Chairman: OHMATSU, Kazuya

C1-1
1. 3D analysis of inter-strand contact in reduced cable-in-conduit conductor with cable of the 3rd-level
   KAWASHIMA, Teruko et al. ( Fukuoka Institue of Technology ), kawabata@eee.kagoshima-u.ac.jp

C1-2

2. Experimental study on AC transport current characteristics of model CIC conductor
   FUKUI, Satoshi et al. ( Yokohama National University ), fukui@tsukalab.dnj.ynu.ac.jp

C1-3

3. loss measurement for cable-in-conduit conductor with transport current (V)
   SONODA, Takahiro et al. ( Kagoshima University ), kawabata@eee.kagoshima-u.ac.jp

C1-4

4. The developments of a cable in conduit conductor for AC use
   Kimura, Akio et al. ( Furukawa Electric Co., Ltd. Superconductivity Research department ), kimuraa@nikko.furukawa.co.jp

Chairman: UMEDA, Masaichi

C1-5
5. Irreversibility field in multifilamentary NbTi wires with fine filaments (2)
   HAMADA, Tsugio et al. ( miyakonojo college of technology ), hamada@cc.miyakonojo-nct.ac.jp

C1-6

6. Electric Field Structure on The Surface of Superconducting Pb-In Slab in Longitudinal Magnetic Field
   MATSUSHITA, Teruo et al. ( Kyushu Institute of Technology ), matusita@cse.kyutech.ac.jp

C1-7

7. Magnetizations and AC Losses of Proximity-effect-induced NbTi Filamentary Composites Depending on Transport Current
   MORIYA, Takehiko et al. ( college of sience and technology, NIHON university ), takehiko@shotgun.phys.cst.nihon-u.ac.jp

C1-8

8. Magnetizations and AC Losses of Proximity-effect-induced NbTi Filamentary Composites Depending on Sample diameter
   KAWATA, Hideo et al. ( college of sience and technology, NIHON university ), hideo@shotgun.phys.cst.nihon-u.ac.jp

C1-9

9. Numerical Analysys for superconducting sheet-shaped material
   SAWAMURA, Mitsuru et al. ( ADVANCED TECHNOLOGY RESEARCH LABS., NIPPON STEEL CORPORATION ), sawamura@lab1.nsc.co.jp

Chairman: ISHIGOKA, Takeshi

C1-10
10. ac losses of high Tc superconducting cable conductor
    OHMATSU, Kazuya et al. ( sumitomo electric industries,ltd ), ohmatsu@okk.sei.co.jp

C1-11

11. external field losses of Bi-2223 wire for cable conductor
    OHMATSU, Kazuya et al. ( sumitomo electric industries,ltd. ), ohmatsu@okk.sei.co.jp

C1-12

12. mechanical properties of Bi-2223 wire for cable conductor
    Fujikami, Jun et al. ( sumitomo electric industries,ltd. ), fujikami@okk.sei.co.jp

C1-13

13. AC LOSSES OF A CONDUCTOR FOR HTS POWER TRANSMISSION CABLES
    Mukoyama, Shinichi et al. ( Superconductivity Research Department , The Furukawa Electric Co.,Ltd ), mr840961@mr.furukawa.co.jp

C1-14

14. THE PRESSURE DROP OF LN₂ FLOWED INTO HTS POWER CABLES
    Mukoyama, Shinichi et al. ( Superconductivity Research Department , The Furukawa Electric Co.,Ltd ), mr840961@mr.furukawa.co.jp

Chairman: KIMURA, Akio

C1-15
15. Effect of Third Element in the Nb₃Sn Wire Prepared from Intermediate Compound
    TACHIKAWA, Kyoji et al. ( Faculty of Engineering, Tokai University ), tacsuper@keyaki.cc.u-tokai.ac.jp

C1-16

16. Performace of R&W coil by a CuNb reinforced wire
    IWASAKI, Shoji et al. ( SUPERCONDUCTIVITY RESEARCH DEPARTMENT, FUJIKURA Ltd. ), siwasaki@fujikura.co.jp

C1-17

17. strain effects of Al2O3-Cu reinforced Nb3Sn wire by the tube process
    MURASE, Satoru et al. ( Research and Development Center, Toshiba Corporation ), murase@eml.rdc.toshiba.co.jp

C1-18

18. improvements on properties of Cu/Nb3Al wires by jelly-roll process II
    Iwaki, Genzo et al. ( hitachi cable ltd. ), Genzo_Iwaki@cc.hitachi-cable.co.jp

C1-19

19. Development of a wire for Nb₃Al Insert Coil 2
    AYAI, Naoki et al. ( Sumitomo Electric Industries, Ltd. ), ayai@okk.sei.co.jp

C1-20

20. Superconducting Properties of Nb₃Al Tapes by Ohmic Heating
    HARADA, Naoyuki et al. ( Yamaguchi University, Faculty of Engineering ), naoyuki@po.cc.yamaguchi-u.ac.jp

Chairman: YAMADA, Yuzuru

C2-1
1. The distribution of Jc for Ag-Bi2223 monofilamentary tape
   KAWANO, Kenji et al. ( Toyohashi University of Technology ), kawano@eee.tut.ac.jp

C2-2

2. Transport and critical current characteristics of Ag/Bi2223 tapes
   Okamoto, Hiroshi et al. ( KYUSHU ELECTORIC POWER CO.,INC. RESEARCH LABORATORY ), Hiroshi_A_Okamoto@kyuden.co.jp

C2-3

3. Effect of doping elements in Bi-2223/Ag-Cu tapesÅi3ÅjÅiinvestigation of process condition)
   Ishizuka, Masayuki et al. ( Sumitomo Heavy Industories, Ltd. ), ishizuka_mas@hrt.shi.co.jp

C2-4

4. Development of high current Bi-2223 wire
   HAHAKURA, Shuji et al. ( sumitomo electric industries, ltd ), hahakura@okk.sei.co.jp

C2-5

5. Critical current measurements of a 100-m Bi2223 tape conductor
   Kimura, Akio et al. ( Furukawa Electric Co., Ltd. Superconductivity Research department ), kimuraa@nikko.furukawa.co.jp

C2-6

6. Development of Multilayred Wire of Bi(2223) Based Superconductor(5)
   MIMURA, Masanao et al. ( The Furukawa Electric co.,Ltd.Superconductivity research department ), mimura@nikko.furukawa.co.jp

Chairman: WATANABE, Kazuo

C2-7
7. Transport characteristics in a mixed state of high-Tc superconductors: Statistic properties of flux pinning and its scaling
   Kiss, Takanobu et al. ( Kyushu University, ISEE ), kiss@wwwsc.ees.kyushu-u.ac.jp

C2-8

8. Pinning Property near The Peak Field in Bi-2212 Superconductor
   YAMATO, Hideyo et al. ( Kyushu Institute of Technology ), yamato@aquarius10.cse.kyutech.ac.jp

C2-9

9. Guided motion of vortices in planar pinning centers and Hall effects
   MAWATARI, Yasunori ( Electrotechnical Laboratory ), mawatari@etl.go.jp

C2-10

10. flux pinning in Bi2212 single crystal
    FUJII, Yoshiko et al. ( Okayama university of science ), yoshiko@dap.ous.ac.jp

C2-11

11. Observation of vortex dynamic behavior in Bi2212 crystal by the Bitter pattern technique
    Ohshima, Shigetoshi et al. ( Faculty of Engineering, Yamagata University ), ohshima@eie.yz.yamagata-u.ac.jp

C2-12

12. Magnet-optical study of flux penetration and critical current densities in YBCO thick films
    MATSUMOTO, Kaname et al. ( superconductivity research laboratory ), matsu@istec.or.jp

Chairman: TAKEO, Masakatsu

C3-1
1. fundamental experiment of non-transition type superconducting FCL using LC resonance
   ISHIGOHKA, Takeshi et al. ( seikei university ), ishigoka@ee.seikei.ac.jp

C3-2

2. Experimental Study on Adjustable Superconducting Fault Current Limiter
   FUJIKAWA, Kazuhiro et al. ( Kyoto University ), fujikawa@kuee.kyoto-u.ac.jp

C3-3

3. Test Results for Inductive Superconducting Fault Current Limiter
   ITO, Daisuke et al. ( Tokyo Metropolitan University ), toku@ecomp.metro-u.ac.jp

C3-4

4. Results of the exceptional running tests simulating the quench of SC coil by Maglev vehicle "MLU002N"
   Kishikawa, Akihiko et al. ( RAILWAY TECHNICAL RESEARCH INSTITUTE ), kisikawa@rtri.or.jp

C3-5

5. The functional test results for the facilities deenergizing the SC coil in an emergency using Maglev vehicle "MLU002N"
   Kishikawa, Akihiko et al. ( RAILWAY TECHNICAL RESEARCH INSTITUTE ), kisikawa@rtri.or.jp

C3-6

6. Development of Superconducting magnet for Yamanashi new test line
   YAMASHITA, Tomohisa et al. ( Fuchu Works,TOSHIBA Corporation ), 000092080201@tg-mail.toshiba.co.jp

Chairman: KAIHO, Katsuyuki

C3-7
7. prevention of current imbalance in superconducting cable
   YAMAGUCHI, Satarou et al. ( National Institute for Fusion Science ), yamax@YSL.nifs.ac.jp

C3-8

8. non-uniform current distribution in CIC conductor constituting superconducting coil
   SEO, Kazutaka et al. ( Mitsubishi Elec. Corp., Advanced Technology R&D Center ), seo@ele.crl.melco.co.jp

C3-9

9. Transient Stability of AC Superconducting Multi-strand Cables---Effect of Cu-sheath---
   SASAKI, Mitsuyasu et al. ( Department of EECE,Waseda University ), ishiyama@cfi.waseda.ac.jp

C3-10

10. Influence of current re-distribution on stability of superconducting triplex cable
    AMEMIYA, Naoyuki et al. ( Division of Electrical and Computer Engineering, Faculty of ), ame@rain.dnj.ynu.ac.jp

C3-11

11. Analyses of current shearing and temperature gradient in composite superconductors by finite element method.
    Imagawa, Shinsaku ( National Institute for Fusion Science ), imagawa@lhd.nifs.ac.jp

C3-12

12. transverse thermal conductivity of superconducting cable
    TAKAHATA, Kazuya et al. ( National Institute for Fusion Science ), takahata@LHD.nifs.ac.jp

Chairman: YOSHIDA, Kiyoshi

C3-13
13. Magnet Stability Comparison between A15 and NbTi
    Masayoshi, Wake et al. ( KEK National LAboratory for High Energy Physics ), wake@kekvax.kek.jp

C3-14

14. effect of Cu-SC ratios on the stability of tightly-wound superconducting coils (1) quench currents and training effects
    Satow, Takashi et al. ( National Institute for Fusion Science ), satotaka@nifs.ac.jp

C3-15

15. effect of Cu-SC ratios on the stability of tightly-wound superconducting coils (1) stability due to heatings
    Satow, Takashi et al. ( National Institute for Fusion Science ), satotaka@nifs.ac.jp

C3-16

16. calculation of the A.C minimum propagation current
    KAIHO, Katsuyuki et al. ( electrotechnical laboratory ), kaiho@etl.go.jp

C3-17

17. Relation between qunech currents and Cu/SC ratio in a He-free superconducting coil
    MORITA, Masao et al. ( Advanced R&D Center, Mitsubishi Electric Corp. ), morita@ele.crl.melco.co.jp

C3-18

18. development of high Tc superconducting magnet
    KATO, Takeshi et al. ( sumitomo electric industries,ltd ), kato@okk.sei.co.jp