Chairman: Kang Yoon-Myung

A1-1
1. Development of high efficient 4K-GM refrigerator
   Ohtani, Yasumi et al. ( Toshiba Corp. ), 000092060045@tg-mail.toshiba.co.jp

A1-2

2. development of an high efficiency 4kgm refrigerator(2)
   Nagao, Masashi et al. ( Mitsubishi Elec. Corp., Advanced Technology R&D Center ), nagao@ele.crl.melco.co.jp

A1-3

3. 3D Thermofluids Analysis of Shuttle Loss in a Gifford-McMahon Cycle Cryocoolers
   NAKA, Kouki et al. ( MITSUBISHI ELECTRIC CORP. Advanced Technology R&D Center ), naka@ele.crl.melco.co.jp

A1-4

4. computational fluid analysis of 4K-GM cryocooler
   INAGUCHI, Takashi et al. ( Advanced Technology R&D Center, Mitsubishi Electric Corporation ), inaguchi@ele.crl.melco.co.jp

Chairman: KURIYAMA, Toru

A1-5
5. Design of Double inlet Stirling pulse tube Refrigerator (2)
   HIRATSUKA, Yoshikatsu et al. ( daikin industries,ltd. ), hiratuka@mec.daikin.co.jp

A1-6

6. Improvement of valve-timing and regenerative meterial of one$B!](Jstage doube-inlet pulse-tube refrigerator
   Takeda, Keita et al. ( Okayama University of Science ), nakamura@dap.ous.ac.jp

A1-7

7. Measurments of the mass flow rate at the pulse tube hot end of the two $B!!(J stage type pulse tube refrigerator.
   TANAKA, MINEO et al. ( Faculty of Science, Osaka City University. ), tanakami@sci.osaka-cu.ac.jp

A1-8

8. a 4-valve pulse tube refrigerator
   LI, Rui et al. ( research and development center, Sumitomo Heavy Industries, Ltd. ), li_rui@hrt.shi.co.jp

A1-9

9. Pulse tube refrigerator with neck tube phase shifter
   MATSUBARA, Yoichi et al. ( Atomic Energy Research Institute,Nihon University ), ymatsu@phys.cst.nihon-u.ac.jp

Chairman: TAKNAKA, Mineo

A1-10
10. development of a split type miniature pulse tube cryocooler
    KANAO, Ken-ichi et al. ( Sumitomo Heavy Industries, Ltd. ), kanao_knc@hrt.shi.co.jp

A1-11

11. Feasibility study of the pulse tube refrigerator with two relief valves at high operating frequency
    Yasumasa, Hagiwara et al. ( Advanced Mobile Telecommunication Technology Inc. ), hagiwara@ngo.amtel.co.jp

A1-12

12. Visualization study of the effect of the valve opening on the flow in the pulse tube refrigerator
    NAKAMURA, Nobuhiko et al. ( university of tsukuba ), nakamura@benten.riko.tsukuba.ac.jp

A1-13

13. Velocity oscillations inside a pulse tube refrigerator
    SHIRAISHI, Masao et al. ( Mechanical Engineering Laboratory ), shiraishi@mel.go.jp

A1-14

14. Temperature measurements in the pulse tube by Laser Rayleigh-Scattering
    Nara, Kenichi et al. ( Advanced Mobile Telecommunication Technology Inc. ), nara@ngo.amtel.co.jp

A1-15

15. Output performance of thermoacoustic prime mover
    ZHOU, Shuliang et al. ( Atomic Energy Research Institute,Nihon University ), zsl@acc.phys.cst.nihon-u.ac.jp

A1-16

16. Performance of Gifford-McMahon cycle cryocooler using Er-Ag regenerator materials
    Biwa, Tetsushi et al. ( Department of Crystalline Materials Science, Nagoya University ), h956107d@eds.ecip.nagoya-u.ac.jp

Chairman: NUMAZAWA, Takenori

A1-17
17. low temperature properties of HoCu₂
    YABE, Kenji et al. ( Faculty of Engineering,Yokohama National Univ. ), yabe@physics.sci.ynu.ac.jp

A1-18

18. Low Temperature Specific Heat of Ce_1-XPr_XAg
    HIDEKI, Iwata et al. ( Department of Crystalline Materials Science Nagoya University ), h966106m@eds.ecip.nagoya-u.ac.jp

A1-19

19. low temperature property of ceramic regenerator materials
    Ueda, Koichiro et al. ( Faculty of Engineering,Yokohama National Univ. ), ueda@physics.sci.ynu.ac.jp

A1-20

20. optimum structure of multilayer regenerator with magnetic materials
    ANZAI, Kakuzo et al. ( department of electrical engineering,kogakuin university ), cm96004@ns.kogakuin.ac.jp

A1-21

21. flow and heat transfer analysis of etched plates regenerator
    Kohara, Kimio et al. ( Advanced Mobile Telecommunication Technology Inc. ), kohara@ngo.amtel.co.jp

Chairman: SATO, Akio

A2-1
1. investigation of nitrogen two phase thermo-siphon
   NAKANO, Akihiro et al. ( mechanical engineering laboratory ), akihiro@mel.go.jp

A2-2 (withdrawn)

2. Development of multi-loop heat pipes for 1 W heat transport
   Chandratilleke, Rohana et al. ( Toshiba Corp. ), rohana@eml.rdc.toshiba.co.jp

A2-3

3. Development of a cryothermos(1) - The concept of multi-shell-insulation technique
   Kuriyama, Toru et al. ( Toshiba Corp. ), 000092050608@tg-mail.toshiba.co.jp

A2-4

4. Development of a cryothermos(2) - Demonstration of multi-shell-insulation technique
   Chandratilleke, Rohana et al. ( Toshiba Corp. ), rohana@eml.rdc.toshiba.co.jp

A2-5 (withdrawn)

5. Development of a cryothermos(3) - Use of multi-shell-insulation(MSI) technique in a high Tc application
   Takahashi, Masahiko et al. ( Toshiba Corp. ), 000092050610@tg-mail.toshiba.co.jp

Chairman: FUJIOKA, Koji

A2-6
6. error estimation of a CWN method for thermal diffusivity measurements
   KATO, Hideyuki et al. ( national research laboratory of metrology ), katoh@nrlm.go.jp

A2-7

7. Deformation measurement of several materials in cooling$B!!(Jprocesses using electronic speckle pattern interferometry
   NAKAHARA, Sumio et al. ( Kansai University, Dept. of Mechanical Engineering ), nakahara@kansai-u.ac.jp

A2-8

8. Development of 5-axis Versatile Magnet Windingmachine
   Masayoshi, Wake et al. ( KEK National LAboratory for High Energy Physics ), wake@kekvax.kek.jp

A2-9

9. Acoustic emission signal from a high-temperature superconducting winding
   ARAI, Kazuaki et al. ( electrotechnical laboratory ), kaarai@etl.go.jp

A2-10

10. Study of Quench Propergation with Quench Antenna
    SASAKI, Ken-ichi et al. ( university of tsukuba ), ogtisu@kekvax.kek.jp

A2-11

11. Vibration sensor operating at low tempreature using PVDF film
    MATSUMOTO, Koichi et al. ( Department of Applied Physics, Tokyo Institute of Technology ), kmatsu@ap.titech.ac.jp

A2-12

12. Silicon pressure sensor for use under pressurized superfluid helium environment
    HARUYAMA, Tomiyoshi et al. ( KEK, National Labolatory for High Energy Physics ), haruyama@kekvax.kek.jp

Chairman: WADA, Hitoshi

A2-13
13. Advances in NMR at Very High Feilds and Structural Biology
    KAIONOSHO, Masatsune ( Tokyo Metropolitan University ), kainosho@raphael.chem.metro-u.ac.jp

Chairman: SATO, Sadao

A3-1
1. development of a 80K GM refrigeration system for MAGLEV vehicles (par t2)
   NAKAO, Hiroyuki et al. ( Fuchu Works,TOSHIBA Corporation ), 000092080201@tg-mail.toshiba.co.jp

A3-2

2. Research and Development of High Performance Transfer Line
   Kojima, Yuuji et al. ( KEK National Laboratory for High Energy Physics ), hosoyama@kekvax.kek.jp

A3-3

3. Fabrication of f1100 Vertical Cryostat for Crab Cavity
   Hara, Kazufumi et al. ( KEK National Laboratory for High Energy Physics ), hosoyama@kekvax.kek.jp

A3-4

4. Simulation of Pressure Control System for Helium Liquefaction Refrigerator.
   MINORU, Nobutoki ( Nippon Sanso Corporation ), nobutoki@pl.sanso.co.jp

A3-5

5. Helium Refrigeration System of Superconducting RF Cavity for High Current Beam Test
   Hosoyama, Kenji ( KEK National Laboratory for High Energy Physics ), hosoyama@kekvax.kek.jp

A3-6

6. COOL DOWN ANALYSIS OF THE CS MODEL COIL
   TANEDA, MASANOBU et al. ( JAPAN ATOMIC ENERGY RESEARCH INSTITUTE ), taneda@scml.naka.go.jp

Chairman: MURAKAMI, Masahide

A3-7
7. study of heat transfer of HeIium $B*"(J in Capillary tubes
   TAKAMATSU, Kuniyoshi et al. ( interdisciplinary graduate school of engineering sciences ), kuni@ence.kyushu-u.ac.jp

A3-8

8. Study on Heat Transfer Characteristics of Helium $B*"(J with Phase Changes.
   NODA, Takafumi et al. ( Interdisciplinary Graduate School of Engineering Sciences Kyushu ), takatne@mbox.nc.kyushu-u.ac.jp

A3-9

9. Heat Transfer in a Closed Loop Type Foutain Effect Pump
   MATSUO, Shintaro et al. ( Tokyo Institute Of Tecnology ), smatsuo@n.cc.titech.ac.jp

A3-10

10. Numerical Analyses of Heat Transport in HeII Channel Including a Copper Wall
    HAMAGUCHI, Shinji et al. ( Tokyo Institute of Technology ), shamaguc@es.titech.ac.jp

A3-11

11. heat transport in pool boiling liquid ³He below 1K
    MAEDA, Minoru et al. ( Okayama university of science ), yoshiko@dap.ous.ac.jp

A3-12

12. Measurement of Heat Transfer from Cu plate to Liquid Helium - The Effect of the Variation in Cu Plate Length-
    Iwamoto, Akifumi et al. ( National Institute for Fusion Science ), iwamoto@nifs.ac.jp

Chairman: OKUDA, Yuichi

A3-13
13. Heat Transfer form Super-conducting Cable immersed in Pressurized Helium II
    Nobuhiro, KIMURA et al. ( National Laboratory for High Energy Physics (KEK) ), kimuran@kekvax.kek.jp

A3-14

14. Development of Pressurized He II Cryostat for 1GHz class NMR Magnet System - Investigation on the Temperature Stabilization of Pressurized He II Bath -
    MIKI, Takashi et al. ( National Research Institute for Metals ), miki@akahoshi.nrim.go.jp

A3-15

15. Development of pressurized superfluid helium cryostat for 1GHz class NMR system -Investigation for heat leakage and moving load of communication channel-
    Ito, Satoshi et al. ( Kobe Steel Ltd.,Electronics Research Laboratory ), aa16911@giken.kobelco.co.jp

A3-16

16. Development of Liquid He Free Ultralow Temperature Dilution Refrigerators II
    IGARASI, Takesi et al. ( issp u-tokyo ), fukuda@kaiten.issp.u-tokyo.ac.jp

A3-17

17. Practice of Rotating Experiments Using a Joule-Thomson Precooled Dilution Refrigerator---Temperature Control Operation
    FUKUDA, Muneyuki et al. ( issp u-tokyo ), fukuda@kaiten.issp.u-tokyo.ac.jp