I SSN 1344-8692 Vol.42 No.177 Journal of the Heat Transfer Society of Japan (2) 2003. 11 How to Write a Manuscript of Dennetsu
Taro DENNETSU (Dennetsu University)
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(Therm. Sci. Eng. ) - (JICST) [1] B 80-100 (1999) 3000 [2] Incropera, F. P. and Dewitt, D. P., Fundamentals of Heat and Mass Transfer , John Wiley & Sons (1976). [3] Smith, A. et al., Therm. Sci. Eng., 7-5 (1999) 10. (1980). [4] MS-WORD http://www.htsj.or.jp/ http://www.htsj.or.jp/den_guide.html http://www.htsj.or.jp/reqcopy.html 2.2 l 2.2
No. 177 November TRCON-03 ....... 1 60 ( 4 34 36 . . . 38 ····· 38 . . . . . . 15 http://www.htsj.or.jp/ htsj@asahi-net.email.ne.jp
< Special Issue for Tools in Laboratories (2)> Generation and Characterization of Single-Walled Carbon Nanotubes Shigeo MARUYAMA and Shohei CHIASHI CHIASHI (The University of Tokyo) Measurement Techniques of Micro/Nano-scale Thermophysical Properties Originated from Simple Arithmetic Yoshihiro TAGUCHI and Yuji NAGASAKA (Keio University)  . Heat Transfer Experiment in Cobalt-60 Facility Tomoji TAKAMASA (Tokyo University of Marine Science and Technology) Magnetic Resonance Imaging for Engineering applications -Measurement of polymer electrolyte fuel cell membrane- Shohji TSUSHIMA, Tetsuya SUEKANE and Shuichiro HIRAI (Tokyo Institute of Technology) · · · · · · · ·14 A Spectrophotometer System for Radiation Phenomena in Thermal Engineering Toshiro MAKINO and Hidenobu WAKABAYASHI (Kyoto University) Optical measurement of water content in the membrane of polymer electrolyte fuel cell Kazuyoshi FUSHINOBU and Ken OKAZAKI (Tokyo Institute of Technology) Temperature Measurements by using Micro Thin Film Thermocouples Koji MIYAZAKI and Hiroshi TSUKAMOTO(Kyushu Institute of Technology)  < Report on International Conference and Seminar> Report on TRCON-03 Shoji MORI (Kyushu University) Report on 1st International Energy Conversion Engineering Conference Naoki MARUYAMA (Mie University) 8th UK National Heat Transfer Conference Hiroshi HONDA (Kyushu University) Japan-Korea Seminar in Akiu, Sendai Kaoru MARUTA (Tohoku University) Fourth International Conference on Compact Heat Exchangers and Enhancement Technology for the Process Industries Masaru ISHIZUKA (Toyama Prefectural University) < Secret Technique for a Trip > Tips for Travelers Shigeki HIRASAWA and Yoshihiro KONDO (Hitachi, Ltd.) <Special Contribution> Expectation to advanced Heat Transfer Symposium and Society of Japan Susumu KOTAKE (Former President of HTSJ)
Generation and Characterization of Single-Walled Carbon Nanotubes Shigeo MARUYAMA and Shohei CHIASHI (The University of Tokyo) 1. l nm (SWNT, Sin- SWNT gle-Walled Carbon Nanotubes) [1] SWNT CVD 600-800 10 Torr CVD CVD SWNT SWNT USY method, ACCVD method alcohol catalytic CVD [2,3]
[5] [4] SWNT SWNT [6] AFM [5] SWNT [7] CVD TGA [3] SWNT 2 (TEM) [3] SWNT 2. l SWNT ACCVD 27 mm ACCVD l SWNT 3 (SEM) SWNT [5] TEM (JEOL 2000EX)  FE-SEM (Hitachi S-900) 3. SWNT SWNT 4 SPM SWNT 1590 cm -1
G-band 1350 cm 1 D-band 200 cm -1
SWNT RBM RBM cm -1 d t     nm SWNT 3 5  CVD nm nm v 6 AFM dt=248/v SWNT nm SWNT 3 SPM AFM AFM STM 3 SPM RBM 3 800 -70 AFM SPM SPM SWNT [7] 4. SWNT SEM　TEM SWNT SWNT l SII 5. SPA300HV (n, m) [8] 6 SPM FT-ICR 8 7 SWNT 7 (n, m) [9] SWNT SWNT SWNT SWNT l [9] 6. FT-ICR SWNT FT-ICR) ( SWNT 8 FT-ICR [10] ICR 84mm (SUS316) NMR 5.8Tesla 2 (300ℓ/s) (50ℓ/s) 3× 10 -10 Torr 8 l x 10 7 Torr (n, m) 10V Door, Rear Door) Rear  Door
5V (Front 7 ICR ICR [10] 7. [1] R. Saito et al., Physical Properties of Carbon Nanotubes, Imperial College Press, (1998). [2] S. Maruyama et al., Chem. Phys. Lett., 360 (2002) 229. [3] Y. Murakami et al., Chem. Phys. Lett., 374 (2003) 58. [4] Y. Murakami et. al., Chem. Phys. Lett., 375 (2003) 393. [5] Y. Murakami et. al., Chem. Phys. Lett., 377 (2003) 49. [6] S. Maruyama et al., Chem. Phys. Lett., 375 (2003) 553. [7] S. Chiashi et al., Chem. Phys. Lett., submitted. [8] S. M. Bachilo et al., Science, 298 (2002) 2361. [9] S. Maruyama et al., New J. Phys., 5 (2003). [10] M. Kohno et al., Micro. Thermophys. Eng., 7 (2003) 33. Measurement Techniques of Micro/Nano-scale Thermophysical Properties Originated from Simple Arithmetic Yoshihiro TAGUCHI and Yuji NAGASAKA (Keio University) 1. 2. 2.1 CVD EL 10 EL CVD in-situ Dynamic Grating Radiometry: DGR Fig.  l 2 [1] Thermal Fig. 1 The basic theory of DGR. (a) The sample is heated by the interference fringe pattern of two pulsed laser beams. The fringe space Λ is around 200~500μm. (b) The tem- perature distribution of sample is monitored via infrared thermometry as a function of two dimensional   heat con- duction.
(2) [2~4] a a || Fig. 3 S/N CVD S/N Fig.  4 S/N S/N 1000 S/N 2.2 l a || a
(1) 3. 3.1 S/N
~10 * [1/K] 1~10% NOTN He-Ne [5~7] NOTN Near-field Optics Thermal Nanoscopy: ～10nm ~100nm NOTN [7] Fig. 5 S/N PD1 PD2 Fig.  7 S/N Fig. 5 A schematic image of NOTN. Left: an image of near-field optics. The spatial resolution is depending on the diameter of circular aperture of the tip. Right: The power of reflected light, which is generated by near-field optics of probing beam, is dependent on the temperature change of Fig. 6 Experimental apparatus. He-Ne laser is for a probing lights source, and heating laser is sinusoidally modulated with up to 1GHz frequency. A distance between the sample and tip of near-field optical fiber is controlled by the nano-meter order positioning system. NewFocus 7 Fig. 4. Method POM Probe  Oscillation
[2]
I (3) AR POM = β Acos (4) 68-665 (2002) 194. [3] Taguchi, Y. and Nagasaka, Y., Int. J. Thermophys., 22-1 (2002) 289. [4] Taguchi, Y. and Nagasaka, Y., Proc. 15 th Symp. Thermophys. Prop., (2003). [5] 40 (2003) 361. [6] 2003 (2003). [7] Taguchi, Y., Horiguchi, Y., Kobayashi, M., Saiki, T., and Nagasaka, Y., Proc. ISMME2003., (2003) (to be presented). POMほか- ω z 60 Heat Transfer Experiment in Cobalt-60 Facility Tomoji TAKAMASA (Tokyo University of Marine Science and Technology) 1. 2) 3) SUS S 6 [1] 1998 1999 2. Radiation  In- duced Surface Activation 2001 2.1 SUS 30× 30× 3 mm 1999 l mm 10m 2.2 1999 Purdue
l 5kGy 2.3 2000 [2, 3] [4] [5] 200kGy 2002 JNC [6] [7] 2000 SUS 1.8 kGy/h RISA TC4 TC5 TC1 [10] 2.4 [11] 2001 [1] [2]
[3]
14 , (2002) 125-128. [6] Takamasa, T., Hazuku, T., Tujimura, N., Proc. the Second Int. Sympo. Radiation Safety and Detection Technology (ISORD-2) , A6-4, (2003). [7] [8] 1-2 (2002) 242-243. 39 #I30 (2001).
CD-ROM, #G234 (2001).
45-2 (2003) 42-47. 36
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MRI - - Magnetic Resonance Imaging for Engineering applications -Measurement of polymer electrolyte fuel cell membrane- Shohji TSUSHIMA, Tetsuya SUEKANE and Shuichiro HIRAI (Tokyo Institute of Technology) 1. MRI (Magnetic Resonance Im- 1970 aging, MRI) 1980 (Nuclear Magnetic Resonance: NMR) MRI MRI cm cm 'H
MRI MRI 'H [1-3] MRI NMR 2. MRI (Magnetic Resonance NMR Imaging: MRI) 3. MRI 3.1 MRI l MRI MRI “ MRI” T 57mm 3m MRI MRI MRI 3.2 PEFC MRI (Polymer  Electrolyte MRI MRI MRI (susceptibility) MR PEFC 4 25μm MRI MR (Magnetic Resonance Microscopy: MRM) Fuel Cell: PEFC) PEFC MRI [4] 2 MRI MRI PEFC PEFC PEFC PEFC 3 Pt (Membrane Electrode As- PEFC sembly:  MEA) MEA PEFC 2 PEFC MRI 3 MRI 70μm S CO 2 3.4 MRI PEFC CO 2 MRI ¹H MRI MRI 6mm MRI . NMR [6] 3.3 CO2 MRI PEFC (CO 2 ) CO 2 MRI Filter, DPF Diesel   Particulate 3.5 MRI MRI CO 2 MRI 100 5 CO 2 CO 2 [5] MR 4 PEFC PEFC MRI PEFC PEFC [8] a MRI 4. MRI MRI NMR 5. MRI [9] X CT MRI (NEDO) (RITE) 3.5 μm [10] （ ） （ ） ( ） ( MRI ms MRI [1] [2] MRI (1987) (1996) [3] MRI [4] (1998) 10 (!?) MRI (2003), 326. [5] Suekane, T. et al., Green House Gas Control Technologies, (2002), 144. [6] Fukushima, E., Annu. Rev. Fluid. Mech., 31(1999), 95. [7] , , MRI , 40-1(2002), 4. [8] Tsushima, S. et al., Mag. Res. Ima., 21(2003), 673. [9] Callaghan, P. T., Principles of Nuclear Magnetic Resonance Microscopy, Oxford (1991). [10]Ciobanu, L., et al., Jour. Mag. Res., 158(2002), 178. MRI MRI ） MRI SN A Spectrophotometer System for Radiation Phenomena in Thermal Engineering Toshiro MAKINO and Hidenobu WAKABAYASHI (Kyoto University) 1. (radiation, , (heat) (properties) (characteristics) 0.30~11µm (radiation) (reflection) (emission) (#) 2s Physics Engineering Ph dynamics of radiation characteristics W l ( ) 20 (ideal surface) (real surface) ( )
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[1] Makino, T., Sotokawa, O. and Iwata, Y., Int. J. Thermophysics, 9-6 (1988), 1121-1130. [2] , , , 67-660 (2001), , B 2121-2128. [3] Makino, T., Heat Transfer 2002, vol.1, Taine,J., ed., Elsevier, (2002), 55-66. [4]
, 59-560 (1993), 1252-1257. [5] , 69-687 (Nov.2003), printing. , B [6] , 24-4, (1988), 331-336. [7] Siegel, R. and Howell, J. R., Thermal Radiation Heat Transfer , 3rd ed., Taylor & Francis (1992), 47-91. (1) (2) (3) R NH (4) EN 11 Optical measurement of water content in the membrane of polymer electrolyte fuel cell Kazuyoshi FUSHINOBU and Ken OKAZAKI (Tokyo Institute of Technology) 1. PEFC 90 PEFC PEFC PEFC Sample Sample MEA MRI Sample H12 H14 PbS 2. l.lm × 65cm × 50cm l.9μm I-V
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Temperature Measurements by using Micro Thin Film Thermocouples Koji MIYAZAKI and Hiroshi TSUKAMOTO(Kyushu Institute of Technology) 1. [1] [2, 3] (SThM) [4] [5] 2. Au-Pt Au-Pt 3µV/K Ni
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Shoji MORI (Kyushu University) 1. TRCON-03 2003 8 17 22 ) ( Golden  Dolphin  Resort  Hotel TRCON-03( International Symposium on Transient Convective Heat and Mass Transfer in Single and Two-Phase Flows) "steady" "steady"
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Report on 1st International Energy Conversion Engineering Conference 17 21 lst International En- AIAA ergy Conversion Engineering Conference  IECEC2003 IECEC 37 Intersociety Energy Conversion Engineering Confer- ence PC CD-ROM IECEC2003 Chair Maryland 40 Technical  Program Ashwani K. Gupta Univ. of International 41 AIAA +11% 206 220 +17% 30 Web Proceedings CD-ROM Awards Luncheon Prof. A.K.Gupta 2004 LCDP
2 nd International Energy Conversion Engineering Con- IECEC2004 ference 16-19 August, 2004 Rhode Island Convention Center Providence, Rhode Island, USA. http://www.aiaa.org/calendar/index.hfm?cal=5&id=858 13 February, 2004 naoki@mach.mie-u.ac.jp 8th UK National Heat Transfer Conference 1. Kenning UK Heat Transfer Conference Dr. 9 9, 10 Chairman Oxford Hiroshi HONDA (Kyushu University) Prof. Butterworth 1960 HTFS 1960 1981 HTRI IBM-PC Oxford Dr. Kenning UK  Heat  Transfer  Conference Queen Mary, Prof. Rose University of London 3 93 Department of Engineering Science 2 2 2 3 OHP
Prof.  Rose Prof. Jones ( 40 ) Ireland Dr. S
Dr. Kenning Phase Change Fun- Dr.  Kenning Dr. Kenning Dr. Luke (Univ. Paderborn) Hewitt (Emeritus Professor, Imperial College London) Virtual Heat Transfer Society Heat Transfer Society 700 Dr. Sefiane (Univ. Edin- burgh) Prof.  Wayner (Rensellaer Polytechnic Inst.) Dr. Sefiane Flow  Boiling Condensation
Heat Ex- Dr. Hodson (Univ. Cam- 3 114 96 30 30 11 8 3 Butterworth Dr. 54 / Prof. Kenning Japan-Korea Seminar in Akiu, Sendai Kaoru MARUTA (Tohoku University) 9 18 20 15 30 9 19 (KAIST) Prof. Tae-Ho Song MEMS　NEMS TPV 2001 KOSEF 21 COE 20 Sung-Tack  Ro KAIST Prof.  Jae-Min Hyun KAIST Prof.  Do-Hyung  Choi, (Korea  Univer- sity) Prof. Young-Don Choi, (Yonsei Prof. Jinho Lee, University) (Hanyang University) Prof.  Kwan-Soo  Lee 13 Prof. 3 4 17 9 18 Welcome reception Prof.  Song [1] l. 4 Fourth International Conference on Compact Heat Exchangers and Enhancement Technology for the Process Industries 1.
Masaru  ISHIZUKA  (Toyama  Prefectural  University)
Ramesh  K.  Shah(RIT) 1997 1999 2001 1 2
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16 4 E-mai l http://ww3.toyama-u.ac.jp/~thermo/ E-mai l heat@ice.pu-toyama.ac.jp 3, 000 E-mai l FAX FAX FAX E-mai l 3, 000 FAX FAX (0766) 56 - 6131 9 00750 92676 41 1 1 ROM CD 1 2 × 26 × 60 http:// www3.toyama-u.ac.jp/~thermo/ 16 1 CD ROM PDF PDF CD-ROM PDF 3, 000 CD-ROM PDF Microsoft Word . 32" ( PDF 103 979 2000. 6 pp. 396    403" ) 20 77 2000.4 pp.27 3, 000 6, 000
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G. Chen (MIT, USA), "Nanostructures for Direct Thermal to Electric Energy Conversion" M. Choi (Seoul National Univ., Korea), "Gas Phase Synthesis of Nanoparticles and Growth Control" M. Esashi (Tohoku Univ., Japan), "Micro-Nano Electromechanical Systems" Z.-Y. Guo (Tsinghua Univ., China), "Flow and Thermal Behavior at Micro/Nano Scales" A. Majumdar (Univ. California, Berkeley, USA), "Nanoscale Control of Heat and Mass Transport" S. Volz (Ecole Centrale Paris, France), "Nanoscale Heat Transfer and Extreme Effects" M. Washizu (Univ. Tokyo, Japan), "DNA Nanotechnology Based on Microsystems" A. Yabe (AIST, Japan), "The Role of Heat & Mass Transfer in Nanotechnology —From the Viewpoint of Manufac- turing- 150
30 7 2004 31 Deadline for short abstract Notification of acceptance to authors Deadline for camera-ready manuscript of extended abstract (Two pages in A4 format) http://www.ifht2004.energy.osakafu-u.ac.jp/ ASME International Hong Kong Section,   Australasian Fluids and Thermal Engineering Society, Chinese Society of Engineering Thermophysics (People's Republic),    French Heat Transfer Society,    Italian Union of Thermal Fluid Dynamics,   KSME Heat Transfer Division,   Chinese Society of Mechanical Engineers (Taiwan),   Pacific Center of Thermal-Fluids Engineering,  Society for Chemical and Process Engineering, The Association of Engineers, Germany, 2-1-1 980-8577 Tel & Fax: 022-217-5243    E-mail: maruyama@ifs.tohoku.ac.jp 599-8531 Tel: 072-254-9224    Fax: 072-254-9904    E-mail: nakabe@energy.osakafu-u.ac.jp 1 MEMS (1) (2) 40 5 5 3 ) (
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