdachiFabrication of high-JcBaFe2(As,P)2superconducting thin films by Nd:YAG-PLD

SRL-ISTEC

FD-5 M. AibaraMgB2-BASED JOSEPHSONJUNCTION USING FLUORIDE BARRIERS

Tokyo University Agriculture and Technology

FD-6-INV K. KimBIOMAGNETIC RESONANCE TECHNIQUEBASED ON SQUID NMR

Korea Research Institute of Standards and Science

FD-7-INV Y. AdachiMAGNETOSPINOGRAPHY AND ITSAPPLICATIONS

Applied Electronics Laboratory, Kanazawa Instituteof Technology

FD-8-INV T. KiwaMagnetic Evaluation of a Solar Panel using HTS-SQUID

Graduate School of Natural Science andTechnology, Okayama University

FD-9 T. HatoDevelopment of HTS-SQUID magnetometersystem for geomagnetism

ISTEC-SRL

FD-10 K. SakaiMOISTURE CONTENT EVALUATIONMEASURED BY A COMPACT ROTATING-SAMPLE MAGNETOMETER USING HIGH-Tc


FD-11-INV R. HadfieldSUPERCONDUCTING NANOWIRE SINGLEPHOTON DETECTORS

Heriot-Watt University

FD-12-INV Y. UzawaDEVELOPMENT OF RECEIVERS FOR THEALMA PROJECT

National Astronomical Observatory of Japan

FD-13 X. YangPerformances of superconducting nanowiresingle-photon detectors with different designs

Shanghai Institute of Microsystem and InformationTechnology (SIMIT), CAS

FD-14 N. SekiyaNovel HTS dual-band bandpass filters using stub-loaded hair-pin resonators

University of Yamanashi

FD-15-INV O. Astafiev Verification of CQPS NEC CorporationFD-16-INV D. Gupta Progress in digital receiver development HYPRES, Inc.FD-17-INV A. Fujimaki Low Energy Rapid Single Flux Quantum Circuits Nagoya University

FD-18 A. BozbeyDevelopment of a PSO based circuit optimizer andcritical path analyzer for RSFQ circuits

Dept. of Electrical and Electronics Engineering,TOBB ETU

SA-1-INV Y. Suguro Present and Future Perspective of wind JAPAN WIND ENERGY ASSOCIATION

SA-2-INV M. IzumiPotential Application of HTS to Tidal TurbineGenerators

School of Marine Science and Technology, TUMSAT

SA-3 P. SongThe manufacture and tests of a prototype HTSsynchronous generator with HTS armature

Applied Superconductivity Research Center,Department of Physics, Tsinghua University

SA-4 J. YangApplication of distributed SMES units to optimizethe power system restoration in Black Start

Department of Electrical Engineering, WuhanUniversity

SA-5-INV D. LarbalestierA round wire multifilament HTS conductor for highfield magnet use - what stands in the way?

National High Magnetic Field Laboratory, FloridaState University

SA-6-INV G. Roth Higher field NMR with HTS Bruker BioSpin GmbHSA-7-INV R. Gupta Very High Field HTS and Superconducting Brookhaven National Laboratory

SA-8 S. IwaiA 5.9 TESLA CONDUCTION-COOLED COILCOMPOSED OF A STACK OF FOUR SINGLEPANCAKES WOUND WITH YBCO WIDE TAPES

Toshiba Corporation

SA-9-INV H. Miyazaki

A RADIATION SHIELD-LESS CONDCUTION-COOLED YBCO MAGNET WHICH KEEPSOPERATION EVEN AFTER A CRYOCOOLERSTOPPING

Toshiba Corporation

SA-10 J. YangThe influence of SMES device on polygonaldistance relay of transmission line

Department of Electrical Engineering, WuhanUniversity

SA-11 M. DaiboEVALUATION OF REBCO PANCAKE COIL WITH260 MM DIAMETER UNDER CONDUCTION-COOLED CONDITIONS

Fujikura Ltd.

SA-12 S. YoonA study on the 2G HTS double pancake coilswithout turn to turn insulation for conductioncooled magnet generating 3T in 100 mm bore

SuNAM Co.,LTD.

SA-13 V. Shcherbakov Small layer-wound ReBCO solenoids Kurchatov Institute

SA-14-INV K. JeongKEPCO’S HTS POWER SYSTEMDEVELOPMENT PLANS AND GLOBAL SUPERGRID PLANS IN NORTHEAST ASIA

KEPCO ( Korea Electric Power Corporation )

SA-15-INV L. XiaoRecent Results on HTS DC cable and All HTS

�Sub-station in ChinaChinese Academy of Sciences

SA-16-INV Y. ShiraiTransfer Properties of Liquid Hydrogen andSuperconductors and Prospects of LiquidHydrogen cooled Superconducting Devices

Kyoto University

SA-17 Y. MakidaDesign study of the cooling scheme for SMESsystem in ASPCS by using liquid hydrogen

High Energy Accelerator Research Organization

SA-18-INV H. KamedaStudy on introduction of SN transition type FCLinto distributed system


SA-19 Q. LiMagnetic Field Design of Combined-FunctionMagnets Wound With Coated Conductors

Department of Electrical Engineering, KyotoUniversity

SA-20 J. ZhangSMES TECHNOLOGY DEVELOPMENTSUMMARIZATION

Technology Department, Beijing InnopowerSuperconductor Cable Co. ltd.

SA-21 D. HazeltonApplication of SuperPower 2G HTS wire to variouscoil applications

SuperPower Inc.

SA-22 N. HUTransient thermal analysis of a tri-axial HTS cableon fault current condition

YUNNAN Power GRID Corporation

SA-23 X. GranadosSuperconducting magnets: improving weightperformances in electric propulsion of satellites

Department of Superconducting Materials and LargeScale Nanostructures, ICMAB-CSIC

SA-24-INV P. Masson HTS Rotating Machine University of HoustonSA-25-INV H. Hayashi Development of REBCO Power Transformer Kyushu Electric Power Co., Inc.

SA-26-INV M. OhyaIn-grid demonstration of high-temperaturesuperconducting cable

Sumitomo Electric Industries, Ltd.

SA-27-INV M. YagiDemonstration of a 275kV-3kA YBCOsuperconducting cable

HTS Projetct Team, Furukawa Electric

SA-28-INV K. Noda Medical application of Superconductivity National Institute of Radiological Sciences

SA-29-INV N. KoizumiProgress of ITER Superconducting MagnetProcurement

Japan Atomic Energy Agency

SA-30-INV A. Yamamoto Linear Collider High Energy Accelerator Research Organization

SA-31 H. LeeOver-current Behaviors and Sudden MagneticField Loss Characteristics of GdBCO coils withReduced Turn-to-Turn Insulation

Department of Materials Science and Engineering,Korea University, Seoul, Republic of Korea

WTP-1 R. TeranishiMicostructures and Jc properties in magneticfields of YBCO films by TFA-MOD solutions withSnO2 nano particles

Department of Materials Process Engineering,Graduate School of Science, Kyushu University

WTP-2 K. Ootaguro

JC PROPERTY OFYBa2Cu3Oy FILMS WITH BaHfO3PINNING CENTERS BY TFA-MOD METHOD

Department of Engineering, Kyushu University

WTP-3 K. Konya

EFFECT OF TEMPERATURE KEEPING ONMICROSTRUCTURES AND Jc PROPERTIES OFYBa2Cu3O7-X FILMS WITH BaZrO3PINNING CENTERS BY TFA-MOD METHOD

Kyushu　University

WTP-4 K. Yamada

INFLUENCES OF CRYSTALLIZATIONCONDITIONS ON THE GROWTH OFGdBa2Cu3Oy FILMS FABRICATED BY FLUORINE-FREE MOD METHOD

Department of Materials Science and Engineering,Kyushu University

WTP-5 R. HironagaImprovement of superconducting characteristics ofYBCO coated conductor using TFA-MOD method

SWCC SHOWA CABLE SYSTEMS CO.,LTD.

WTP-6 Y. TakagiEFFECT OF INTERIM ANNEALING ON JcPROPERTY AND CRYSTAL GROWTH OF TFA-MOD DERIVED YBCO

ISTEC/SRL, Kyushu University

WTP-8 R. Kita

SURFACE DECORATION WITH BaZrO3 andLaZrO3 NANOISLANDS FOR ENHANCINGPINNING PROPERTIES IN GdBCO FILMS BYMETAL-ORGANIC DEPOSITION

Graduate School of Science and Technology,Shizuoka University

WTP-9 K. KatayamaIMPROVEMENT　OF　FILM　THICKNESSUNIFORMITY　IN　TFA-MOD　COATEDCONDUCTORS (2)

SRL/ISTEC

WTP-10 T. NakamuraDEVELOPMENT OF BZO DOPED YGdBCOTHICK FILMS USING TFA-MOD PROCESS

ISTEC/SRL

WTP-11 K. NAKAOKA

IMPROVEMENT OF CRITICAL CURRENTPROPERTY IN YBCO COATED CONDUCTORSWITH HIGH PRODUCTION RATE USING TFA-MOD METHOD

Superconductivity Research Laboratory, ISTEC

WTP-12 T. KomineINFLUENCE OF CONVERSION CONDITION ONSUPERCONDUCTING PROPERTIES IN TFA-MOD (Y,Gd)BCO COATED CONDUCTORS

Seikei University

WTP-13 T. QUStudy on the oxygen diffusion process during theheat treatment of MOD YBCO thin films by usingin-situ resistance measurement

Department of Mechanical Engineering, TsinghuaUniversity, Beijing 100084, China

WTP-14 Y. OtsuCRITICAL CURRENT DENSITIES OF TiO2DOPED GdBa2Cu3Oy SUPERCONDUCTORS

Tokyo Metropolitan University

WTP-15 D. OkaiFabrication of iron substrate tape by cold-rollingand annealing for YBCO coated conductors

Department of Materials Science & Engineering,University of Hyogo / JST-ALCA

WTP-16 T. MurayamaJc improvement inYBa2Cu3O7 films using hybrid artificial pinning centers

Department of materials science and engineering,Kyushu Institute of Technology

WTP-17 T. WatanabeStudy of factors in Joint resistance for GdBCOcoated conductors

Department of Engineering, Kyushu University

WTP-18 Z. Yu Epitaxial growth of LZO film on NiW substrate Northwest Institute for Nonferrous Metal Research

WTP-19 S. KimEffect of ceramic additives on the properties ofpolymer insulating layer of coated conductor

Korea Polytechnic University, Siheung, Korea

WTP-20 J. Lee

Deposition of Y 2O3doped CeO2on biaxially texturedNi-3%W substrateby dual electron beamevaporation as single buffer layer for coated

Korea Polytechnic University

WTP-21 R. KoHigh engineering critical current density (Je)coated conductor without textured metal substrate

Korea Electrotechnology Research Institute

WTP-22 T. Yoshida

FABRICATION OF 10M-LONGGd1Ba2Cu3O7-δ+BaHfO3 COATEDCONDUCTORS WITH HIGH Ic-BPROPERTY AND HIGH UNIFORMITY BY

Superconductivity Research Laboratory InternationalSuperconductivity Technology Center

WTP-23 A. IbiDevelopment of high Ic long REBCO layers withhigh production rate by using PLD method

Division of Superconducting Tapes & Wires, SRL-ISTEC

WTP-24 J. WadaINFLUENCE OF FABRICATION SPEED ONCRITICAL CURRENT DENSITY IN GDBCOCOATED CONDUCTOR WITH NI-CLAD

Kyushu Institute of Technology

WTP-25 N. Fujita

DEPENDENCES OF CRITICAL CURRENTPROPERTIES ON GROWTH TEMPERATUREAND DOPING LEVEL OF NANORODS IN PLD-YBa2Cu3Oy FILMS

Kochi University of Technology

WTP-26 H. Kubo

IMPROVEMENT OF FLUX PINNINGPROPERTIES OFYBa2Cu3Oy THIN FILMS IN LOW MAGNETICFIELDS BY INTRODUCING SMALL AMOUNT OFBaHfO3.

University of Nagoya

WTP-27 A. Tsuruta

GROWTH MECHANISM ANDMICROSTRUCTURE OF HIGH-Jc BaHfO3DOPEDSmBa2Cu3Oy

Department of Energy Engineering and Science,Graduate School of Engineering, Nagoya University

WTP-28 Y. Sawano

SUPERCONDUCTING PROPERTY OFBaHfO3 DOPEDSmBa2Cu3Oy FILMS PREPARED BYALTERNATING-TARGETS TECHNIQUE ONIBAD-MgO

Nagoya University

WTP-29 H. Abe

Vortex state behavior of YBCO+BaSnO3/YBCO+Y2O3multilayered films

Graduate School of Advanced Sciences of Matter,Hiroshima University

WTP-30 M. SuzukiANGULAR DEPENDENCE OF CRITICALCURRENT OF SPUTTER-DEPOSITED YBCO

Department of Advanced Interdisciplinary Sciences,Utsunomiya University

WTP-31 R. Kawaguchi

IRRVERSIBILITY FIELD FOR(Y,Gd)Ba,2Cu3Oy COATED CONDUCTORSWITH HIGH DENSITY OF NANOPARTICLES

Seikei University/JST-ALCA

WTP-32 T. Sueyoshi

Angular dependence of critical current density inBaZrO3 /YBa2Cu3Oy quasi-multilayered films withcolumnar defects

Faculty of Engineering, Kumamoto University

WTP-33 T. Nishiyama

THREE-DIMENSIONAL ANALYSIS OFBaHfO3 PRECIPITATES IN GdBa2Cu3Oy VIA SCANNING TRANSMISSION ELECTRONTOMOGRAPHY

Department of Materials Science and Engineering,Kyushu University,

WTP-34 M. Haruta

RELATIONSHIP BETWEEN VORTEX PINNINGPROPERTIES AND MICROSTRUCTURE IN Ba-Nb-O DOPEDREBa2Cu3Oy FILMS


WTP-35 K. TanabeReduction of self magnetic field for measurementof critical current density of RE-coated conductorin longitudinal magnetic field

Kyushu Institute of Technology

WTP-36 S. Namuco

GRANULAR RESPONSES OF GdBa2Cu3O7-δUSING AC MAGNETIC SUSCEPTIBILITYMEASUREMENT UNDER AC AND DCMAGNETIC FIELDS

National Institute of Physics, University of thePhilippines

WTP-37 A. GeronimoMorphology and Low AC Field MagneticSusceptibility of Y(Ba2-x,Mnx)Cu3O7

National Institute of Physics, University of thePhilippines Diliman

WTP-38 T. TakayamaNumerical Simulation of Permanent MagnetMethod: Dominant Experimental Conditions forCrack Detection

Faculty of Engineering, Yamagata University

WTP-39 A. KamitaniShielding Current Analysis by Current-Vector-Potential Method: Application to HTS Film withMultiply-Connected Structure

Graduate School of Science and Engineering,Yamagata University, Japan

WTP-40 C. GuComparative study of AC loss of the BSCCO andYBCO windings by numerical simulation

Applied Superconductivity Research Center,Tsinghua University

WTP-41 J. FangMeasurement and Numerical calculation of AClosses in second-generation high temperaturesuperconductor current leads

School of Electrical Engineering, Beijing JiaotongUniversity

WTP-42 J. YooAC Loss analysis for a vertical stack ofsuperconducting tapes

Physics department / Choenbuk National University

WTP-43 E. OtabeNUMERICAL ESTIMATION OF AC LOSS INSUPERCONDUCTOR WITH RIPPLE CURRENT

Department of Computer Science and Electronics,Kyushu Institute of Technology

WTP-44 Y. Lee

NUMERICAL STUDY OF THE EFFECTS OFVARIATION IN THE CRITICAL CURRENTCHARCTERISTICS OF REBCO TAPE ON COILPERFORMANCE

R&D center Mayekawa Mfg. Co., Ltd.

WTP-45 D. MaDEGRADATION OF REBCO CONDUCTORSCAUSED BY SCREENING CURRENT

Material Science and Engineering Department,Kyushu University; Superconducting MaterialsCenter, National Institute for Materials science

WTP-46 T. NaitoANOMALOUS SILVER-LAYER-THICKNESSDEPENDENT THERMAL DILATATION IN YBCOCOATED CONDUCTOR TAPES

Faculty of Engineering, Iwate University

WTP-47 X. GranadosMechanical chracterization of ReBCO coatedconductors at room and operating temperature

Department of Superconducting Materials and LargeScale Nanostructures, ICMAB-CSIC

WTP-48 H. ShinSTRAIN SENSITIVITY OF CRITICAL CURRENTIN GdBCO COATED CONDUCTOR TAPESUNDER UNIAXIAL STRAIN

Department of Mechanical Design Engineering,Andong National University

WTP-49 H. ShinELECTROMECHANICAL AND DELAMINATIONBEHAVIOUR OF GdBCO COATEDCONDUCTOR TAPES UNDER TRANSVERSE

Department of Mechanical Design Engineering,Andong National University

WTP-50 N. SakaiINFLUENCE OF PROCESSING ANDMACHINING CONDITIONS ON DELAMINATIONOF RE123 COATED CONDUCTORS

ISTEC, Superconductivity Research Laboratory

WTP-51 L. RenQuench propagation characteristic and thermalstability of YBCO HTS tapes

College of Electrical and Electronic Engineering,Huazhong University of Science and Technology

WTP-52 A. Sakagami

Jc AND GRAINBOUNDARY PROPERTIES OFBaFe2(As,P)2 THINFILMS

Department of Crystalline Materials Science/ NagoyaUniversity

WTP-53 M. FujiokaTHE DISCOVERY OF LNDIUM ADDITIONEFFECT FOR SmFeAsO1-

National Institute for Materials Science

WTP-54 C. YaoImproved transport critical current in Ba-122superconducting tapes by Ag and Pb co-doping

Key Laboratory of Applied Superconductivity,Institute of Electrical Engineering, Chinese Academy

WTP-55 H. IZAWAENHANCEMENT OF SUPERCONDUCTINGPROPERTIES IN FeSe WIRE AND TAPE USINGA CHEMICAL-TRANSFORMATION PIT


WTP-56 O. MiuraCritical current densities of FeTe1-xSex wires fabricated bymodified PIT process

Department of electrical engneering, TokyoMetropolitan University

WTP-57 P. XieTHE STUDY ON THE DENSITY ANDHARDNESS EVOLUTION DURING DEFORMINGPROCESS OF Bi-2223/Ag THIN ROUND WIRE

Department of Physics, Tsinghua University

WTP-58 H. ZhaoInvestigation on the Mechanic Performance of theBi-2223/Ag Monofilament Wire based on thePhysics of Inhomogeneous Inorganic Materials

BEIJING TECHWIN ELECTRIC CO., LTD.

WTP-59 A. MatsumotoHigh Tc andJc of Bi,Pb-2223 thin filmfabricated by sputtering method


WTP-60 H. Yamasaki

MAGNETIC FIELD AND TEMPERATUREDEPENDENCE OF CRITICAL CURRENTDENSITIES IN HIG-QUALITYBi2Sr2CaCu2O8+X EPITAXIAL THIN


WTP-61 G. JiaoFabrication and properties of kilometer level multi-filamentary MgB2/Nb/Cu wires

NORTHWEST INSTITUTE FOR NON-FERROUSMETAL RESEARCH

WTP-62 S. YEEnhancement of the critical current properties ofIMD-processed MgB2 wires by C18H15N addition

National Institute for Materials Science and KyushuUniversity

WTP-63 T. KurodaEFFECTS OF THE TEXTURE ON THECRITICAL-CURRENT ANISOTROPY OFPOWDER-IN-TUBE PROCESSED MgB2 TAPES

Superconducting Wires Unit, National Institute forMaterials Science

WTP-64 d. wangENHANCEMENT OF Jc-B PROPERITES FORMgB2 TAPES BY HOT PRESSINGAND HIGH-ENERGY BALL MILLING

Key Laboratory of Applied Superconductivity,Institute of Electrical Engineering, Chinese Academyof Sciences

WTP-65 A. YamamotoEffects of hot-pressing on the self-sinteringbehavior of ex-situ MgB2

Department of Applied Chemistry, The University ofTokyo; JST-PRESTO

WTP-66 K. Kishimoto

Superconducting properties of modified PITMgB2 tapes by cubic anvil hotpressing under various temperature and pressureconditions

Department of Electrical & Electronic Engineering,Tokyo Metropolitan University

SAP-1 H. LeeThe Security Improvement with the Thermal Relayfor the Superconducting Power Cables in IcheonSubstation

School of Railway & Electrical Engineering, KyungilUniversity

SAP-2 S. LeeProtective relay system for the first demonstrationof the HTS cable and the SFCL in the Korean live

KERI(Korea Electrotechnology Research Institute)

SAP-3 D. YoonA Feasibility Study on HTS cable for the GridIntegration of Renewable Energy

Dept. of New & Renewable Energy, KyungilUniversity

SAP-4 H. WatanabeEVACUATION OF CRYOGENIC PIPES FORSUPERCONDUCTING POWER TRANSMISSION

Center of Applied Superconductivity and SustainableEnergy Research, Chubu University

SAP-5 O. MARUYAMANumerical analysis of heat transfer and fluidcharacteristics in long distance HTS cable

Electric Power Equipment Division,Superconductivity Research Laboratory, InternationalSuperconductivity Technology Center

SAP-6 J. SunCritical current behavior of a BSCCO tape in thestacked conductors under different current feedingmode

Chubu University

SAP-7 J. FangTheoretical and experimental analysis of the HTScable termination stress-cones


SAP-8 S. HaDEVELOPMENT OF A TRI-AXIAL HTS POWERCABLE MODEL IN RSCAD/RTDS

Department of electrical engineering, ChangwonNational University([email protected])

SAP-9 j. KimDevelopment of a multi terminal HTS cableexperiment system

Changwon National University

SAP-10 J. KooA development and step plan of On-line MonitoringSystem employed to 22.9kV SuperconductingPower Cable System

Department of Electronics & Systems Engineering,Hanyang University

SAP-11 J. KIMStudies on design sections of HTS DC powercable cooled by helium gas

University of DAEJEON

SAP-12 B. LeeEvaluation of DC Electric Field Distribution ofPPLP Specimen based on the Measurement ofElectrical Conductivity in Liquid Nitrogen


SAP-13 C. DinhHTS DC Power Cable Transient AnalysisConsidering HVDC Protection System

Derpartment of Electrical Engineering, ChangwonNational University, Changwon, Korea

SAP-14 S. KimThe Electrical and Mechanical Properties of PPLPfor DC HTS Cable

Department of Electrical Engineering, GyeongsangNational University and ERI

SAP-15 J. FangThe stability analysis of 110kV/3kA class HTSpower cable under fault current


SAP-16 J. FangThe thermal characteristics analysis of HTS powercable


SAP-17 J. FangConstruct Test Platform of the Laboratory of HTScable system based on LABVIEW for quenchdetection and protection


SAP-18 H. DuStudy on fault current limiting characteristics ofYBCO thin film wire wound on different-diameterspiral former

Advanced Graduate Education Center of Jeonbuk forElectronics and Information Technology-BK21

SAP-19 S. SeoSuperconducting Fault Current Limiter Applicationfor Enhancing Transient Stability in the KoreanPower Systems

Smart Power Grid Research Center, KERI(KoreaElectrotechnology Research Institute)

SAP-20 I. HwangImprovement of the power transient stability usingSFCL in Korean power systems

Korea Electrotechnology Research Institute

SAP-21 B. JungOperation characteristics of SFCL using the high-speed interrupter

Department of Electrical Engineering/ ChosunUniversity,

SAP-22 I. IMAnalysis on protective coordination of non-inductive resistance FCL with circuit breaker usingthe high-speed interrupter

University of CHOSUN

SAP-23 H. CHOIAnalysis on Protective Coordination with a CircuitBreaker in Application of SFCL to Power System

University of CHOSUN

SAP-24 H. Du

Effect on current limiting performance of YBCOthin-film wire having different stabilizer layer withthe winding direction and the turn number' ration oftwo coils in series connection

Advanced Graduate Education Center of Jeonbuk forElectronics and Information Technology-BK21

SAP-25 Y. ChoA Development of the Fault Current Limiter Usingthe Vacuum Interrupter

Department of Electrical engineering, University ofChosun

SAP-26 S. LimAnalysis on Operational Current and LimitingImpedance of Flux-Lock Type SFCL with PeakCurrent Limiting Function

Department of Electrical Engineering, SoongsilUniversity

SAP-27 S. LimCurrent Limiting Characteristics of a Flux-LockType SFCL using Two Triggered HTSC Elements


SAP-28 S. LimHysteresis Characteristics of Flux-Lock TypeSFCL with Series Connection of Two Coils


SAP-29 S. LimStudy on Peak Current Limiting Characteristics ofa Flux-Lock Type SFCL with an Insulated


SAP-30 H. WangINSULATION OF SUPERCONDUCTING COIL INSATURATED IRON CORESUPERCONDUCTING FAULT CURRENT

Technology Department, Beijing InnopowerSuperconductor Cable Co. ltd.

SAP-31 L. ChenReducing the fault current and overvoltage in 10kVdistribution system with distributed generationsthrough an active type SFCL

College of Electrical and Electronics Engineering,Huazhong University of Science and Technology

SAP-32 M. SongElectromagnetic Characteristics Analysis of 500kVSingle Phase Saturated core TypeSuperconducting Fault Current Limiter

Yunnan Power Grid Crop.

SAP-33 H. DongAnalysis on harmonic mitigation of magneticallycontrolled saturable reactor

State Key Laboratory of Advanced ElectromagneticEngineering and Techology (Huazhong University ofScience and Technology)

SAP-34 F. GuoPower and voltage regulation of Photovoltaic plantbased on SMES

Guangdong Electric Power Design Institute

SAP-35 X. DengDynamic thermal characteristics of a conduction-cooled HTS SMES system


SAP-36 Y. XuCalculating the Distribution of AC Losses for aSMES Using FEM

State Key Laboratory of Advanced ElectromagneticEngineering and Technology (R&D Center of AppliedSuperconductivity, Huazhong University of Scienceand Technology)

SAP-37 F. JiaoConceptual Design of a Conduction-cooledStructure for a SMES Magnet

State Key Laboratory of Advanced ElectromagneticEngineering and Technology, Huazhong University ofScience and Technology

SAP-38 I. JeongImprove WPT power transmission efficiencythrough the stacking HTS coil

University of Chosun

SAP-39 T. GeThe design of hybrid metal-superconductor currentlead of H-SEMS


SAP-40 H. LeePeak Power Reduction and Energy EfficiencyImprovement with the Superconducting FlywheelEnergy Storage in Electric Railway System

School of Railway & Electrical Engineering, KyungilUniversity

SAP-41 Y. Arai

DEVELOPMENT OF SUPERCONDUCTINGMAGNETIC BEARING WITHSUPERCONDUCTING COIL AND BULKSUPERCONDUCTOR FOR FLYWHEEL

Railway Technical Research Institute

SAP-42 Y. YubisuiReducing a Resonant Vibration of a Rotor byTuning the Gap between a Superconducting Bulkand a Permanent Magnet

Mechanical Engineering, Keio University

SAP-43 K. KimDESIGN AND OPERATING CHARACTERISTICANALYSIS OF AN INSULATIONLESSSUPERCONDUCTING GENERATOR

Department of Electrical Engineering, ChangwonNational University

SAP-44 T. QUSimulation and measurement for the temperaturedistribution of a prototype synchronous generatorwith HTS armature windings

Department of Mechanical Engineering, TsinghuaUniversity, Beijing 100084, China

SAP-45 K. GyeongHun

DYNAMIC PERFORMANCE ANALYSIS OF A 10KW SUPERCONDUCTING WIND POWERGENERATOR USING HARDWARE-IN-THE-LOOP SIMULATION METHOD

Department of electrical engineering, ChangwonNational University([email protected])

SAP-46 H. Sung

DESIGN AND COMPARATIVE ANALYSIS OF 10MW CLASS SUPERCONDUCTING WINDPOWER GENERATORS ACCORDING TO THEDIFFERENT SORTS OF SUPERCONDUCTING

Department of electrical engineering, ChangwonNational University ([email protected])

SAP-47 J. HeDesign of the Cryogenic System for a 12MWExperimental HTS Wind Turbine Generator

College of Electrical and Electronic Engineering,Huazhong University of Science & Technology

SAP-48 X. LiField winding electromagnetic design for 12MWoffshore superconducting wind generator

State Key Laboratory of Advanced ElectromagneticEngineering and Technology（R&D Center of AppliedSuperconductivity，Huazhong University of Scienceand Technology）

SAP-49 H. Lee

Charge-discharge and Over-current Tests underVarious External Pressures Applied to the StraightSections of the Non-insulated HTS Racetrack Coilfor Wind Turbine Generators


SAP-50 N. KawasakiMagnetizing technique for permanent magnet ofIPM by intense static fields generated by HTS bulkmagnets.

Niigata University

SAP-51 S. LiUsing Analytic and FEA Methods to Model a HTSAxial Flux Induction Motor

Department of Electrical Engineering, BeijingJiaotong University

SAP-52 K. Emoto

IMPROVEMENT OF THE ROTATIONALCHARACTERISTICS IN THE HTSC-PERMANENT MAGNET HYBRID BEARINGUSING RING SHAPED MAGNET

Kansai University

SAP-53 D. JiangExperimental characterization of yawing angle onthe high temperature superconducting Maglev

Applied Superconductivity Laboratory, SouthwestJiaotong University

SAP-54 J. MaThe Energy Loss of Running High-TemperatureSuperconducting Maglev Train in Evacuated Tube

Superconductivity and New Energy R&D Center,Southwest Jiaotong University, Chengdu, China

SAP-55 S. BaikResearch on Electrical Contact betweenRacetrack Pancake Coils for HTS Motor

Superconductivity Research Center/KoreaElectrotechnology Research Institute

SAP-56 Y. ChoiLow Temperature Superconducting MagnetConnected to a Cryocooler with Various ThermalLinks

Korea Basic Science Institute


SAP-57 H. LeeThermal/Electrical Characteristics of a GdBCOCoil in Mixed Cryogen Cooling System withVarious Solid/Liquid Ratios


SAP-59 T. TakagiEXPERIMENTAL AND ANALYTICALEVALUATION OF THE LOSS OF REBCO COILIN ALTERNATING CURRENT OPERATION

Supercoductivity Reseach Laboratory; InternationalSupercoductivity Technology Center

SAP-60 H. LeeEffects of Epoxy Type on Thermal and ElectricalProperties of the Epoxy-impregnated HTSRacetrack Pancake Coils


SAP-61 Y. ChungContactless Charging Characteristics of VariousHTS Coils from Normal Conducting Coil Based onStrong Magnetic Resonance

Dept. of Electrical Engineering, Suwon ScienceCollege

SAP-62 M. OgataDEVELOPMENT OF 5 T-CLASS MAGNETAPPLYING REBCO COILS WORKS IN 1-STAGECRYOCOOLER

Maglev Systems Technology Division, RailwayTechnical Research Institute

SAP-63 A. NaumovCryocooled Facilities for Superconducting CoilsTesting in Gaseous Helium.

Kurchatov Institute

SAP-64 K. NATSUMEDevelopment of a flat-plate cryogenic oscillatingheat pipe for improving HTS magnet cooling

National Institute for Fusion Science

SAP-65 Y. JangCharacterization of impregnation material for 2G-HTS coil

superconducting research center of KoreaElectrotechnology Research Institute

SAP-66 T. KomagomeSTUDY OF DAMAGE TO PANCAKE COILCAUSED BY EPOXY IMPREGNATION

Mayekawa Mfg. Co., Ltd.

SAP-68 S. BaikResearch on Magnet Structure of Open MRI forMedical Linear Accelerator

Superconductivity Research Center/KoreaElectrotechnology Research Institute

SAP-69 J. DouConceptual design of toroidal field magnets forTokamak using high temperature superconductor

R&D Center of Applied Superconductivity, State KeyLab. of AEET, Huazhong University of Science andTechnology

SAP-70 K. Hamano

EXPERIMENTAL INVESTIGATION OF THEINTER-STRAND CONTACT RESISTANCE INMULTI-STRAND SUPERCONDUCTING CABLEFOR JT-60SA EF COIL

Sophia University

SAP-71 J. BaeMinimum Quench Energy Characteristic of YBCOCoated Conductor with Different Stabilizer

Superconducting Reasearch Center, KERI

SAP-72 Y. ChoiPerformance Test of Current Lead Cooled by aCryocooler in Low Temperature SuperconductingMagnet System

Korea Basic Science Institute

SAP-73 H. KajikawaTHE IMPROVED TRANSIENT STABILITIES OFHTS COILS BY REMOVING THE INSULATIONAND INSERTING THE METAL TAPES


SAP-74 N. Okajima

Trapped flux and current density distributions of a140 mm diameter large single-grain Gd-Ba-Cu-Obulk superconductor fabricated with REcompositional gradient method

The University of Tokyo

SAP-75 K. YokoyamaExperimental verification of the magnetic fluxpenetration property and a flux flow inhibitioneffect of a superconducting bulk magnet with small

Department of Electrical and Electronic Engineering,Ashikaga Institute of Technology

SAP-76 N. HayashiTHE STUDY ON THE HTS BULK ANNULIMAGNETS WITH HIGH FIELD PERFORMANCESFOR L.N2 OPERATING

Graduate School of Natural Science andTechnology, University of Okayama

SAP-77 M. TsuchimotoMaximum stress evaluation in a bulk high Tcsuperconductor for different boundary conditions

Hokkaido Institute of Technology

SAP-78 K. NakagawaStudy on Magnetic Gene Transfer by using HTSBulk Magnet

Graduate School of Engineering, Osaka University

SAP-79 M. SasakiNonlinear resonances of three elastic modes inhigh-Tc superconducting magnetic levitation

Mechanical Engineering, Keio university

SAP-80 T. Ikegami

THE LEVITATION CHARACTERISTICS OF THEMAGNETIC SUBSTANCES USING TRAPPEDHTS BULK ANNULI WITH VARIOUS MAGNETICFIELD DISTRIBUTIONS


SAP-81 S. KimA Study on HTS Bushing Insulators at CryogenicTemperature

Department of Electrical Engineering, GyeongsangNational University and ERI

SAP-82 B. LeeElectrical Insulation Design and Evaluation of 60kV Prototype Condenser Cone Bushing for theSuperconducting Equipment


SAP-83 H. SuganeDEVEOPMENT OF 1kA-CLASS PCL FORSUPERCONDUCTING APPLICATIONS

SWCC Showa cable systems co., lｔｄ

SAP-84 J. Fang Optimization of binary current leadsSchool of Electrical Engineering, Beijing JiaotongUniversity

SAP-85 T. OgataWATER PURIFICATION BY HIGH GRADIENTSUPERCONDUCTING MAGNETICSEPARATION WITH MODIFIED MAGNETIC


SAP-86 K. WadaFundamental Study of Phosphor Separation byControlling the Magnetic Force


SAP-87 S. IgarashiFundamental Study on Cesium Decontaminationfrom the Soil by Using Superconducting Magnet


SAP-88 H. LeeA Study of a Solid Nitrogen Cooling System for a2G HTS High Gradient Magnetic SeparationSystem (HGMS)


SAP-89 H. Lee

Purification of Contaminants in ChemicalMechanical Polishing (CMP) Wastewater byMeans of the Superconducting High GradientMagnetic Separation (HGMS) System


SAP-90 H. LeeEvaluation of the Filtration Performance of a HighGradient Magnetic Separation (HGMS) Systemwith Various Filter Shapes


PCP-1 D. VolochovaYBCO bulk superconductors doped withgadolinium and samarium

Institute of Experimental Physics Slovak Academy ofSciences, Watsonova 47, SK-04001 Kosice, SlovakRepublic

PCP-2 V. AntalInvestigation of thermal and microstructuralproperties of YBaCuO powder and bulk

Institute of Experimental Physics SAS

PCP-3 K. ZmorayovaTHE INFLUENCE OF BaCeO3 ADDITION ON Y-211 PARTICLE SIZE AND PROPERTIES OFYBCO BULK SUPERCONDUCTORS.

Institute of Experimental Physics Slovak Academy ofSciences, Watsonova 47, SK-04001 Kosice, SlovakRepublic

PCP-4 A. MurakamiMICROSTRUCTURES AND PROPERTIES OFDy123 SINGLE-GRAIN BULKS FABRICATEDFROM SPARK PLASMA SINTERED

Department of Mechanical Engineering, IchinosekiNational College of Technology

PCP-5 T. Ugawa

DOPING EFFECTS OF TRANSITION METALIONS ON MAGNETIC ANISOTROPY OFYBa2Cu3Oy


PCP-6 M. YamakiBEHAVIORS OF ORIENTATION IN Y-BASEDCUPRATE POWDERS UNDER STATIC,ROTATING AND MODULATED ROTATING


PCP-7 T. NaitoEFFECTS OF SEED CRYSTAL ONCRYSTALLINE ORIENTATION AND TRAPPEDMAGNETIC FIELD OF Dy-Ba-Cu-O BULKS


PCP-8 H. Teshima10T CLASS TRAPPED FIELD PROPERTIES OFA LARGE Gd-Ba-Cu-O BULK

Advanced Technology Research Laboratories,Nippon Steel Corporation

PCP-9 T. OkaFlux-Invading Behaviors and TemperatureChanges in Dy123 Bulk Magnet in Iterative PulseField Magnetization Process

Faculty of Engineering, Niigata University

PCP-10 R. NagaiTHE DEGREES OF TRI-AXIAL ORIENTATION INRE-DOPED Bi2212 POWDERS ALIGNED INMODULATED ROTATION MAGNETIC FIELDS

Kouchi University of Technology

PCP-11 M. TomitaA TRAPPED MAGNETIC FIELD EXCEEDINGMORE THAN 3.1 T IN MgB2 BULKSUPERCONDUCTOR

Applied Superconductivity, Material TechnologyDivision, Railway Technical Research Institute

PCP-12 T. SasakiTRAPPED MAGNETIC FIELD OF DENSEMgB2 BULKS FABRICATEDUNDER HIGH PRESSURE


PCP-13 M. Maeda

Effect of carbohydrate doping by solid-state mixingand liquid-treated processes on structural andsuperconducting properties of denseMgB2 bulk

Department of Physics, College of Science andTechnology, Nihon University / Japan

PCP-14 J. AhnEffect of additive Y, La and Ca on thesuperconducting properties of magnesium

Dept. of Materials Engineering, Andong NationalUniversity

PCP-15 Y. HayashiSYNTEHESIS OF 122 IRON PNICTIDEPOLYCRYSTALLINE BULKS WITH HIGH

The University of Tokyo

PCP-16 T. YanagisawaValence skip induced superconductivity andcharge Kondo effect

Electronics and Photonics Research Institute,National Institute of Advanced Industrial Science and

PCP-17 K. HiraSUPERCONDUCTIVITY AT 8 K IN SIMPLECUBIC Sb-Au ALLOYS SYNTHESIZED UNDERHIGH PRESSURE

Tokyo University of Science

PCP-18 S. C.ISuperconducting and structural properties of δ-MoC0.681 cubic molybdenum carbide phase

New Materials Group, Superconducting MaterialsCenter, National Institute for Materials Science

PCP-19 T. IpponjimaSuperconductivity in layerd and cage structuresincluding alkali metal elements

Department of Physics and Mathematics, Aoyama-Gakuin University

PCP-20 S. Kuchida Superconductivity in Lu2SnCDepartment of Physics and Mathmatics, AoyamaGakuin University

PCP-21 H. FengThe magnetic properties of 3d/5d perovskites:Ca2MOsO6 (M=Zn, Co, Fe, Mn)


PCP-22 T. Katagiri

ANISOTROPIC PROPERTIES IN SINGLECRYSTALS OFSr2VO3SUPERCONDUCTORS

Materials and Structures Laboratory, Tokyo Instituteof Technology

PCP-23 G. BaoInfluence on superconductivity in the parity mixingsuperconductor Li2T3B(T:Pt,Pd) by non-magneticimpurity and defect doping

Department of Physics,Okayama University

PCP-24 T. Ekino

SCANNING TUNNELINGMICROSCOPY/SPECTROSCOPY OFSUPERCONDUCTING β-ZrNClx

Hiroshima UNIVERSITY, Graduate school ofIntegrated arts and Sciences

PCP-25 K. Saitoh

JUNCTION-SIZE DEPENDENCE OFJOSEPHSON CURRENT INNb/Sr2RuO4MICRO-JOSEPHSON JUNCTIONS

National Institute of Advanced Industrial Science andTechnology

PCP-26 H. KashiwayaPHASE DETECTION OFSr2RuO4 BYUSING SQUID

PCP-27 S. KashiwayaMULTIPLE PHASE DIAGRAM OF SR2RUO4DETECTED BY TUNNELING JUNCTIONS

AIST

PCP-28 K. OkawaCRYSTAL GROWTH AND PHYSICALPROPERTIES OF THENONCENTROSYMMETRIC


PCP-29 K. SuzukiMinimum model and its theoretical analysis forsuperconducting materials withBiS2 layers

Department of Engineering Science, University ofElectro-Communications

PCP-30 Y. TakanoNOVEL BiS2-BASED LAYEREDSUPERCONDUCTOR REOBiS2

National Institute for Materials Science (NIMS)

PCP-31 H. YagyuSEARCH FOR NEW SUPERCONDUCTOR INTHE PEROVSKITE-TYPE HYDRIDES APdH3 (A

Department of Applied Physics, Tohoku University

PCP-32 S. SINGHEFFECTS OF Y AND Mn SUBSTITUTION IN(Sm,Y)(Fe,Mn)AsO1-xFx BULKS

Department of Applied Chemistry, The University ofTokyo, 7-3-1 Hongo, Bunkyo-ku, Tokyo 113-8656

PCP-33 K. DeguchiEFFECT OF EXCESS Fe ONSUPERCONDUCTIVITY IN Fe-

National Institute for Materials Science, University ofTsukuba

PCP-34 S. DenholmeSynthesis and investigation of tetragonal FeS:Discussion of its relation to the 11 family Fe basedsuperconductors

National Institute for Materials Science (NIMS)

PCP-35 S. DemuraA NEW SYNTHESIS METHOD OFSUPERCONDUCTING FESE USINGELECTROCHEMICAL DEPOSITION


PCP-36 T. Maruyama

Tuning of electron doping and local structure inSmFeAs1-yPyO1-xHx


PCP-37 F. Nitsche

ROOM-TEMPERATURE SYNTHESIS,HYDROTHERMAL RECRYSTALLIZATION, ANDPROPERTIES OF METASTABLE FeSe PARENTCOMPOUND

Department of Chemistry, LMU Munich

PCP-38 C. WangEffect of annealing temperature on thesuperconducting properties of K0.8Fe2+xSe2single crystals

Key Laboratory of Applied Superconductivity,Institute of Electrical Engineering, Chinese Academyof Sciences

PCP-39 E. BellingeriTuning of superconducting properties ofFe(Se,Te) thin films.

CNR - SPIN

PCP-40 M. MachidaStructural Switch among Anitiferromagnetic andRelated Superconducting Phases in Iron-pnictideSuperconductors


PCP-41 C. OrtixProximity of iron-based superconductors to aquantum tricritical point

Institute for Theoretical Solid State Physics, IFWDresden

PCP-43 L. PinheiroMechanical and Tribological Properties ofBa(Fe0.974Mn0.026)2As2 single

Department of Mechanics, Instituto Federal do RioGrande do Sul / Department of Physics,Universidade Estadual de Ponta Grossa

PCP-44 G. LiuSize effects on the superconducting and magneticproperties of Cu-Nb micro-composites

Northwest Institute For Non-ferrous Metal Research

PCP-45 H. OkazakiShubnikov-de Haas OSCILLATION INFeTe1-xSex THIN


PCP-46 K. HamadaSINGLE CRYSTAL GROWTH OF Ag-DOPEDFeTe1-xSex AND THIN FILM FABRICATION

Tokyo metropolitan univercity

PCP-47 Y. SunOxygen annealing and acid treatment onFe1+yTe1-xSex


PCP-48 A. SugimotoNANO-SCALE ELECTORONIC MODULATIONSON Fe(Se,Te) AND FeTe OBSERVED BY LOW-TEMPERATURE STM/STS

Graduate School of Integrated Arts and Sciences,Hiroshima University

PCP-49 S. HaindlA Scaling Approach to Determine the Anisotropyof Oxypnictides

IFW Dresden, Institute for Solid State Research

PCP-50 S. YamaichiANISOTROPIC PRESSURE EFFECTS INBaFe2As2-BASEDSUPERCONDUCTORS


PCP-51 T. KobayashiNodal superconducting gap behavior inSrFe2(As0.65P0.35)2 revealed by specific heatmeasurement

Department of Physics, Graduate School of Science,Osaka university

PCP-52 K. FukumuraMAGNETISM OF 144Sm ENRICHED UNDOPEDSmFeAsO

Faculty of Science and Technology, University ofKeio

PCP-53 S. YoshizawaMorphological structure surrounding Pt wire whichis added Dy-123 system superconductor

Department of Chemistry, Meisei University

PCP-54 T. KajiharaFormation of Bi,Pb-2223 and microstructuralevolution in Pb-Ca-Cu deposited Bi-2212(001)single crystal by heat treatment

Interdisciplinary Graduate School of EngineeringSciences, Kyushu University, Japan

PCP-55 S. Cavdar

The Effect of Vanadium Substitution on theMechanical Properties ofTl2Ba2Ca2-xVxCu3Oy Superconductors

Department of Physics, Gazi Universitiy

PCP-56 T. Mochiku

ANNEALING EFFECT ON STRUCTURE ANDSUPERCONDUCTIVITY INFeSr2YCu2O6+δ MAGNETIC

Superconducting Properties Unit, National Institutefor Materials Science

PCP-57 M. JirsaBEHAVIOR OF PARAMAGNETIC LIGHT RAREEARTH IONS IN LRE-123

Institute of Physics ASCR

PCP-58 K. Suzuki

Fe-INDUCED MAGNETIC ORDER IN THEOVERDOPED La2-xSrxCu1-yFeyO4

Department of Applied Physics, Graduate School ofEngineering, Tohoku University

PCP-59 K. Kim

NEW SUPERCONDUCTOREuSr2Cu2(Nb,Sn)O8-y WITH THE RE-123STRUCTURE

Department of Applied Physics, Tohoku University

PCP-60 N. Murai

Superconducting gap structure in out-of-plane-disorderdBi2Sr2CaCu2O8+&delta studied byRaman spectroscopy

Department of Physics, Osaka University, Japan

PCP-61 H. NguyenQuantitative comparison between electronicRaman spectra and angle-resolved photoemissionspectra in superconducting state of Bi2212

Department of Physics, Graduate School of Science,Osaka University

PCP-62 T. AkuneThe 3rd Harmonic AC Susceptibilities in the GrainModel of High-TcSuperconductors

Kyushu Sangyo University

PCP-63 S. TamuraVARIATIONAL MONTE CARLO STUDY OFDRUDE WEIGHT AND SUPERFLUID DENSITYIN MOTT-INSULATING REGIME

Department of Physics, Tohoku University

PCP-64 K. NishiTHEORY OF HIGH-Tc CUPRATESSUPERCONDUCTIVITY

Toyohashi University of Technology (ex-affiliation)

PCP-65 L. PerezARPES-parameterized Hubbard approach to d-wave cuprate superconductors

Instituto de Fisica, Universidad Nacional Autonomade Mexico

PCP-66 H. YokoyamaSTAGGERED FLUX STATE AS NORMAL STATEFOR UNDERDOPED HUBBARD MODEL

Department of Physics, Tohoku University

PCP-67 H. SakakibaraThree-orbital study on the orbital distillation effectin the high Tc cuprates

Department of Engineering Science, University ofElectro Communication

PCP-68 K. KobayashiSUPERCONDUCTIVITY AND MOTTCORRELATED STATES IN THE TWO-DIMENSIONAL HUBBARD MODEL WITHIN A

Department of Natural Science, Chiba Institute ofTechnology

PCP-69 T. YamakiSHORT-WAVELENGTH FLUCTUATIONS OFTHE SPECIFIC HEAT IN ASUPERCONDUCTING THICK FILM

Department of Electrical and Computer Engineering,Oyama National College of Technology

PCP-70 H. Usui

Study on the competition between anti-ferromagnetism and superconductivity inCa4Al2O6Fe2(As1-xPx)2

Department of Engineering Science, The Universityof Electro-Communications

PCP-71 H. NakamuraVan der Waals Density Functional Study of Iron-Based Superconductors


PCP-72 K. KobayashiAnalysis of multi band superconductor: frustratedspin model approach

Center for Computational Science & e-System JapanAtomic Energy Agency

PCP-73 G. KitamuraSurface density of states and Josephson current iniron-based superconductors


PCP-74 I. HaseElectronic band calculation ofBaPd2Sb2: whichpolymorph is stable?

AIST

PCP-75 S. YamazakiTHE SYMMTRY OF SUPERCONDUCTIVITY INFULLERIDES BY THE REPULSIVEINTERACTION MODEL

Department of physics, Tohoku University

VPP-1 J. ShimoyamaStrong K composition dependent flux pinning of(Ba,K)122 single crystals

Department of Applied Chemistry/ University ofTokyo

VPP-2 T. Taen

CRITICAL CURRENT DENSITY AND VORTEXDYNAMICS IN PRISTINE AND PROTON-IRRADIATED(Ba,K)Fe2As2


VPP-3 T. Okada

FLUX FLOW OF IRON-BASEDSUPERCONDUCTORS INVESTIGATED BYMICROWAVE SURFACE IMPEDANCEMEASUREMENTS

Department of Basic Science, The University ofTokyo

VPP-4 P. Belovad-wave symmetry of the order parameteras a possible candidate for iron pnictides

Lappeenranta University of Technology,Technomathematics and Technical Physics

VPP-5 Y. KawamuraONSET OF IRREVERSIBILITY ANDDISLOCATIONS IN PERIODICALLY SHEARED

Department of Physics and Research Center for LowTemperature Physics, Tokyo Institute of Technology

VPP-6 S. Okuma

CRITICAL DYNAMICS ASSOCIATED WITHDYNAMIC PINNING AND DEPINNING OF DCDRIVEN VORTCIES NEAR THE DEPINNINGTRANSITION


VPP-7 S. OkumaATTRACTIVE INTERACTION BETWEENVORTICES IN THE FAST DRIVEN ABRIKOSOV


VPP-8 S. TadaFLUX PENETRATION INTOTHREE=DIMENSIONAL SUPERCONDUCTING

Department of Applied Physics, The Univ. of Tokyo

VPP-9 S. Ooi

VORTEX STATES OF EXFOLIATEDBi2Sr2CaCu2O8+y THIN FILMS WITHAND WITHOUT MICROHOLE ARRAY


VPP-10 M. KatoVortex structures in nano-sized pentagon andother shaped superconductors

Department of Mathematical Sciences, OsakaPrefecture University

VPP-11 M. KatoVortex dynamics using molecular dynamics withheat transport and retarded vortex-vortex

Department of Mathematical Sciences, OsakaPrefecture University

VPP-12 J. Mirkovic

Tilted and Crossing Vortex Lattices in pristine andirradiatedBi2Sr2CaCu2O8+&delta Single Crystals

Faculty of Sciences, University of Montenegro

VPP-13 K. Takeo

EFFECTS OF MAGNETIC FIELDS ON THECOHERENT THz EMISSION FROM MESAS OFSINGLE CRYSTALBi2Sr2CaCu2O8+δ

Institute of Material Sciences, Graduate School ofPure and Applied Sciences, University of Tsukuba

VPP-14 H. AsaiInterplay between Heat and THz Phase Dynamicsin Intrinsic Josephson Junctions

Electronics and Photonics Research Institute, TheNational Institute of Advanced Industrial Science andTechnology

VPP-15 V. VyatkinCALCULATION OF CRITICAL CURRENT IN DCHTC CABLE USING LONGITUDINAL MAGNETICFIELD EFFECT

Departament of Computer Science and Electronics,Kyushu Institute of Technology

VPP-16 T. KawaguchiSpatiotemporal dynamics and collective effects ofa current-driven Josephson junction network

Department of Physics, Toho University

VPP-17 N. HayashiEffect of Born and unitary impurity scattering onthe Kramer-Pesch shrinkage of vortex cores in achiral p-wave superconductor

NanoSquare Research Center, Osaka PrefectureUniversity

VPP-18 T. YamaneImpurity effect on the electronic structure of multi-winding vortices


VPP-19 Y. HigashiEffect of anisotropic Fermi surface on the flux-flowresistivity under rotating magnetic field


VPP-20 H. DeguchiDEPENDENCE OF MEMORY EFFECTS ON THESTOP TEMPERATURE AND THE PROBINGFIELD IN A CERAMIC YBCO

Faculty of Engineering, Kyushu Institute ofTechnology

FDP-1 S. TakanoCOMPARISON OF FLUORIDE AND OXIDESUBSTRATES IN MBE GROWTH OF(Ba,K)Fe2As2

Tokyo University of Agriculture and Technology

FDP-2 K. YamazakiKEY PARAMATERS IN CHEMICAL BEAMEPITAXY GROWTH OF MgB2FILMS BY USING

Department of Applied Physics, Tokyo Univ. ofAgriculture and Technology

FDP-3 A. IchinoseMicrostructure Analyses and SuperconductingProperties of Fe(Te,Se) Thin Films


FDP-4 J. Engelmann2D superconductivity in epitaxialFe/BaFe1.8Co0.2As2 multilayers

IFW Dresden

FDP-5 Y. Deguchi

FLUCTUAION-CONDUCTIVITYCHARACTERIZATION OF SUPERCONDUCTINGBi2Sr2CaCu2O8+d THIN FILMSPREPAED BY THE METAL-ORGANICDECOMPOSITION METHOD

Department of Electrical and Computer Engineering,Oyama National College of Technology

FDP-6 S. Suzuki

Annealing conditions ofBi2Sr2CaCu2O8+x/CeO2/r-plane sapphire by MOD method

Electrical and Electronic Engineering GraduateSchool of Science and Engineering, IbarakiUniversity

FDP-7 T. ManabePREPARATION OF TWIN-FREE EPITAXIALYbBa2Cu4O8 FILMS BY MOD


FDP-8 M. SohmaENHANCED Jc OF MOD-YBCO FILMS BYMODIFYING SURFACE STATES OF CeO2BUFFER LAYERS ON SAPPHIRE SUBSTRATES

AMRI, AIST

FDP-9 H. HaraFABRICATION OFYBa2Cu4O8 THIN FILMS BY COPRECIPITATION

National Institute for Materials Science, University ofTsukuba, JST-ALCA

FDP-10 B. Villaflor

Growth of SuperconductingBi2Sr2CaCu2O8 + δ Thin Filmusing Sedimentation method with KCl

National Institute of Physics, University of thePhilippines

FDP-11 S. IkunoNumerical analysis of shielding current density inHTS Film with a hole using Element-Free Galerkinmethod

School of Computer Science, Tokyo University ofTechnology

FDP-12 Y. IshimaruGrowth of(CaRE)Fe2As2 thinfilms by using an MBE method

Superconductivity Research Laboratory, InternationalSuperconductivity Technology Center

FDP-13 Y. MawatariDissipative state in parallel-connectedsuperconducting nanostrips carrying transportcurrents

National Institute of Advanced Industrical Scienceand Technology (AIST)

FDP-14 D. ItoInvestigation of Very ThinYBa2Cu3Oy Film for Optics / Superconductivity

Graduate School of Biology Oriented Science andTechnology Kinki University

FDP-15 T. MiyakeInvestigation of Etching Process Parameters onHTS Nano-devices

Graduate School of Biology Oriented science andTechnology, Kinki University

FDP-16 K. KotaniFabrication of High Temperature SuperconductingNano-wire

Graduate School of Biology Oriented Science andTechnology, Kinki University

FDP-17 K. DelfanazariTerahertz Radiation in Various Shapes of IntrinsicJosephson Junctions Mesas in SuperconductingBi2212

University of Tsukubs, CREST-JST, WPI-MANA


FDP-18 T. KoyamaELECTRIC FIELD EFFECT IN INTRINSICJOSEPHSON JUNCTIONS

Institute for Materials Research, Tohoku University

FDP-19 S. SainiTwo-stack Josephson junction device of a-axisoriented Y123/Pr123 multilayered thin films

Institute for Sustainable Sciences and Development,Hiroshima University, Japan

FDP-20 K. IshiiJoseohson current in superconductor-ferromagnetstructure with YBCO-LSMO hybrid structure

Department of Condensed Matter Physics, GraduateSchool of Science, Hokkaido University

FDP-21 S. KawabataElectronic cooling in metal/spin-filter/superconductor junctions

Electronics and Photonics Research Institute,National Institute of Advanced Industrial Science and

FDP-22 S. TsunakiFeasibility Study of Contaminant Detection forFood with ULF-NMR/MRI System using HTS-

Toyohashi University of Technology

FDP-23 T. MihayaHigh Sensitivity Measurement of AC magneticField for Magnetic Particle Imaging


FDP-24 K. HayashiMICROWAVE CHARACTERISTICS OFMICROWAVE KINETIC INDUCTANCEDETECTORS USING REWOUND SPIRAL

Yamagata University

FDP-25 H. MatsuuraUSE OF ADDITIONAL PATCH CONDUCTOR TOREALIZE HTS DUAL-MODE FILTER WITHDOUBLE-STRIP-RESONATOR


FDP-26 H. YamadaSINGLE-SLOT-DIPOLE COUPLED YBCOJOSEPHSON JUNCTIONS FOR TERAHERTZWAVE DETECTORS

Graduate School of Science and Engineering,Yamagata University

FDP-27 T. HoriuchiMiniaturized sharp-cutoff transmit HTS striplinefilter with shuttle-shape resonator


FDP-28 Y. MizugakiNUMERICAL DEMONSTRATION OF BLOCKINGOSCILLATION IN RESISTIVESUPERCONDUCTING QUANTUM


FDP-29 Y. SatoDESIGN AND OPERATION OF 1000-FOLDVOLTAGE MULTIPLIER BASED ON DOUBLE-FLUX-QUANTUM AMPLIFIER


FDP-30 C. UranoThermodynamic determination of the Boltzmannconstant with a Josephson Arbitrary WaveformSynthesizer

National Metrology Institute of Japan/NationalInstitute of Advanced Industrial Science andTechnology

FDP-31 T. SatohFabrication Process Study of Small Al/AlOx/AlJosephson Junctions for Qubit Application

ISTEC-SRL

FDP-32 J. KooAdvanced “Pulse Analysis Map” applied to theidentification of defects put under cryogenictemperature


iss2012 program - 国際超電導産業技術研究センター s. moon development of rebco wires...

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