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Chairman: NISHIMURA, Arata and YAMANAKA Atsuhiko

D1-01
1. Cryogenic Mixed Mode I/II Interlaminar Fracture Properties of Woven-Fabric GFRP Laminates
   SHINOHE,Daiki et al. ( Graduate School of Engineering, Tohoku University ), shindo@material.tohoku.ac.jp

D1-02

2. Evaluation of Cryogenic CFRP Domed Element
   SUDO,Takayuki et al. ( Kakuda Space Propulsion Laboratory ), sudo@kakuda-splab.go.jp

D1-03

3. Effect of Manganese Content on Low Temperature Toughness in High Carbon-High Manganese Austenitic Steel
   ONO,Yoshinori et al. ( National Institute for Materials Science, Materials Engineering Laboratory ), ONO.Yoshinori@nims.go.jp

D1-04

4. Notch effects on high-cycle fatigue properties for Ti-5Al-2.5Sn ELI alloy at cryogenic temperatures
   Yuri,Tetsumi et al. ( National Institute for Materials Science ), YURI.tetumi@nims.go.jp

D1-05

5. Results of VAMAS activities of standardization of evaluation techniques for cryogenic structural materials - 6
   OGATA,Toshio et al. ( National Institute for Materials Science ), OGATA.Toshio@nims.go.jp

Chairman: SHINDO, Yasuihide and NISHIJIMA, Shigehiro

D1-06
1. Small extensometer for measuring superconductor motion
   NISHIMURA, Arata et al. ( National Institute for Fusion Science ), nishi-a@LHD.nifs.ac.jp

D1-07

2. Thermal conductivity measurement of Stycast at cryogenic environment
   IWAMOTO, Akifumi et al. ( National Institute for Fusion Science ), iwamoto@nifs.ac.jp

D1-08

3. Measurement of dynamic modulus for epoxy rezin added plasticizer
   Nakane,Hiroshi et al. ( Kogakuin University ), nakane@cc.kogakuin.ac.jp

D1-09

4. X-ray diffraction studies of La_0.52Ca_0.48MnO₃ under low-temperature and magnetic-field
   WATANABE, Yousuke et al. ( Institute for Materials Research, Tohoku University ), ywata@imr.edu

D1-10

5. Magnetization properties in HTS derived from the angular dependent E-J characteristics.
   UTSUNOMIYA,Daisuke et al. ( Graduate School of ISEE, Kyushu Univ. ), d_utu@ees.kyushu-u.ac.jp

Chairman: FUJII, Keiko and OGAWA, Rikuo

D1-11
1. Development of Fixed Points (Hg,Ar) for the Calibration of the Long-Stem PRT(2)
   NARA,Koichi et al. ( National Metrology Institute of Japan, AIST ), koichi-nara@aist.go.jp

D1-12

2. Characteristics of silicon pressure sensor in superfluid helium pressurized up to 1.5 MPa
   MAEDA,Minoru et al. ( National Institute for Materials Science ), maeda@www.csj.or.jp

D1-13

3. Investigation of heat transport phenomena near the critical point of air.
   NAKANO,Akihiro et al. ( National Institute of Advanced Industrial Science and Technology ), a.nakano@aist.go.jp

D1-14

4. Characteristics of pre-amplifier under high magnetic field
   ISHIGOHKA,Takeshi et al. ( Seikei University ), ishigoka@ee.seikei.ac.jp

D1-15

5. VAMAS bending strain effect RRT
   KURODA,Tsuneo et al. ( National Institute for Materials Science ), KURODA.Tsuneo@nims.go.jp

Chairman: KABASHIMA, Seiji and KAWASHIMA, Teruko

D1-16
1. Summer School for Cryogenic Technology-Challenge to a 7 T Superconducting Magnet
   HOSOYAMA,Kenji et al. ( High Energy Accel. Res. Org. ), kenji.hosoyama@kek.jp

D1-17

2. Superconducting Solenoid Design Software
   AGATSUMA, Koh et al. ( National Institute of Advanved Industrial Science and Technorogy ), koh.agatsuma@aist.go.jp

D1-18

3. Active-maglev system with HTS bulk and electromagnet for amusement
   TSUDA,Makoto et al. ( Yamaguchi University Faculty of Engineering ), tsuda@po.cc.yamaguchi-u.ac.jp

D1-19

4. Educations on "Superconductivity Engineering" in Undergraduate Programs of Electrical and Electronic Engineering Course at Yamaguchi University
   HARADA,Naoyuki et al. ( Yamaguchi University ), naoyuki@po.cc.yamaguchi-u.ac.jp

D1-20

5. Education of Superconductivity in Electrical and Electronic Engineering, Faculty of Engineering, Kyoto Unversity
   HOSHINO, Tsutomu et al. ( Kyoto University ), hoshino@asl.kuee.kyoto-u.ac.jp

D1-21

6. Education of Superconductivity at the Departments of Electrical, Electronics, Information and Communication Engineering, the University of Tokyo
   OHSAKI, Hiroyuki ( Graduate School of Frontier Sciences, the University of Tokyo), ohsaki@ee.t.u-tokyo.ac.jp

Chairman: MURASE, Satoru and KIKUCHI, Akihiro

D2-01
1. Structure and high-field performance of (Nb,Ta)₃Sn conductors prepared from Ta-Sn core
   TACHIKAWA,Kyoji et al. ( Faculty of Engineering, Tokai University ), tacsuper@keyaki.cc.u-tokai.ac.jp

D2-02

2. Development in Nb3Sn superconducting wire for high field magnets.
   MIYAZAKI,Takayoshi et al. ( Electronics Reseach Laboratory, KOBE STEEL, LTD. ), t-miyazaki@rd.kcrl.kobelco.co.jp

D2-03

3. Comparison between Niobium-Tin Superconductors Reinforced by Tantalum Cores (1) - Critical Current -
   KONDOH, Junji et al. ( National Institute of Advanced Industrial Science and Technology (AIST) ), j.kondoh@aist.go.jp

D2-04

4. Comparison between Niobium-Tin Superconductors Reinforced by Tantalum Cores (2) - Mechanical Properties -
   KONDOH, Junji et al. ( National Institute of Advanced Industrial Science and Technology (AIST) ), j.kondoh@aist.go.jp

D2-05

5. Merit of the high field magnet using Ta-FRS-Nb₃Sn wire
   Masaichi Umeda et al. ( National Institute of Advanced Industrial Science and Technology ), Masaich Umeda

D2-06

6. Effect of bending strain on R&W coil using high strength CuNb/(Nb, Ti)3Sn wire under large stress states
   AWAJI,Satoshi et al. ( Institute for Materials Research,Tohoku University ), awaji@mail.cc.tohoku.ac.jp

Chairman: HARADA, Naoyuki and AWAJI, Satoshi

D2-07
1. Al alloy-core diameter dependence of Cu added RHQ processed Nb₃Al superconductors
   IIJIMA,Yasuo et al. ( National Institute for Materials Science ), iijima.yasuo@nims.go.jp

D2-08

2. Jelly-roll Nb3Al superconducting wire by using Al-Cu alloy(2)
   TATSUMI,Noriyuki et al. ( NIMS ), TATSUMI.Noriyuki@nims.go.jp

D2-09

3. TRUQ process of Nb3Al superconductors by ohmic heating
   FUKUSHIMA, Keiji et al. ( National Institute for Materials Science ), kfukusi@gm.hrl.hitachi.co.jp

D2-13

4. Influence of composition and heating rate on TRUQ Nb3Al superconductors
   BANNO,Nobuya et al. ( National Institute for Materials Science ), banno@nims.go.jp

D2-10

5. Fabrication of Nb3(Al,Ge) wires having high Ge concentration
   KIKUCHI,Akihiro et al. ( National Institute for Materials Science ), KIKUCHI.Akihiro@nims.go.jp

D2-11

6. Relationship between superconducting properties and rapidly heating temperature of Nb3Al conductors with a different Al composition
   FUKUZAKI,Tomokazu et al. ( Shonan Institute of Technology ), flux@qd5.so-net.ne.jp

D2-12

7. Development of long length RHQT-Nb₃Al wires
   TAGAWA,Kohei et al. ( Hitachi Cable, Ltd. ), tagawa.k@arc.hitachi-cable.co.jp

Chairman: HIRABAYSHI, Izumi and YAMADA, Yutaka

D3-01
1. Propaty of MgB2 Superconductor
   MATSUMOTO,Kazuya et al. ( College og Science and Technology Nihon University ), kazuztek@ma3.justnet.ne.jp

D3-02

2. Microstructure and current carrying properties of powder-in-tube processed MgB2 tapes and wires
   KUMAKURA,Hiroaki et al. ( National Institute for Materials Science ), KUMAKURA.Hiroaki@nims.go.jp

D3-03

3. The annealing effect of MgB2/SUS superconducting tape
   MATSUMOTO,Akiyoshi et al. ( National Institute for Material Science ), MATSUMOTO.Akiyoshi@nims.go.jp

D3-04

4. Fabrication of Fe-sheathed MgB₂ tapes by a PIT method
   FUJII,Hiroki et al. ( NIMS ), FUJII.Hiroki@nims.go.jp

D3-05

5. Effects of processing parameters in MgB₂ tapes prepared by a PIT process
   YAMADA,Yutaka et al. ( Faculty of Engineering, Tokai University ), tacsuper@keyaki.cc.u-tokai.ac.jp

D3-06

6. Magnetic Characterization of Superconducting MgB₂
   FUKUDA, Mitsuhiro et al. ( Kyushu Institute of Technology ), otabe@cse.kyutech.ac.jp

Chairman: ITO, Daisuke and FUNAKI, Kazuo

D3-07
1. Proximity Effect of NbTi Multifilamentary Wires IV
   KOYAMA,Yoshiyuki et al. ( College og Science and Technology Nihon University ), koya61@hotmail.com

D3-08

2. Proximity Effect of NbTi Multifilamentary Wires V
   HARA,Shigeo et al. ( College og Science and Technology Nihon University ), shi-ge-o@pop02.odn.ne.jp

D3-09

3. Influence of bending strain on transverse-field losses in NbTi multifilamentary superconducting wires(2)
   TSUZURA,Hideki et al. ( Kagoshima University ), ee99094@h11.eee.kagoshima-u.ac.jp

D3-10

4. Contact stress and resistance between strands in superconducting cable conductors
   NAKAMURA,Kazuya et al. ( Sophia University ), takao@toshi.ee.sophia.ac.jp

D3-11

5. Development of Rutherford cable with both low losses and high stability (IV)
   Kawagoe,Akifumi et al. ( Kagoshima University ), kr624222@h8.eee.kagoshima-u.ac.jp

D3-12

6. Development of a New Type Superconducting Conductor with Controlled Twist Angles around its Axis (2) –Design of test coil–
   KAWAGOE,Akifumi et al. ( Kagoshima University ), kawagoe@eee.kagoshima-u.ac.jp

Chairman: SHINTOMI, Takakazu and KIYOSHI, Tsukasa

D3-13
1. The evaluation of the stability in the multi-layer superconducting coil by the most appropriate winding-tension
   MINAMIZATO,Kazushige et al. ( Graduate School of Information Science and Electrical Engineerings, Kyushu University ), kazu_m@sc.kyushu-u.ac.jp

D3-14 Submitted to Japan-Korea Joint Workshop 2001

2. Study of the Mechanical Heat Generation inside the Superconducting Coil Inner Vessel
   SEINO ,Hiroshi et al. ( Railway Technical Research Institute ), seino@rtri.or.jp

D3-15

3. Mechanical disturbances in epoxy impregnated superconducting windings induced by delayed fracture
   SEO, Kazutaka et al. ( Mitsubishi Elec. Corp., Advanced Technology R&D Center ), seo@ele.crl.melco.co.jp

D3-16

4. Analysis of wire motion in a superconducting magnet by Monte Carlo method
   OGATA,HIDEKI et al. ( Department of nuclear engineering, graduate school of engineering, osaka university ), hideki35@sanken.osaka-u.ac.jp

D3-17

5. Studies on deformation of a superconducting coil caused by electromagnetic force (5) -600kJ solenoid coil-
   Hayashi Hidemi et al. ( Research Laboratory, Kyushu Electric Power Co.,Inc. ), hidemi_hayashi@kyuden.co.jp

D3-18

6. Studies on deformation of a superconducting coil caused by electromagnetic force (4)--
   Hanai,Satoshi et al. ( Toshiba Corporation ), kazuhiko.shimada@toshiba.co.jp

Chairman: WATANABE, Kazuo and ONO, Michitaka

D3-19
1. Basics characteristic evaluation of cryocooler-cooled HTS coil
   KASAHARA,Hirofumi et al. ( CRIEPI ), kasa@criepi.denken.or.jp

D3-20

2. Fabrication and experiment of winding model of high Tc superconducting transformer for railway rolling stock(IV) AC loss of superconducting coil wound densely
   KAMIJO,Hiroki et al. ( Railway Technical Research Institute ), hiroki@rtri.or.jp

D3-21

3. Development of HTS Coils with Reduced Degradation of Properties Due to Flat-on Oriented Magnetic Fields Applied to the Wound Tape(III)
   HORIBA,Tatsuya et al. ( Kagoshima University ), ee97062@h9.eee.kagoshima-u.ac.jp

D3-22

4. Tensile Fatigue Tests of HTS Coils
   IGARASHI,Motohiro et al. ( CENTRAL JAPAN RAILWAY COMPANY ), m.igarashi@jr-central.co.jp

D3-23

5. Thermal Stability of a Cryocooler-cooled HTS Coil
   TASAKI,Kenji et al. ( Toshiba ), m.igarashi@jr-central.co.jp

D3-24

6. Development of cryocooler-cooled solenoid magnet fabricated with Bi-2212 ROSATwire (4)
   MORITA, Hiroshi et al. ( Hitachi Research Laboratory, Hitachi, Ltd. ), hmorita@hrl.hitachi.co.jp