I SSN 1344-8692 Vol. 43 Nb. 179 Journal of the Heat Transfer Society of Japan How to Write a Manuscript of Dennetsu
Taro DENNETSU (Dennetsu University)
1. 2 3 2 4 2 1 2 Microsoft Word 2 5 2 5. 1
[6-10] 2 4 2 (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://ww.htsj.or.jp/
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< Recent Functional Materials and its Applications > Feature Articles on "Recent Functional Materials and its Applications" and a New Series "Q" Yasuyuki TAKATA (Editor in Chief) Fabrication and Properties of Porous Structure by Self-assembly of Nanoparticles Kikuo OKUYAMA (Hiroshima University) Chemical Material Development for Energy System Yukitaka KATO (Tokyo Institute of Technology) New Material Structures and their Functions in Supercritical CO 2 aided Polymer Processing Masahiro OHSHIMA (Kyoto University) Material production with supercritical fluids Hiroshi INOMATA (Tohoku University ) Development of Catalytic Electrode Carbons for Proton Exchange Membrane Fuel Cells Jun-ichi OZAKI (Gunma University) Magneto-Rheological Suspension and Its Engineering Applications Masami NAKANO (Yamagata University) Novel Catalysts Derived from Silica-Coated Nanoparticles Masahiro KISHIDA (Kyushu University) <Project Q> Project Q "Make Extremely High-Efficiency Heat Pump System Using Unused Energy Practicable." Choyu WATANABE (Chubu Electric Power Co., Inc) < Report on International Conference and Seminar> A Report on the Kids Energy Symposium 2003 Fumito  KAMINAGA  (Ibaraki  University) <Calendar> <Announcements> 50 l 2 7 12 17 21 26 32 38 43 49 Feature Articles on “Recent Functional Materials and its Applications” and a New Series “Q” Yasuyuki TAKATA (Editor in Chief) 2 MR Ni 7 ( ) ( ) ( ) CO2 8 Fabrication and Properties of Porous Structure by Self-assembly of Nanoparticles
Kikuo OKUYAMA (Hiroshima University)
1. PSL PSL 10 PSL [1,2] [3] 1 2 2 TEM 2 SEM 2 2 1 l 3 , PSL (PSL) μ m PSL PSL 3 4 2 5 PSL l.5wt SEM PSL 0.5wt% l wt% PSL d PSL (1) PSL d = (2 / 3 / 3 – 1 / D d / D = 0.155 2l/min PSL PSL 6 D PSL (2) (1) (2) d/D 0.155 ll/min 4 SEM PSL 7 PSL 6 2 3 [ 4] (MP0.5,MP1.0) 19nm　32nm 109nm 5nm 3 3 1 [ 5] 8 9 1500 1700 1.5 SiO 2 ll(c) PSL l l(d) PSL 10 3 2 [ β 40 80 12 PSL 450 10 PSL 3 3 13 PSL PSL SiO 2 SiO 2 ll(a) PSL 14 PSL Jour.  HTSJ,  Vol.  43,  No.   179 13 (3) m2
d hkl
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n 4. PSL [1] Iskandar, F., A. Mikrajuddin and K. Okuyama, Nano Lett., Vol.1, No.5 (2001) 231-234 [2] Iskandar F., A. Mikrajuddin and K. Okuyama, Nano Lett., Vol.2, No.4 (2002) 389-392 [3] Science, Vol.292, No.5522 (2001)1613 [4] Chang. H and K. Okuyama, J.Aerosol Sci. , Vol 33 , Issue 12, (2002) 1701-1720 [5] Iskandar F., A. Mikrajuddin and K Okuyama , J. Appl. Phys., Vol 93, (2003) 9242 [6] Iskandar F., Mikrajuddin A., H Yoden and K. Okuyama, J. Sol-Gel Sci. Technol, (2004) in press [7] Gradon, L, S. Janeczko, M. Abdullah, F. Iskandar and K. Okuyama, AIChE, (2004) in press. (3) Chemical Material Development for Energy System Yukitaka  KATO (Tokyo  Institute  of  Technology) 1. 1970 24 2. 1 [1] 1 [1] (a) (b) 2 2 l 3 2 4 S 6 7 2 [1] 2 2.1 2 [1] 3 3 k
[S] 100 s D 12 (h) 2 [6] 300 [7] 3. 3 2 3 2 1 [8] [9] 0.0088 6 1/4 [10] 100 [2] 45 3.1
4 40 [11] [3] [12] 1/10 [4] 20
[3] 0.1 l W.m².K² 10 [13] 2　50 W.m².K²¹ [14] [16] 3 3 4 24 [16] 60 24 95-97 UFP-MgO 99.9 7 24 70 500 [15] 4. 10μ m
[1]
[ II    ] 2001 Fujioka, K. et al. , Proc. Int. Sorption Heat Pump [2] Conf. (ISHPC ’02), 1 (2002) 431. [3] Restuccia, G. et al., Proc. Int. Sorption Heat Pump Conf. (ISHPC ’02), 1 (2002) 645. [4] Dawoud, B. et al., Proc. 5th Minsk Int. Seminar “Heat Pipes, Heat Pumps, Refrigerators”, 1 (2003) 306. [5] Valkov, V. et al., Proc. Int. Sorption Heat Pump Conf. (ISHPC ’02), 1 (2002) 438. [6] Vasiliev, L.L. et al., Proc. of the 5th Minsk Int. Seminar " Heat pipes, heat pumps, refrigerators", 1 (2003) 450. [7] Kato, Y. et al., J. Chem. Eng. Japan, 36 (2003) 833. 55 [8] (2003) 73. [9]   Groll, G, Heat Recovery Systems & CHP, 13 (1993) 341. [10] [11] 40 , vol. III (2003) 737. , 17 (1991) 916. , 22 (1996) 163. [12] [13]Hirata, Y. et al., J. Chem. Eng. Japan, 36 (2003) 827. [14] Mauran    S. et al. , Heat Recovery Systems & CHP, 13 (1993) 315. [15] Aihara, M. et al., Appl. Energy, 69 (2001) 225. [16]Kato, Y. et al., J. of Materials Science, 34 (1999) 475. New Material Structures and their Functions in Supercritical CO 2 aided Polymer Processing Masahiro  OHSHIMA  (Kyoto  University) 20 10μ F 10 MIT Suh 1980 1987 CO 2 4600 CFC11 ---- 30μ m （ ） 1980 2 PP PLA CO 2 3) CO 2 CO 2
PP SEM PLA PEG PEG PS PEG (     ) Q 8 s 3 6 sec. CO 2 PP PP+EPR PLA+PEG F PEG PS ( )     SEM 31 7.48MPa     PS 1000 PEG PS CO 2 CO 2 [3] www.furukawa.co.jp/foam/mc-pet/mc-pet_index.ht m [1] www.env.go.jp/earth/ozone/h14pamph/06.htm [2]   Park, C.B. et al.,Polymer Eng. Sci 36, 1446, (1995) [6] (2002) 115-116 [4] Cellular Plastics, Sage Publication, 39, 2, [5] (2003) 155-169 Material production with supercritical fluids 1. PT
[1- ]
l [ 4] . J. Supercri t . Fl ui ds 25 10
J Supercraical Fluids (2002)の論文分類  2 H₂O [ 1 [ ] [ 1 CO 2 4 P P>>T
P>>T
P>>T [ 1, 2] 3ほKrukonis [6] OFCほ  CO 2 N 2 CO2 4 RESS 10 Rapid Expansion of Supercritical Solutions(RESS) Matson [5] GAS Gas Anti-Solvent CO 2 PS   PMMA PTFE 6 CO 2 [7] CO 2 AIBN [8] CO 2 CO 2 CO 2 CO2 5. [1] Mark McHugh, Van Krukonis, "Supercritical Fluid Extraction", Butterworths, (1984) [2] (1996) [3] Erdogan Kiran, Joan Brennecke, ACS Symp.Ser.514, "Supercritical Fluid Engineering Science", (1993) [4] No.1  (1991)  2, (1995) 3,(1999) [5] D.W.Matson, J.Fulton, R.Petersen,  R.D.Smith, IEC.Res., 26, 325,(1987) [6]  V.Krukonis, AIChE Ann.Meeting,SF, Nov.(1984) [7] T.Adschiri, M.Kanazawa, K.Arai, J.Am.Ceram.Soc., 75, 1019(1992); ibid 75,2615(1992) CO 2 Development of Catalytic Electrode Carbons for Proton Exchange Membrane Fuel Cells 1. (PEFC) (b) sp² 1. 1 sp, sp², sp³د[2] 2 3 1 sp sp² 1000 1500 3000 sp³ sp² 1. 2 [1] 1000 [3] 10 1. 3 l) 400 [4] 2) 3) 1. 4 3 BET BET 3 [9] 4 BET (1) 4 O 2 + 4H + + 4e¯
(1) O 2 + 2H + 2e −
(2) 4 2 [7] 8 [5] 3) [6] 4 2 2 2    5nm 4 [11] 2.8 2 + e¯) 2H₂O) (PEFC) 80 PEFC S (MEA) PEFC PEFC 6 [6] [15] Pc AA [13] [12] H 2  H + (O 2 + 4H +4e¯ N4- [14] 3 1.3 8 10nm 6 50 AA Pc [16] Pc 7 CoPc AW CoPc FePc X 4 [17] [18] 14 NEDO 7 NM: AP: AW: NEDO [1] 8 150 MPa [2] (1980) [3] Carmona, F, Delhaes, P., J. Appl. Phys., 49(1978) 618. [4] Ozaki, J., Watanabe, T., Nishiyama, Y., J. Phys. Chem., 97 (1993)1400. [5]  Ozaki, J., Nishiyama, Y., J. Appl. Phys., 77 (1995) 4459. (2000) p.19 35 nm 7 NM FePc [18] CoPc [6]
1994,
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2003 p.14. Mitsui,  M.   Nishiyama,   Y. 268-274; Ozaki, J., Carbon, 36 (1998)131; Ozaki, J. Mitusi, M., Nishiyama, Y., Cashion, J. D., Brown, L. J., Chem. Mat., 10(1998)3386; Ozaki, J., Nozawa, K. Oya, A. Chem. Lett., 1998(1998) 573. [7] Kinoshita K. Carbon -Electrochemical and physicochemical properties, New York: Wiley 1988, pp. 226-292. [8]   Morcos I, Yeager E. Electrochim Acta 5(1970)953. [9] Appleby, J. A. Marie, J. Electrochim. Acta, 24 (1979)195. [10]Zhang, Z. W., Tryk, D. A., Yeager, E. B. in of Proceeding the on The Workshop Electrochemistry of Carbon, S. Sarangapani, J. R. Akridge, and B. Shumm, Eds., The Electrochemical Society, Pennington, NJ, 1984, p. 158. 51(4) (2003) 55. [12] [13] Toda, T., Igarashi, H., Watanabe, M., J. Electroanal. Chem. 460 (1999)258. Tamizhmani, G. Guay, D. [14] Lalande,  G.  Cote,  R. Weng,  L.  T. Dodelet, J. P. Dignard-Bailey, L. Bertrand, P. Electrochim. Acta 40(1995), 2635.
Magneto-Rheological Suspension and Its Engineering Applications Masami NAKANO (Yamagata University) 1. (Magnetorheological) l ) Lord MR [1-3] 2 2 1 MR MR MR S 10nm l 10μ m y [ 4, 5] μ Y y F i i y [6] (Electro-rheological) 1/10 [7] l/50
(1) i 4 G* H .f 2 2 [8] (a) [9] Ja Le B .fa (2) fd   LcB (b) (c) h: ) P P mr [4-6] 5 P mr=(2  3Lc h) y (3) (a) H P (b) à o P (H=16 kA/m, f=4.3 Hz) S (Lc: s [4, 5] 5(a) o =0.12 - H H=16kA/m H =26 kA/m o 0.03 o 5(b) 2 3 3.1 6 ) [10] (Ao: ) P 1 -P 2 6 f d=A 0  P P= P ( ) dx m /dt [11] .fc 7 [10] M M dx π /dt (MRF-132LD, Load .fc (fG =0.02) fG 10Hz 3 2 8 8 20 Time [see] Wire speed : r=0.28 [m/see] (a) 9 0 35 A 1. O Nm 10 [13] l h=1mm 11 0 35 A Ω Ω Ω Ωsec [12] 9 1/5 3 3 Q 065sec 4 Cadillac's  Imaj [1]
(2002) 227.
[2] Nakano, M. and Koyama, K. editors, Electro- Rheological Fluids, Magneto-Rheological Suspensions and their Applications, World Scientific Publishing (1998) 893. [3] Bossis, G editor, Electrorheological Fluids and Magnetorheological Suspensions, World Scientific Publishing (2002) 884. [4] Yamamoto, H. and Nakano, M., J. of Intelligent Material Systems and Structures, 10-8 (1999) 658. [5] 30-2    2002 83. [6] Nakano, M. et al., Int. J. of Modern Physics B, 13-14, 15&16 (1999) 2068. [7] Nakano, M. et al., Int. J. of Modern Physics B, 10-23 &24 (1996) 2965. 34-9 (1995) 707. [8] [9] Satou, A. and Nakano, M. et al., CD-ROM Proc. of Fifth  JSME-KSME  Fluids  Eng.  Conf.,  No.02-207, (2002) 1. [10] 2 JFPS 15 (2003) 78. [11] [12] 3 JSME 79 2677515 (1994) CD-ROM No.01-3 (2001) Paper No.508. [13] 52 NCTAM2003 (2003)517. Novel Catalysts Derived from Silica-Coated Nanoparticles Masahiro KISHIDA (Kyushu University) 1. lcc 0.2 0.3g Fe-Co Co/Fe Fe-Co 0.3 Co/Fe =0.2 Fe Fe Co Co 2 1996 Liz-Marzán ri Marzán [''-'v] Ar Pt Ni CeO 2 pH 3 Rh TEM 38nm Rh 8nm Pt 7 10 3 10nm 5nm TEM Fe3O4 Rh Rh
( ) 4. Rh Rh Rh Rh Rh Rh 1000 Rh NO-CO NO-CO NO 50% SG: IMP: SC: [v] T50 T50 900 12 NO-CO T50 8nm Rh Rh Rh Rh Pt
CH 4 :i-C 4 H 10 :N 2 :O 2 =1 :1 :4 :1 8nm Rh 5 Pt Rh Rh Pt TEM Pt Pt Pt 97kJ/mol 47kJ/mol Pt Pt 5.8x10 16m²/sec 20nm =2 Knudsen 2.4x10 8 8 Pt l nm Pt 10 Ni m²/sec 10 Ni 3.5wt%, Pt 0.12wt%) 700 CO 2 700 80 Ni 700 CO 2 500 15 in-situ Ni Ni 12 700 og (CH, combustion rate) 1.98 6 N Ni Ni Ni [ˈɾˈ] TPO 700 l l Ni [`"] Ni 800 Ni Ni Ni-SiO 2 Ni 7. [1] Liz-Marzan, L.M., Giersig, M., Mulvaney, P., Chem.Commun.,1996 , 731. [2] Kishida, M., Tago, T., Hatsuta, T., Wakabayashi, K., Chem. Lett., 2000, 1108. [3] Tago, T., Hatsuta, T., Miyajima, K., Kishida, M., Tashiro S., Wakabayashi, K., J. Am. Ceram. Soc., 85 (2002) 2188. [4] Tago, T., Tashiro, S., Hashimoto, Y., Wakabayashi K., Kishida, M., J. Nanoparticle Res., 5 (2003) 55. [5] Ikeda, M., Tago, T., Kishida, K., Wakabayashi, K., Chem. Commun., 2001, 2512. [6] Choudhary, V.R. et al., J.Catal., 157 (1995) 752. [7] Tomishige, K. et al, Appl.Catal., A:General, 233 (2003) 35. 11 CH 4 :O 2 :N 2 = 2:1:2.5, SV 16500cc/g-cat.h. "Make Extremely High-Efficiency Heat Pump System Using Unused Energy Practicable." Project Q Choyu WATANABE (Chubu Electric Power Co., Inc.) 1991 1. 1 2 2 1, OOKW 1 8, 000㎡ [ 1] 2 1. 2 2 2 1993 2,500m³ l l 2 12
5.5 l 2 2
[2] 3 1993 12 1993 2 6.4 5.0 4.5 1. 3 46.2% 1996 38.4%
[3] HFC l.5 1997 S 2 2 3   HFC 2 1 HCFC HCFC22  HCFC142b HCFC  CFC HFC 2 2 11 1995 2km 700kW 3,500kW HCFC22  HFC134a 2 4 1997 1998 HCFC22 HFC32 300kW 2,000kW Ultra-High Efficiency HFC125 HFC125  HFC134a HFC407 HFC407 UHE UHV    Ultra-High  Voltage [4] 3 HFC407 50 1999 2001 11 [1] Watanabe, C., Proceeding of the ASME-JSME Thermal Engineering Conference, Vol.4   (1995), p. 449. [2] Watanabe, C. et Al., Proceeding of the 3rd KSME-JSME Thermal Engineering Conference, Vol.2 (1996), p.505. [3] Watanabe, C. et Al., Proceeding of the 3rd KSME-JSME Thermal Engineering Conference, Vol.3 (1996), 133-138. , Vol.40 (2003), p.5, [4] 2003 A Report on the Kids Energy Symposium 2003 Fumito KAMINAGA (Ibaraki University) 1. 8 11 8 4 S ll B 7 l l 16 ) (8 ( ） 30 29 s (          ) ( ) (110 ) (120 130 ） (150 ） ll (11 ) 10cm 269 3 l 2 16 l l 11 9 l.2m 23 2 24 4 3 3 （ ） （ ） 15 PR 7
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October 17-24, 2004 Kona, Hawaii The meeting will bring together a small but select group of researchers interested in all aspects of transport phenomena in micro and nanodevices. That is the transport of mass, momentum, energy, and information in devices with characteristic lengths ranging from several nanometers to several micrometers. Potential applications include micro and nano systems involving mixing, combustion, energy conversion, computing, bioanalytics, chemical synthesis, photonics, etc. Also included are micro- and nanofabrication technologies involving transport phenomena, such as spin coating, etching, CVD, etc. There will be a strong presence in the conference of quantum transport to complement traditional transport (such as mass, momentum and energy flux in solids and fluids), all of course as taking place in minute devices. Those two disparate communities hardly know much about each other and the conference should be useful in correcting this. Poster presentations will be included if the number of requests for oral presentations exceeds the meeting capacity. Dr. Mohamed Gad-el-Hak, Virginia Commonwealth University, USA Professor Nobuhide Kasagi, The University of Tokyo, Japan Dr. Steffen Hardt of the Institute of Microtechnology, Mainz, Germany Additional information about this Conference - and a registration form - can be found at the Conference's web site: http://www.engconfintl.org/4at.html Engineering Conferences International (ECI) is the successor to the United Engineering Foundation Conferences. ECI offices are located at 6 MetroTech Center, Brooklyn, NY 11201; Tel: 1-718-260-3743, Fax: 1-718-260-3754, E-mail: bkhengconfintl@aol.com, WWW: http://www.engconfintl.org. 1 2 3 4 s (3) 60 (4) 6 7 (1) (6) 8 9 10. 108-8548 3-9-14 (03) 5476-3107 E-mail  utunomiy@sic.shibaura-it.ac.jp FAX (03) 5476-3068 1 S
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