Chairman: KAMIOKA, Yasuharu and FUCHINO, Shuichiro

C1-01
1. Fundamental research about long-distance cooling by slush nitrogen
   IKEUCHI,Masamitsu et al. ( Mayekawa Mfg. Co., Ltd. ), MYK01025@nifty.ne.jp

C1-02 Submitted to Japan-Korea Joint Workshop 2001

2. Study of Thermal and Cooling Load for Thermal Shield Design
   KIM,Dong-Lak et al. ( Korea Basic Science Institute ), dlkim@comp.kbsi.re.kr

C1-03

3. Study on the improvement of thermal stability of HTSC tape impregnated with solid nitrogen
   NAKAMURA,Taketsune et al. ( Kyoto University ), tk_naka@kuee.kyoto-u.ac.jp

C1-04

4. Study on the dry-out energy of HTSC tape impregnated with solid nitrogen
   OKUDE,Ken'ichi et al. ( Kyoto University ), tk_naka@kuee.kyoto-u.ac.jp

C1-05

5. Study on LXe system for particle detector(7)-Xe recondensing operation by pulse tube refrigerator-
   HARUYAMA,Tomiyoshi et al. ( High Energy Accelerator Research Organization ), tomiyoshi.haruyama@kek.jp

C1-06

6. The real time simulation of He Bryton Cycle
   ooba,kouki et al. ( National Institute for Fusion Science ), ooba@nifs.ac.jp

Chairman: MURAKAMI, Masahide and NUMAZAWA, Takenori

C1-07
1. Advanced ADR System for Continuous Cooling from 10 K to 50 mK
   Shirron,Peter et al. ( Goddard Space Flight Center, NASA ), konta@www.csj.or.jp

C1-08

2. X-ray detectors at cryogenic temperature and their applications to X-ray astronomy
   MITSUDA,Kazuhisa et al. ( ISAS ), mitsuda@astro.isas.ac.jp

C1-09

3. Development of high resolution x-ray detectors with Iridium superconductive transition edge sensors
   FUKUDA,Daiji et al. ( Faculty of Engineering, The University of Tokyo ), fukuda@sophie.q.t.u-tokyo.ac.jp

C1-10

4. Spatial response analysis on superconducting x-ray detectors by Low Temperature Scanning Synchrotron Microscope
   Pressler,Harald et al. ( Photonics Research Institute, National Institute of Advanced Industrial Science and Technology ), m.ohkubo@aist.go.jp

C1-11

5. Thermal and magnetic propaty of Gd garnet for ADR
   MATSUZAKI,Ayumi et al. ( Faculty of Science, Kanazawa University ), amatsu@nihonkai.kanazawa-u.ac.jp

C1-12

6. Magnetic Materials for Hydrogen Liquefaction
   NAKAYAMA,Akihiro et al. ( Kawasaki Heavy Industries ), nakayama_a@khi.co.jp

Chairman: KAWABE, Ushio and Kosaka, Shin

C1-13
1. Growth and characterization of Bi2223 whiskers
   NAGAO,Masanori et al. ( Kitami Institute of Technology ), mms01015/mms01@king.cc.kitami-it.ac.jp

C1-14

2. Surface Resistance Measurement of Bi-Sr-Ca-Cu-O Whisker by Probe-Coupling Type Microstrip Resonator Method
   OKAI,Daisuke et al. ( Himeji Institute of Technology, Faculty of Engineering ), okai@mse.eng.himeji-tech.ac.jp

C1-15

3. RF properties of 2GHz band MSL resonators with YBCO films
   Akasegawa, Akihiko et al. ( FUJITSU LABORATORIES LTD. ), akasegaw@flab.fujitsu.co.jp

C1-16

4. Fabrication of Ba(Sn,Mg,Ta)O₃ Coaxial Resonator using Bi2223 Thick Films as Superconducting Electrodes
   KINTAKA,Yuji et al. ( Murata Manufacturing Co. Ltd. ), kintaka@murata.co.jp

Chairman: IKEDA, Hiroshi and Odashima, Yutaka

C1-17
1. Handling technology of the cryogenic devices in the South Pole: Part 1
   NOGUCHI,Takashi et al. ( Ikegami Technology ), HFH02354@nifty.ne.jp

C1-18

2. Network monitoring system of operation data of the refrigerator for the large magnet
   NAGAI, Hideo et al. ( National Institute for Materials Science ), nagai.hideo@nims.go.jp

C1-19

3. Construction of event data base for the operation of the refrigerator
   DANTSUKA, Tomoyuki et al. ( Hitachi Techno Service Co.,Ltd. ), dantsuka.tomoyuki@nims.go.jp

C1-20

4. Data base managing system for the 40 T hybrid magnet
   ARAKAWA,Takayuki et al. ( Toshiba Corporation ), arakawa.takayuki@nims.go.jp

C1-21

5. Construction of 24 h-monitoring system for the controller of the large magnet
   YUYAMA, Michinari et al. ( National Institute for Materials Science ), mic@www.csj.or.jp

Chairman: FUKUDA, Kenji and HAMAGUCHI, Shinji

C2-01
1. Thermoacoustic effect and heat transport in saturated HeII-II
   Hideyuki,Yoshida et al. ( College of Science and Technology Nihon University,Institute of Physics ), hideyuki1227@hotmail.com

C2-02

2. Thermoacoustic effect and heat transport in pressurized He II -II
   SUGANUMA,Yoichi et al. ( College of Science and Technology ), numa_41@hotmail.com

C2-03

3. Improvement on Cooling Performance in He II Channel Using Fountain Effect
   TAKAHASHI,Masato et al. ( Tokyo Institute of Technology ), masato@es.titech.ac.jp

C2-04

4. HEAT TRANSFER FROM A FLAT PLATE01.11.1 LOCATED AT THE MIDDLE OF A CHANNEL FILLED WITH PRESSURIZED HE II
   SHIOTSU,Masahiro et al. ( Kyoto University ), tatumoto@pe.energy.kyoto-u.ac.jp

C2-05

5. NUMERICAL ANALYSIS FOR TWO-DIMENSIONAL HEAT TRANSFER FROM A FLAT PLATE LOCATED AT THE MIDDLE OF A CHANNEL FILLED WITH PRESSURIZED HE II
   TATSUMOTO,hideki et al. ( Kyoto University ), tatumoto@pe.energy.kyoto-u.ac.jp

C2-06

6. Two-dimensional numerical analysis of HeII heat transfer in vertical channel
   SENZAKI,Ayae et al. ( Department of Energy Sciences Tokyo Institute of Technology ), ayae@mhd.es.titech.ac.jp

Chairman: SHIOTSU Masahiro and OKAMURA Tetsuji

C2-07
1. Heat transfer in a channel containing superfluid helium pressurized up to 1 MPa (II)
   MAEDA,Minoru et al. ( National Institute for Materials Science ), maeda@www.csj.or.jp

C2-08

2. Two-dimensional Numerical Analysis on the Heat Transport Characteristics of Pressurized Superfluid Helium in Channels.
   HAMAGUCHI, Shinji et al. ( National Institute for Fusion Science ), hamaguchi@LHD.nifs.ac.jp

C2-09

3. Heat Transfer through Narrow Cooing Channel in Pressurized HeII
   KIMURA,Nobuhiro et al. ( Cryogenics Science Centre,High Energy Accelerator Research Organization ), nobuhiro.kimura@kek.jp

C2-11

4. Study of the cavitation in liquid helium flow using Venturi channel of different shapes
   MURAKAMI,Masahide et al. ( Institute of Engineering Mechanics Systems, University of Tsukuba ), jishii@hotei.riko.tsukuba.ac.jp

C2-12

5. Numerical Simulation of Cavitating Flow of Superfluid Helium
   ISHIMOTO,Jun et al. ( Department of Intelligent Machines and System Engineering, Hirosaki University ), ishimoto@cc.hirosaki-u.ac.jp

Chairman: HARUYAMA, Tomiyoshi and KOBAYASHI, Hisayasu

C3-01
1. Visualization of Pool Boiling Liquid ³He below 1K (II)
   KATAGIRI,MASANORI et al. ( Department of Applied Physics Okayama University of Science ), s00rd02@physics.dap.ous.ac.jp

C3-02

2. Performance of thermoacoustic sound wave generators
   HATAZAWA,Masayasu et al. ( junior college of nihon university ), hatazawa@eme.cst.nihon-u.ac.jp

C3-03

3. Fluid study of liquid helium in a superconducting magnet by Lattice Boltzmann Method
   TATSUMI,Yuichiro et al. ( DEPARTMENT OF NUCLEAR ENGINEERING, GRADUATE SCHOOL OF ENGINEERING, OSAKA UNIVERSITY ), tatumi35@sanken.osaka-u.ac.jp

C3-04

4. Expansion of Present Thermoacoustic Theory 1:Critical Discussion on The Theory
   TOMINAGA,Akira et al. ( Institute of Physics, University of Tsukuba ), tominaga@sakura.cc.tsukuba.ac.jp

C3-05

5. Expansion of Present Thermoacoustic Theory 1:Entropy Flow
   TOMINAGA,Akira et al. ( Institute of Physics, University of Tsukuba ), tominaga@sakura.cc.tsukuba.ac.jp

C3-06

6. Expansion of Present Thermoacoustic Theory 2: Influence of The Expansion
   TOMINAGA,Akira et al. ( Institute of Physics, University of Tsukuba ), tominaga@sakura.cc.tsukuba.ac.jp

Chairman: MATSUBARA, Yoichi and INOUE, Tatsuo

C3-07
1. Observation of flow phenomena in a tapered pulse tube refrigerator
   SHIRAISHI,Masao et al. ( National Institute of Advanced Industrial Science and Technology ), shiraishi.m@aist.go.jp

C3-08

2. Effects of taper angle on performance of a tapered pulse tube refrigerator
   SHIRAISHI,Masao et al. ( National Institute of Advanced Industrial Science and Technology ), shiraishi.m@aist.go.jp

C3-09

3. Enthalpy Flow in a Regenerator of Pulse Tube Refrigerator
   IKEGUCHI,Takuya et al. ( University of Tsukuba ), shiraishi.m@aist.go.jp

C3-10

4. Phase control characteristics of a 4K pulse tube cryocooler
   NAKASHIMA,Yusuke et al. ( Tokyo Institute of Technology Interdisciplinary Graduate School of Science and Engineering ), yasumi.ootani@toshiba.co.jp

C3-11

5. Development of Oxide Regenerator Materials
   IKEDA,Hiroshi et al. ( Cryogenics Center University of Tsukuba ), ikeda@bk.tsukuba.ac.jp

C3-12

6. Cooling performance of ceramic magnetic regenerator material
   Numazawa,Takenori et al. ( Tsukuba Magnet Lab., NIMS ), konta@www.csj.or.jp

C3-24

7. Development of a Miniature Pulse Tube Cryocooler
   YASUKAWA,Yukio et al. ( Fuji Electric Corp. Research & Development, Ltd. ), yasukawa-yukio@fujielectric.co.jp

Chairman: SHIRAISHI, Masao and NISHITANI, Tomio

C3-13
1. Construction of a double-loop type thermoacoustic cooler
   SUMI,Takao et al. ( School of Engineering,Nagoya University ), sumi@nuap.nagoya-u.ac.jp

C3-14

2. 4K pulse tube refrigerator with higher cooling power at first stage
   ZHU,Shaowei et al. ( AISIN SEIKI CO., LTD. ),

C3-15

3. Development of a 1K cooler for space use
   Narasaki, Katsuhiro et al. ( Sumitomo Heavy Industries, Ltd. ), Kth_Narasaki@shi.co.jp

C3-16

4. Development of a small Pulse Tube Cryocooler with 5W@80K
   OGURA,Tetsuya et al. ( Sumitomo Heavy Industries,Ltd. ), Tty_Ogura@shi.co.jp

C3-17 Submitted to Japan-Korea Joint Workshop 2001

5. Experimental Results On V-M Cycle Pulse Tube Refrigerator
   dai,wei et al. ( nihon university ), david@lebra.nihon-u.ac.jp

C3-18

6. Study on LXe system for particle detector(6)-Development of U-shape pulse tube refrigerator-
   HARUYAMA,Tomiyoshi et al. ( High Energy Accelerator Research Organization ), tomiyoshi.haruyama@kek.jp

Chairman: SATO, Toshimi and NOGUCHI, Takashi

C3-19
1. Development of 2K-GM/JT Refrigerator -Testing -
   SATO, Akio et al. ( National Institute for Materials Science ), asat@www.csj.or.jp

C3-20

2. Design Result of ITER Cryogenic System
   HAMADA,KAZUYA et al. ( Japan Atomic Energy Research Institute ), hamada@naka.jaeri.go.jp

C3-21

3. Measurement of oil contamination in gaseous helium from a screw compressor
   OKUNO,Hiroaki et al. ( Hitachi Techno Service Co.,Ltd. ), h-tukuba@mail.goo.ne.jp

C3-22

4. Ten Years Operational Experience of the SKS Cryogenic System
   AOKI,Kanae et al. ( High Energy Accelerator Research Organization ), kanae.aoki@kek.jp

C3-23

5. Presurized Super-Fluide Helium Refrigeration System for Super Conducting magnet Test Bench (III) -Cooling charactaristics of a 6.3m prototype quadrupole super conducting magnet-
   KIMURA,Nobuhiro et al. ( Cryogenics Science Centre,High Energy Accelerator Research Organization ), nobuhiro.kimura@kek.jp