Chairman: Matsushita Teruo

E1-1
1. Development of Nb3Sn superconducting wires with Cu/Nb-Ta/Cu- Sn-X and cables for AC use
   MIYASHITA, Katsumi et al. ( hitachi cable ), Katsumi_Miyashita@cc.hitachi-cable.co.jp

E1-2

2. Development of in-situ Nb₃Sn wires for a.c. use (4)
   FUJI, Hiroshi et al. ( Fujikura Ltd. ), hfuji@rd.fujikura.co.jp

E1-3

3. strain characteristics of the stoichiometric Nb₃Al multifilamentary wires
   TAKEUCHI, Takao et al. ( National Research Institute for Metals ), taketaka@nrim.go.jp

E1-4

4. Strain distribution along a strand in a multiply-twisted superconducting cable
   AIHARA, Katsuzo et al. ( Hitachi Research Laboratory, Hitachi Ltd. ), kaihara@hrl.hitachi.co.jp

E1-5

5. analysis of interstrand coupling losses for Rutherford cable by 3D-Finite-Element-Method
   ICHIMARU, Junji et al. ( Kagoshima University ), kawabata@eee.kagoshima-u.ac.jp

E1-6

6. improvement of current density in composite superconductor
   ONISHI, Toshitada et al. ( Hokkaido University ), onishit@e1.hines.hokudai.ac.jp

Chairman: KAWABATA, Shuma

E1-7
7. Critical Current Density and Microstructure of NbTi/Nb/Cu Multilayer Superconducting Sheet
   OTSUKA, Hiroaki et al. ( Advanced Technology Research Laboratories,Nippon Steel Corporation ), hotsuka@lab1.nsc.co.jp (Hiroaki Otsuka)

E1-8

8. dependence of J_c on the magnetic field directions for A15-compound tape conductors
   TAKEUCHI, Takao et al. ( National Research Institute for Metals ), taketaka@nrim.go.jp

E1-9

9. Development of Fiber-Reinforced Superconductor with low strain-sensitivity
   TATEISHI, Hiroshi et al. ( electrotechnical laboratory ), tateishi@etl.go.jp

Chairman: YAMAZAKI, Hirofumi

E1-10
10. Fabrication and superconducting properties of (Sm,Gd)123 superconducting bulk by OCMG-process
    SEGAWA, Tomoki et al. ( iwate univ. ), nsakai@istec.or.jp

E1-11

11. Growth and Superconducting properties of ternary and quaternary 123 superconductors grown by OCMG process
    Miryala, Muralidhar et al. ( Superconductivity Research Laboratory ), murakami@istec.or.jp

E1-12

12. Superconducting Properties of Top Seeded Melt Grown Y-Ba-Cu-O Crystals annealed under various conditions
    Seiki, Takebayashi et al. ( Superconductivity Research Laboratory ), takebayashi@istec.or.jp

E1-13

13. Critical curent density at peak effect on SmBa₂Cu₃O_7-y superconductertor
    KAWANO, Masaharu et al. ( shonan insitute laboleterly ), kawano1@rlem.titech.ac.jp

E1-14

14. magnetic properties of Sm bulk superconductors
    HAYASHI, Noriki et al. ( superconductivity research laboratory ), nhayashi@istec.or.jp

E1-15 (withdrawn)

15. Melt growth of Nd-Ba-Cu-O/Ag
    nagasima, jun et al. ( superconductivity research laboratory ), nsakai@istec.or.jp

E1-16

16. High field seeding processed Y1Ba2Cu3O7 bulk and high field magnetization properties
    WATANABE, Kazuo et al. ( Institute for Materials Research, Tohoku University ), watanabe@hflsm.imr.tohoku.ac.jp

E1-17

17. Preparation and superconducting properties for Ag-doped YBCO melted >sample.
    Sato, Hidetaka ( Iwate Univ ), t2296019@msv.cc.iwate-u.ac.jp

E1-18

18. temperature-dependent magnetization data for YBCO disks over the range 20--120 K
    KITAHARA, Hiroyuki et al. ( daikin industries,ltd. ), kitahara@mec.daikin.co.jp

E1-19

19. Study on Induction-Coil--Coupled Sputtering for High-Tc Superconducting Thin Films
    KUSUNOKI, Masanobu et al. ( Faculty of Engneering, Yamagata University ), kusu@eie.yz.yamagata-u.ac.jp

Chairman: MURAKAMI, Masato

E1-20
20. Characterization of Ag-Bi2223 superconductor tape by a scanning Hall sensor
    KAWANO, Kenji et al. ( Toyohashi University of Technology ), kawano@eee.tut.ac.jp

E1-21

21. Characterization of Ag-Bi2223 monofilamentary tape by a scanning Hall sensor
    ISODA, Suguru et al. ( Toyohashi University of Technology ), r943306@edu.tutcc.tut.ac.jp

E1-22

22. Fabrication and Characterization of screen-printed Ag-Bi2223 tape
    FUJIKAWA, Katsuhiko et al. ( Toyohashi University of Technology ), r921311@edu.tutcc.tut.ac.jp

E1-23

23. Numerical Prediction of Quench Behavior in Bi-based Superconducting Tape
    NAKAYAMA,Tadashi et al. ( Nuclear Engineering Research Laboratory ), nakayama@utnl.gen.u-tokyo.ac.jp

E1-24

24. Effect of V Oxide Addition on the Bi-2223 Phase Formation and the Superconducting Properties in Bi-Oxide Superconductors
    MAEDA, Hiroshi et al. ( institute for materials research, tohoku university ), maedah@imr.ac.jp

E1-25

25. Formation and texture of (Bi,Pb)-2223 phase in Ag,MgO/oxide interface layers
    NAGATA, Akihiko et al. ( Mining College, Akita University ), xiaoyelu@ipc.akita-u.ac.jp

E1-26

26. FABRICATION OF HIGH Jc Bi-2223 SINTERED BULK
    Satoh, Mamoru et al. ( Superconductivity Development Center,Dowa Mining Co.,LTD. ), KYP00557@niftyserve.or.jp

E1-27

27. The effect of silver diffusion in Bi-2223
    Ikeda, Hiroshi et al. ( Institute of Applied Physics and Cryogenices Center, University of ), ikeda@bk.tsukuba.ac.jp

E1-28

28. Estimation of Bi₂Sr₂CaCu₂O_x coatings prepared by plasma spraying method - The coating-thickness dependence of Jc -
    OSAKI, Katashi et al. ( Yamaguchi University, Faculty of Engineering ), naoyuki@po.cc.yamaguchi-u.ac.jp

E1-29

29. Properties in Bi-2212 Oxide Superconductor Prepared by a Diffusion Process
    YAMADA, Yutaka et al. ( Faculty of Engineering, Tokai University ), yyamaday@keyaki.cc.u-tokai.ac.jp

E1-30

30. Fabrication of Bi-2212 Multi-Filamentary Silver-Sheasthed Wire
    ABE, Yuji et al. ( Sukegawa Electric Co.Ltd )

E1-31

31. Effects of composition on the superconducting properties of Ag-Mg alloy Bi2212 multilayer tapes.
    HASEGAWA, Takayo et al. ( showa electric wire&cable co.ltd. ), K840353@snt1.swcc.co.jp

Chairman: KUBO, Yoji

E2-1
1. Development of 3 kA class Nb-Ti superconducting cable for AC use (2)
   MIYASHITA, Katsumi et al. ( hitachi cable ), Katsumi_Miyashita@cc.hitachi-cable.co.jp

E2-2

2. Influences of cross-sectional designs of Nb-Ti wires for AC use on AC quench current
   SUGIMOTO, Masahiro et al. ( The Furukawa Electric co.,ltd. Superconductivity research department ), masahiro@nikko.furukawa.co.jp

E2-3

3. Development of a Large Current Capacity of Multifilamentary Nb-Ti Superconducting cables for AC Use
   YUMURA, Hiroyasu et al. ( Sumitomo Electric Industries,Ltd ), yumura@okk.sei.co.jp

E2-4

4. ac losses of stranded cable conductors for ac use
   MIYATA, Makoto et al. ( Kagoshima University ), kawabata@eee.kagoshima-u.ac.jp

E2-5

5. AC transport current characteristics of NbTi AC wire with stabilization copper in peripheral of the filamentary zone
   FUKUI, Satoshi et al. ( Yokohama National University ), fukui@tsukalab.dnj.ynu.ac.jp

E2-6

6. Optimization of Nb-Ti Alloy Composition for AC Use
   TACHIKAWA, Kyoji et al. ( Faculty of Engineering, Tokai University ), tacsuper@keyaki.cc.u-tokai.ac.jp

E2-7

7. Effect of inhomogeneity ofsuperconductor on scaling of current-voltage curves
   TAGOMORI, Miki et al. ( kyushu institute of technology ), tagomori@aquarius10.cse.kyutech.ac.jp

Chairman: ISHIYAMA, Atsushi

E2-8
8. Apparent pinning potential in superconducting Bi-2223 tape wire
   NAKAYAMA, Yoshinori et al. ( Kyushu Institute of Technology ), nakayama@aquarius10.cse.kyutech.ac.jp

E2-9

9. Optical induced motion of fluxoids in high T_c superconductors
   FUJIYOSHI, Takanori et al. ( Faculty of Engineering, Kumamoto University ), fuji@eecs.kumamoto-u.ac.jp

E2-10

10. Dependence of magnetic hysteresis loops on sweep rates in high T_c superconductors
    SUEYOSHI, Tetsuro et al. ( Factulty of Engineering, Kumamoto University ), tetsu@eecs.kumamoto-u.ac.jp

E2-11

11. The magnetic field and temperature dependence of vortex behavior in the Bi-2212 single crystal
    KAMIMURA, Akira et al. ( Faculty of Engineering, Yamagata University ), m93015@eieio.yz.yamagata-u.ac.jp

E2-12

12. magnetization characteristics of Hg based superconductor
    AKUNE, Tadahiro et al. ( kyushu sangyo university ), akune@freesia.te.kyusan-u.ac.jp

E2-13

13. Transport characteristics in a mixed state of YBaCuO high-Tc thin films
    Kiss, Takanobu et al. ( Kyushu University, ISEE ), kiss@wwwsc.ees.kyushu-u.ac.jp

E2-14

14. Numerical Analysis of Current Distribution in High Tc Superconductors in External Magetic field Based on Anisotropyic E-j Charactoristics
    MIYAMOTO, Kengo et al. ( c/o Prof. Amemiya,Division of Electrical and Computer Engineering, ), kengo@rain.dnj.ynu.ac.jp

E2-15

15. Current Distribution in the Parallel Conductors of Oxide Superconducting wires (2)
    MORI, Hayato et al. ( Graduate School of Information Science and Electrical ), h_mori@eesmain.ees.kyushu-u.ac.jp

E2-16

16. AC Losses in Parallel Conductors Composed of Oxide Superconducting Multifilamentary wires (2)
    SADOWARA, Tetsuya et al. ( Graduate School of Information Science and Electrical ), t_sado@ees.kyushu-u.ac.jp

E2-17

17. Numerical analysis of transport loss in high Tc superconductors based on E-j characteristics (1) - Analysis by T-�� method -
    MURASAWA, Shunichi et al. ( c/o Prof.Amemiya,Division of Electrical and Computer ), mura@rain.dnj.ynu.ac.jp

E2-18

18. AC transport current losses of HTS tape wire at 4.2K and 77K
    YUTAKA, Kitoh et al. ( Yokohama National University ), kitoh@tsukalab.dnj.ynu.ac.jp

Chairman: OKADA, Michiya

E2-19
19. Magnetic shielding property of screen-printed Ag-Bi2223 wide tape
    KAWANO, Kenji et al. ( Toyohashi University of Technology ), kawano@eee.tut.ac.jp

E2-20

20. Microwave properties of Bi-2223 superconductor Bulk
    YAMASHITA, Kazuma et al. ( Toyohashi University of Technology ), r943342@edu.tutcc.tut.ac.jp

E2-21

21. non-destructive testing method of HTS tape using ultrasonic wave
    MORI, Yoshihiro et al. ( seikei university ), mori@ee.seikei.ac.jp

E2-22

22. Characterization of heat load in HTS current leads for AC use (1)
    KIM, SeokBeom et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

E2-23

23. Characterization of heat load in HTS current leads for AC use (2)
    ODAKA, Satoshi et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

E2-24

24. Fabrication of YBCO Current Lead by using Unidirectional Solidification Process
    Asakura, Sin-ichi et al. ( Fujikura Ltd. ), asakura@rd.fujikura.co.jp

E2-25

25. Surface barrier effects in the magnetization of YBCO films
    YAMASAKI, Hirofumi et al. ( Electrotechnical Laboratory ), hyamasak@etl.go.jp

E2-26

26. Transport properties of LaCaMnO Thin Film
    YOTSUYA, Tsutom et al. ( Technology Research Institute of Osaka Prefecture ), yotsuya@TRI.pref.osaka.jp

E2-27

27. A characteristics of high-Tc superconducting bearing in different �@�@ �@ operating temperature
    OKANO, Makoto et al. ( electrotechnical laboratory ), okano@etl.go.jp

Chairman: ITO, Daisuke

E2-28
28. Study on HTSC Sandwich-Type Magnetic Bearing
    HIRANE, Yoshihisa ( kansai university ), gc6m677@ipcku.kansai-u.ac.jp

E2-29

29. Analysis of a magnetization characteristic of a high-Tc superconductor using Preisach's diagram
    YOKOYAMA, Shoichi et al. ( mitsubishi elctric co., advaced technology R&D center ), yokoyama@ele.crl.melco.co.jp

E2-30

30. RECENT DEVELOPMENT PROGRESS OF 70MW CLASS SUPERCONDUCTING GENERATORS
    Kimura, Kei et al. ( Super-GM ), LDM04314@niftyserve.or.jp

E2-31

31. an excitation experiment of superconducting magnet by low frequency AC source using LC resonance circuit
    KOGA, Takeharu et al. ( seikei university ), koga@ee.seikei.ac.jp

E2-32

32. Design and fabrication of 5T-��300mm cryogen free superconducting magnet
    SHIBUTANI, Kazuyuki et al. ( Kobe Steel Ltd.,Electronics Research Laboratory ), aa16855@giken.kobelco.co.jp

E2-33

33. Relationship between current distribution and quench phenomena in parallel mechanical PCS
    Ohtsuka, Shinya et al. ( Kyushu unversity ), s_ohtuka@kyushu-u.ac.jp

E2-34

34. computer simulation of magnetic chromatography system for ultra-fine particle separation
    OHARA, Takeshi et al. ( electrotechnical laboratory/ national research institute for metals ), tohara@etl.go.jp

E2-35

35. 6.6kV/1kA�@single-phase�@fault�@current�@limiter�@development�i5 �j
    Yoneda, Eriko et al. ( Toshiba Corp. ), 000091070031@tg-mail.toshiba.co.jp

E2-36

36. inductive fault current limiter with magnetic shield tube consisted of hi gh Tc superconducting thin films
    ONISHI, Toshitada et al. ( Hokkaido University ), onishit@e1.hines.hokudai.ac.jp

Chairman: SHINTOMI, Takakazu

E3-1
1. Effect of specimen thickness on 4K fracture toughness of Incoloy 908
   Yoshida, Kiyoshi et al. ( Japan Atomic Energy Research Institute ), yoshida@naka.jaeri.go.jp

E3-2

2. Design and Test Results of 46-kA Conductor Joint for ITER CS Model Coil (1) Butt Type
   TAKAHASHI, Yoshikazu et al. ( Japan Atomic Energy Research Institute ), takahasi@naka.jaeri.go.jp

E3-3

3. Design and Test Results of 46-kA Conductor Joint for ITER CS Model Coil (1) Lap Type
   TAKAHASHI, Yoshikazu et al. ( Japan Atomic Energy Research Institute ), takahasi@naka.jaeri.go.jp

E3-4

4. AC losses measurement results of the Butt type joint for ITER CS model coil
   Matsui, Kunihiro et al. ( Japan Atomic Energy Research Institute ), matsui@scml.naka.jaeri.go.jp

E3-5

5. AC losses measurement results of the Lap type joint for ITER CS model coil
   Matsui, Kunihiro et al. ( Japan Atomic Energy Research Institute ), matsui@scml.naka.jaeri.go.jp

E3-6

6. Development of ITER-Nb3Al Insert (1)
   AZUMA,Katsunori et al. ( Japan Atomic Energy Research Institute ), azuma@scml.naka.jaeri.go.jp

E3-7

7. Developments of ITER Nb₃Al insert(2) Design and WindingR&
   KUCHIICHI, Yoshikazu et al. ( Hitachi Works,Hitachi,Ltd. ), kuchiishi@cm.hitachi.hitachi.co.jp

E3-8

8. Developments of ITER Nb₃Al insert(3) Rap joint performance
   WADAYAMA, Yoshihide et al. ( Hitachi Research Laboratory, Hitachi Ltd. ), wadayama@hrl.hitachi.co.jp

E3-9

9. Development of ITER CS Insert
   Terasawa, Atsumi et al. ( Japan Atomic Energy Research Institute ), terasawa@scml.naka.jaeri.go.jp

Chairman: KAJIKAWA, Kazuhiro

E3-10
10. Present Status of the Construction of the Large Helical Device -Spring 1997-
    Satow, Takashi et al. ( National Institute for Fusion Science ), satotaka@nifs.ac.jp

E3-11

11. sc current feeder system of the LHD (3) - construction -
    YAMADA, Shuichi et al. ( national institute for fusion science ), yamadas@LHD.nifs.ac.jp

E3-12

12. Construction of electromagnetic supporting structure in the LHD
    Tamura, Hitoshi et al. ( National Institute for Fusion Science ), tamura@nifs.ac.jp

E3-13

13. Quench Analysis for the Helical Coils of LHD
    YANAGI, Nagato et al. ( National Institute for Fusion Science ), yanagi@LHD.nifs.ac.jp

E3-14

14. Superconducting Magnet System for KEKB Factory 2
    OGITSU,Toru et al. ( national laboratory for high energy physics ), ogtisu@kekvax.kek.jp

E3-15

15. Fabrication and Testing of 1 / 3 Scale Superconducting Crab Cavity
    Nakai, Hirotaka et al. ( KEK National Laboratory for High Energy Physics ), hosoyama@kekvax.kek.jp

E3-16

16. Training Test of Superconducting Dipole Model Magnet for LHC (2)
    Nakamoto, Tatsushi et al. ( National Laboratory for High Energy Physics, KEK ), nakamoto@kekvax.kek.jp

E3-17

17. Development of a Cryogen-free Dipole Magnet for Axion Search
    YAMAMOTO, Akira et al. ( Nat. Lab. for High Energy Physics ), mizumaki@kekux1.kek.jp

E3-18

18. Characteristics of Superconducting Tubular Linear Induction Motor(1)---Three-phase unbalanced current---
    NAKATSUGAWA, Junnosuke et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

E3-19

19. Characteristics of Superconducting Tubular Linear Induction Motor(�Q)---Optimization of primary currents---
    IINO, Susumu et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

E3-20

20. design, fabrication and characterization of superconducting patch antenna (��)
    EHATA, Katsufumi et al. ( facluty of engineering, yamagata university ), a92521@eieio.yz.yamagata-u.ac.jp

Chairman: HASEGAWA, Takayo

E3-21
21. Development of low temperature and high field X-ray diffractometer and magnetic field induced phase transition of Mn-oxide system
    AWAJI, Satoshi et al. ( Institute for Materials Reseach Tohoku University ), awaji@mail.cc.tohoku.ac.jp

E3-22

22. numerical analysis of ac transport losses for high-Tc superconducting conductors
    FUKUNAGA, Tetsuya et al. ( Gifu National College of Technology ), fukunaga@gifu-nct.ac.jp

E3-23

23. R&D on the Current Lead for AC Use.
    KASUU, Osamu et al. ( Sumitomo Electric Industries, LTD. ), kasuu@okk.sei.co.jp

E3-24

24. development of superconducting magnetic shield vessels
    YOSHIDA, YUJI et al. ( national research institute for metals ), yoshiday@nrim.go.jp

Chairman: HAYASHI, Kazuhiko

E3-25
25. Stability test results of Nb₃Al forced flow superconducting coil (1) Coil structure and cool-down performane
    WADAYAMA, Yoshihide et al. ( Hitachi Research Laboratory, Hitachi Ltd. ), wadayama@hrl.hitachi.co.jp

E3-26

26. Stability test results of Nb₃Al forced flow superconducting coil (2) Stability and normal zone propagation
    WADAYAMA, Yoshihide et al. ( Hitachi Research Laboratory, Hitachi Ltd. ), wadayama@hrl.hitachi.co.jp

E3-27

27. Experiments for Stability Evaluation of Rutherford Cables by Using Superconducting Transformer
    SHIMOO, Kosei et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

E3-28

28. Measurements of Cross Contact Resistance in Rutherford Cables
    SHIMOO, Kosei et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

E3-29

29. Estimation of the error in AC Loss Measurement with Pick-up Coil (1)
    NAKAMURA, Masafumi et al. ( Graduate School of Information Science and Electrical Engineering, ), m_nakamu@ees.kyushu-u.ac.jp

E3-30

30. Experimental Study of Current Sharing and Transfer in Superconductor Joint
    MIZUMAKI, Shoichi et al. ( Grad. Univ. for Advanced Studies ), mizumaki@kekux1.kek.jp

Chairman: Fnaki, Kazuo

E3-31
31. simulation of wire motion in superconducting solenoid by wire dynamics
    NISHIJIMA, Shigehiro et al. ( ISIR Osaka University ), nishijima@sanken.osaka-u.ac.jp

E3-32

32. dynamic caliculation of superconducting wire in cable-in-conduit�@con ductor �i2�j
    OTANI, Yoshifumi et al. ( institute of scientific and industrial research of osaka university ), otani34@sanken.osaka-u.ac.jp

E3-33

33. rearrangement of superconducting wires in solenoids
    MORIYAMA, Hideshige et al. ( toshiba corporation ), 000093030337@tg-mail.toshiba.co.jp

E3-34

34. Quench Characteristics of AC Superconducting Wires Under Self Field
    NISHIJIMA, Gen et al. ( Tokyo Institute of Technology ), gnishiji@n.cc.titech.ac.jp

E3-35

35. A.C. Current Degradation of Strand in Distributed External A.C. Magnetic Field
    BANNO, Nobuya et al. ( c/o Prof. Amemiya, Division of Electrical and Computer Engineering, ), banno@rain.dnj.ynu.ac.jp