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Heat transfer bibliography—Japanese works
Inc. .f. Heat Moss Tmtrs/er.
Vol.16,pp. 1797-1801.
HEAT TRANSFER
Pergemon Press 1973.
Printed in Great Britain
BI~~IO~RAP~Y-JAPANESE
WORKS
YASUO MORI Department of Mechanical Engineering, Tokyo Institute of Technology. Tokyo. Japan (Received 25 April 1973)
APPLICATION
AND OUTLOOK
Ecwrco, M. TANIDA and H. SHI~IOMURA, Thermal insulation at high temperature, J. Atomic Energy Sot. Japan 14(4), 164 (1972). S. HASEGAWA.R. ECHIGO and Y. OKAMOTO,Heat transfer with thermal radiation by flowing multiphase medium at high or extremely high temperature, J. Japun SQC. Me&. it.
T. TSUWKX and H. OGucm. A numerical analysis for chemical non-equilibrium boundary layer of dissociated gases over a flat-plate with arbitraj ca&ycity, Bull. Insr. Svace Aeronaut. Sci., Tokvo Univ. 8(3Aj. 702 (1972). S. ~OSHIDA, A consider&n of the‘ed& difT&iviiy for
turbulent flow in tubes--In reference to heat transfer to a supercritical fluid, Techn. Rep. Kyushu Univ. 45(6), 909 (1972).
Engrs 75(640), 679 (1972). S. HASEGAWA,T. TERANISHI,T. MNAMOTO,M. NAGAI,
M. MATSUDA,Y. OKAMOTOand R. ANAHARA,Recent status of thermohvdrodvnamic desien of reactors. J. Atomic Energy Soc.~Jap& 14(5), 241 (1972).
T. HAYAKAWA and M. MATSUOKA, Effect ofheat transfer on crystal growth for inorganic salt-water systems, Chem. Engng, Japan 37(Z), 1.57(1973). Y. IIDAand Y. NAKAJIMA(ed), Heat transfer, Chem. Engng, Japan 37(l), 3 (1973).
CHANGE OF PHASE AND TWO PHASE FLOW M. AKIYAMA,Bubble collapse in subcooled boiling, Trans. Japun Sot. Mech. Engrs 38(31 l), 1838 (1972). N. ARAKI,Evaporation rate of falling drops in high temperature air stream (me~rements of the evaporation rate), Trans. Japan Sot. Mech. Engrs 39(317), 287 (1973). Y. CHIBA, M. OHWAKIand S. OHTANI, Heat transfer in
N. ISSHIKI,Na-H,O reaction in Na-heated steam generator, J. Japan Sot. Mech. Engrs 75(643), 1257 (1972).
dropwise condensation of steam-Correspondence of drop behavior and surface temperature, Chem. Engng,
A. KANZAWA, Experiments of plasma heat transfer by thermocouple, Chem. Engng. Japan 36(9), 1004 (1972). Y. KITAYAMA,S. NAMRA and Y. KUNIYASU,Burn-out detectors by differential circuit method, J. Atnmic Energy Sot. Japan 14(4), 159 (1972). Y. Moru, K. OHTAKEand T. ISHIZUKA,Effect of combustion reaction on heat transfer, Trans. Japan Sot. Mech. Engrs 38(313), 2333 (1972). K. NISHIKAWA, T. FUJI~and S. YOSHIDA,A studv on bumout in the grooved tubes, J. Japan Sot. Me& Engrs 75(640), 700 (1972). M. NISHIMURA, T. IWATA,S. SUGIYAMA and M. HASATANI, Heat transfer in melting, Chetn. Engng, Japan 36(6), 640 (1972). N. NISHIWAKI,A. TSUCHIDAand M. MIYASHITA,Heat transfer on waved surface, Tech. Rep. Seikei Univ. 13, 1061 (1972).
Y. OKAMOTO, H. S~MO~RA~~ M. SEK~,High-temperature heat exchangers for nuclear reactors, J. Japan Sot. Mech. Engrs 75(647), 1757 (1972). A. SATO,M. HASATANI,K. NAKARAIand S. SUOIYAMA, A cooling thermic
Japan 36(4), 412 (1972). Y. FUJITA, T. NISHIJIMAand K. NISHIKAWA,Influencing
factors of bubble growth due to microlayer evaporation, Techn. Rep. Kyushu Univ. 45(5), 662 (1972). S. HASEGAWA, R. EciilcoandT. TAKEGAWA, Maximum heat fluxesforpoolboilingonpartlyill-wettableheatingsurfaces (Part 2, Mainly on the nucleate boiling having tolerably high superheat), Trans. Japan Sot. Mech. Engrs 38(315), 2927 (1972).
K. HIJI~ATAand Y. Mom, Forced convective heat transfer of gas with condensing vapor around a flat plate, Trans. Japan Sot. Mech. Engrs 38(314), 2630 (1972).
K. HIJIKATAand Y. MORI, Critical phenomena in bubble flows, Trans. Japan Sot. Mech. Engrs 39(319), 962 (1973). Y. IIDA,Study on local void fraction, J. Atomic Energy Sot. Japan 14(7), 337 (1972). Y. KATTOand K. KIKUCHI,A study of forces which act on a
heated surface in nucleate boiling of high heat Buxes, Twns. Japan Sot. Mech. Engrs 38(309), 1049 (1972). Y. KATTO,S. TAKAHASHIand S. YOKOYA,Law of microliquid-layer formation between a growing bubble and a solid surface with a special reference to nucleate boiling, Trans. Jupan Sot. Mech. Engrs 38(315), 2906 (1972).
effect of the solid accompanied with an endoreaction, Chem. Engng, Japan 37(l). ,51 (1973).
F. TACHIBANAand S. ENYA, Heat transfer problems in quenching, Trans. Japan Sot. Mech. Engrs 38(309), 1056
Y. KATTOand M. KUNIHIRO,Study of the mechanism of bum-out in boiling systems of high bum-out heat flux, Trans. Japan Sot. Med. Engrs 39(317), 269 (1973).
(1972).
A. TAKANO,Integ~lmethodofsolution for laminar boundary layer of reacting gas mixture with surface combustion, J. FQC. Engng, Tokyo Univ. 31B(3), 471 (1972).
Y. KAYO and Y. SUOO,Study of critical flow (completely separated two-phase flow), Trans. Japan Sot. Mech. Engrs 39(319), 970 (1973). 1797
1798
YASUO
H. KAWADAand Y. MORI, A shock tube study on condensation kinetics, Trans. Japan Sot. Mech. Eagrs 38(315), 2843 (1972). J. KAWASAKIand T. HAYAKAWA.Direct-contact mass and heat transfer between vapor and liquid with change of phase, J. Chem. Engng Japan (English) 5f2). 119 (1972). T. Kuno and T. UEDA, On the characteristics of confluent flow in headers for two phase flow. Trans. Japan Sot. Mech. Engrs 39(317), 297 (1973).
H. KUSL’DAand H. TMIJRA.A study on boiling heat transfer in an open thermosyphon (Report 1, An experiment with water). Trans. Japan Sot. Mech. Engrs39(319), 930(1973). H. KUSUDAand H. IMURA, A study on boiling heat transfer in an open thermosyphon (Report 2, The influence of the physical property on a heat transfer coefficient and on a critical heat flux), Trans. Japan Sot. Me&. Engrs 39(319), 940 (1973).
H. MATSUMURA,Experimental consideration of the flow pattern and the pressure drop with bubble flow. Res. Rep. Fat. Engng, Kagoshima Univ. 14,29 (1972).
K. MIYAZAKI,I. NAKWIMA,Y. FUJIIEand T. SUITA,Propagation of pressure wave in nitrogen-mercury two-phase system, J. Nuclear Sci. Tech. (English) 9(5), jl5 (I 972). K. MIYAZAKI.K. l-rott. Y. Furnnand T. SUITA.Comnression and decompression waves in stream-water system, J. fNucfear Sei. Tech. (English) 9(9), 560 (1972). K. MIYAZAKI,I. NAKAJIMA,Y. FUJIIEand T. SUITA.Effect of flow on pressure wave propagation in two-component two-phase system, J. Nuclear Sci. Tech._lO(Z), 127 (1973). Y. MORI,K. HUIKATAand A. KOMINE,Pressure wave propagation in two phase flow, Truns. Japan Sot. Mech. Engrs 39(317), 305 (1973). Y. MORI, K. HIJIKATAand T. TANAKA,Fundamental study of evaporation phenomena, Trans. Japan Sot. Mech. Engrs 39(318), 694 (1973). S. NA~MIE and T. UEDA,DropIet transfer in two phase annular mist flow (Part 1, Measurements of droplet transfer rate and distributions of droplets and velocities), Trans. Japan Sot. Mech. Engrs 38(308), 821 (1972). S. NAMIEand T. UEDA,Droplet transfer in two phase annular mist flow (Part 2, Prediction of droplet transfer rate). Trans. Japan Sot. Mech. Engrs 38(312), 2 126 ( 1972). M. NIINO, S. TODAand T. IGUSA, An experimental investigation on the initiation of a single bubble and its growth by laser beam heating (1st Report. An experimental study under the constant pressure phenomenons. Trans.
MORI
boiling (1st report, Flow pattern in boiling channel), Trans. Japan Sot. Mech. Engrs 38(310), 1478 (1972). T. SATO, T. MINAMIYAMA, M. YANAI,T. TOKURAand Y, ITO. A study on the heat transfer in two-phase channel flow boiling (2nd Report, Heat transfer in nucleate boiline region), Trans. &pan Sot. Merit. Engrs 38(310f, 14X? (1972). , N. SEKI and S. FUKUSAW. An unsteady conjugated heat transfer problem to slug flow in a parallel plate channel. Bult. Fat. Engng Hokkaido Univ. 63, 39 (1972). K. SEKOGUCHI, K. NISHIKAWA,M. NAKASATOMI, l-i. NISHI and A. KANEUZI, Liquid film phenomena in upwords two-phase annular flow, Trans. Japan Sot. Me&. Engram 39(317), 313 (1973). K. TAKXHASHI,Y. FUJIIE and T. SUITA. Incipient boiling
phenomena of sodium under forced convection by direct heating, J. Nuclear Sci. Tech. (English) 9(10), 603 (1972). K. TAKAHASHI, Y. FUJIIEand T. SUITA,Continuous boiling phenomena of sodium under forced convection by direct heating, J. Nuclear Sci. Tech. (English) 9(1 I), 670 (1972). K. TAKAHASHI,Y. FUJW and T. SWTA, Incipient boiling pressure pulse of sodium under forced convection by direct heating, J. Nuclear Sci. Tech. (English) 9(12), 728 (1972). H. TAKEDA,T. HAYAKAWAand S. FUJITA.Vapor hold up and boiling heat transfer coefl’icient of natural circulation vertical tube evaporator. Chem. Engng, Japan 36(7). 760 (1972).
I. TANASAWA and F. TACHIBANA,Analysis of extended surfaces in boling liquids. Trans. Japan Sot. Mech. Engrs 38(313), 2311 (1972). I. TANAMWAand J. OCHIAI,Experimental study on dropwise condensation, Trans. Japan Sot. Mech. Engrs 38(316). 3193 (1972). 1. TANASAWA. F. TACHIBANAand J. OCHIAI, A study on the process of drop growth by coalescence during dropwise condensation, Trans. Japan Ser. Mech. Enyrs 39(317), 278 (1973). S. TODA and H. UCHIDA, A study of liquid-film-cooling with evaporation and boiling, Trans. Japan Sot. Mech. Engrs38(3111, 1830 (1972).
CONDUCTION K.
KATAYAMP.and
A. SAITO~ Numerical methods in transient heat conduction (4th Report, A method about orthogonal Japan Sot. Me&. Engrs 39(319), 955 (1973). two-dimensional temperature lield). Truns. Japan Sot. K. NISHIKAWA,T.FUJII, S. YOSHIDA,M. OHNO, M. HARAUA, Mech. Engrs 39(317), 242 (1973). H. HACA and K. OBISHI, Heat transfer to boiling water K. KAWASHIMO, Boundary value problem of heat conduction flowing in tubes at high pressures, Techn. Rep. Kyushu based on entropy minimum principle, Trans. Japan Sot. L’niv. 4S(4), 530 (1972). Mrch. Engrs 38(310), 1471 (1972). K. NISHIKAWA,T. Iro, K. MATSUMOTO and T. KUROKI, T. KOMORIand E. HIRAI, Solutions of heat conduction Pool film boiling heat transfer from a horizontal cylinder problem with change of phase-A slab, J. Chem. Engng to saturated liquid, Trans. Japan Sot. Mech. Erzgrs Japan (English) 5(3), 242 (1972). 38(308), 858 (1972). M. &&&J,-T. I&&J&AN, G. WATANABEand S. SUGIYAMA. K. NrsnIKAwh, T. 170 and T. Snrc~cnr, Forced convection On the extent of thermal conduction regime in enclosed film boiling heat transfer from a horizontal cylinder to vertical plane fluid layers, J. Chem. EngngJapan(English) saturated liquids (1st Rep.), Techn. Rep. Kyushu Univ. S(2), 203 (1972). 46(l). \ 60 (1973X T. TANAKA and H. SUZUKI, Thermal conductivity of carbon T. SATO, T.’ MI~AMIYAMA, M. YANAI and T. TOKURA, A materials at high temperatures by a modulated electron study on the heat transfer in two-phase channel Bow
HEAT beam
technique,
TRANSFER
BIBLIOGRAPHY-JAPANESE
.I. Atomic Energy Sot. Japan 14(6),
274 (1972). T. TERADA, N. tivity
ITO and Y. GOTO, Effective thermal conducof laminated electrical insulation paper, Chem.
Engng, Japan 36(5), 533 (1972). N. YAMADA, Y. SASAKI,T. OKADA and S. OHTANI, Effective thermal conductivity of moist granular bed, C&m. Engng, Japan 36(12), 1342 (1972). CONVECTIVE K.
HEAT
TRANSFER
FUTAGAM
and F. ABE, Combined forced and free convective heat transfer in an inclined tube (1st Report, Laminar region), Trans. Japan Sot. Mech. Engrs 38(31 l), 1799 (1972). T. KUROYANAGI, R. ISHIGURO, M. OCHIAI and K. FURUKAWA, Turbulent heat transfer of sodium in a circular tube, Trans.
Japan Sot. Mech. Engrs 38(315), 2897 (1972). S. MAEZAWA, N. NISH~WAKI and A. T~UCH~DA, Effects of buoyancy on laminar faced-convective heat transfer from a vertical flat to supercritical fluids (The tirst ; An analytical study), Tech. Rep. Seikei Univ. 13, 1007 (1972). S. MAEXAWA, S. OKADA and N. NISHIWAKI, Effects of buoyancy on laminar forced-convective heat transfer to supercritical fluids (The second; An experimental studv). Tech. Reo. Seikei Univ. 14, 1097 (1972). S. MOCHIZUKIand K. HATTA, Heat transfer of pulsating laminar flow in a horizontal tube, Trans. Japan Sot.
Mech. Engrs 39(318), 682 (1973). Y. Moat and T. DA~KORU, Effect of 2-dimensional roughness on forced convective heat transfer, Trans. Japan Sot. Mech. Engrs 38(308), 832 (1972). S. NAGAI, M. NISHIKAWA and T. KAYAMA, Heat transfer to vessel wall by helical ribbon impeller in highly viscous liquids, J. Chem. Engng Japan (English) 5(1),83 (1972). K. NISHIKAWA, T. Furu. S. YOSHIDA, A. OYAMA, M. NAKASATOMI, M. OHNO and K. MOMOTA, Wall temperature oscillations in forced convection of supercritical water,
Tech. Rep. Kyushu Univ. 45(6), 895 (1972). Y. OKAMOTO and T. KAMEOKA, Convective heat transfer on plate finned surface, Trans. Japan Sot. Mech. Engrs 38(311), 1812 (1972). K. YAMAGATA, K. NISHIKAWA, S. HASEOAWA, T. FUJII and S. YOSHIDA, Forced convective heat transfer to a supercritical fluid (2nd Report, Heat transfer for water flowing in a vertical tube), Trans. Japan Sot. Mech.
Engrs 38(313), 2320 (1972). K. YAMAGATA, K. NISHIKAWA, S. HASEGAWA, T. and S. YOSHIDA, Forced convective heat transfer supercritical fluid (3rd Report, Correlation of transfer), Trans. Japan Sot. Mech. Engrs 38(313),
FUJII to a heat
2327
(1972). S.
YOSHDA, T. Fum and K. NISHIKAWA, Analysis of turbulent forced convection heat transfer to a supercritical fluid, Trans. Japan Sot. Mech. Engrs 38(316), 3185 (1972).
WORKS
1799
tion en lit fixe, Bull. Fat. Engng, Yokohama Nat. Univ. 21, .91 (1972). Y. KAWAMURA,H. MAKIHARA and H. SH~NAGAWA, Heat and mass transfer under reduced pressure-Nonisothermal unicomponent system, Chem. Engng, Japan 36(12), 1307 (1972). M. KUMADA, I. MABUCHI and Y. KAWASHIMA. Studies on the heat transfer of impinging jet (2nd Report, Mass transfer from a cylinder in potential core region of twodimensional air jet), Trans. Japan Sot. Mech. Engrs 38(315), 2915 (1972). M. KUMADA, I. MAEXJCHI and K. OYAKAWA, Studies on heat transfer to turbulent jets with adjacent boundaries (3rd Report, Mass transfer to plane. turbulent jet reattached on an offset parallel plate), Trans. Japan Sot.
Mech. Engrs 39(319), 920 (1973). T. MIZUSHINA, S. TAKJBHITA, J. YOSHIZAWA andl. NAKAMAE, Study of turbulent flow in a porous tube with high mass flux to and from the wall, J. Chem. Engng Japan (English) 5(4), 361 (1972). S. OGATA and H. SHINOHARA, Mass transfer in co-current laminar gas flow in wetted-wall tower, Tech. Rep. Kyushu Univ. 45(5), 691 (1972). T. SAITO, I. KOMASAWA and T. OTAKE, A simple model of interfacial turbulence accompanying mass-transferAn approach to modeling the effects of turbulence from its occurrence to attenuation, Chem. Engng, Japan 36( 12), 1327 (1972). T. SANYO,S. YAMAUCHI, I. KOMASAWA and T. OTAKE, A note on concentration profiles for mass transfer with chemical reactions, Chem. Engng, Japan 37(2), 199 (1973). Y. SATO, T. HIROSE, Y. TAKEUCHI and T. MORIMOTO, Convective mass transfer from a single sphere, Tech.
Rep. Kyushu Univ. 45(5), 698 (1972). T. SHIROTSUKA, A. HIRATA and J. NIWA, Interphase
mass transfer with a flowing interface in a two-laminar layers flow. Chem. Enana. Janan 36U2). 1314 (1972). K. &AMA, J. H~T&A~& and K. &AWA; Mass transfer in a laminar boundary layer with moving interface, J. Chem. Engng Japan (English) 5(3), 248 (1972). K. UEYAMAand J. HATANAKA, Similarity condition of mass transfer in liquid-liquid systems, J. Chem. Engng Japan (English) 5(3), 305 (1972). K. UEYAMA, J. HATANAKA and K. OGAWA, Numerical calculations of mass transfer through laminar boundary layer with moving interface, J. Chem. Engng Japan (English) 5(4), 371 (1972). NATURAL
CONVECTION
T. Fum, I. MORIOKA and K. SUZAKI, Experimental study on the buoyant convection above a small heat source,
Trans. Japan Sot. Mech. Engrs 38(312), 2119 (1972). T. FUJI, 0. MIYATAKE, M. Fumand H. TANAKA, Anumerical analysis of natural convection heat transfer to nonnewtonian Sutterby fluids, Trans. Japan Sot. Mech.
Engrs 38(315), 2883 (1972). MASS TRANSFER K. IKEDA, H. OHYA, 0. KANEMITSU and K. SHIMOMURA, Etude theorique sur le transfert de mater&e de L’adsorp-
T. FUJII, 0. MIYATAKE, M. FUJII, H. TANAKA and K. MURAKAMI, Experimental study of natural convection heat transfer to non-newtonian fluids, Trans. Japan Sot. Mech.
Engrs 38(315), 2891 (1972).
1800
YASUO
T. FUJII, H. HONDA and I. MORIOKA, An analytical study of natural convection heat transfer from downward-facing horizontal surfaces with uniform heat flux, Trans. Japan Sot. Mech. Engrs 39(317), 248 (1973). S. HASEGAWA, K. FUWDA and R. ECHIGO, The variable fluid-property problem in free convection, Tech. Rep. Kyushu Unio. 45(3), 332 (1972). K. MATSUMOTO. M. KAWANO, T. Iro and K. NISHIKAWA. Natural convection film boiling heat transfer from a horizontal platinum wire, Tech. Rep. Kyushu Vnin. 45(5), 670 (1972). K. MIYABE and T. KATSUHARA, Swaying plume by free convective heat transfer from horizontal cylinder (2nd Report), Bull. Kyushu Inst. Tech. 25, 55 (1972). 0. MIYATAKE and T. FUJ~, Free convective heat transfer between vertical parallel plates-one plate is isothermally heated and the other is thermally insulated, Chem. Engng, Japan 36(4), 405 (1972). 0. MIYATAKE, T. FUJII, M. FUJII and H. TANAKA, Nautral convective heat transfer between vertical parallel platesOne plate has a uniform heat flux and the other is thermally insurated, Chem. Engng, Japan 36(8), 859 (1972). 0. M~YATAKEand T. FUJII, A numerical analysis of natural convective heat transfer between two parallel vertical plates, Rep. Res. Inst. Ind. Sri.. Kwshu Univ. (55). 9 (1972). K. NISHIKAWA, T. ITO and H. YAMASHITA, Free convective heat transfer to a supercritical fluid (2nd Report, Influence of material of the heating surface on heat transfer). Trans. Japan Sot. Mech. Engrs 38(308), 842 (1972). K. NISHIKAWA, T. ITO. K. MATSUMOTO and T. KUROKI. Investigation of surface film boiling under free convection (2nd Report, Effects of diameter of horizontal cylinder and system pressure), Trans. Japan Sot. Mech. Engrs 38(308), 848 (1972). MEASUREMENT
TECHNIQUES
N. ISSHIKI, N. NISHIWAKI and I. AKASHI, Study on oblique grid shadow graph, J. Japan Sot. Mech. Engrs 75(64Oj. 689 (1972). Y. KITAYAMA, Digital void velocimeter, J. Nuclear Sri. Tech. (English) 9(10), 613 (1972). K. MIYABE, T. KATSUHARA, H. HAMANO and S. MITSUNAGA. Measurements of thermo-physical properties for a thin and little specimen-cornea and materials for contact lens, Bull. Kyushu Inst. Tech. 24, 37 (1972). Y. OKAMOTO. J. HANAwAand H. KAWAMURA, Characteristics and application of thin-film thermal sensor, J. Japan Sot. Mech. Engrs 75(639), 498 (1972). K. TANUM;, Measurements of heat flow during frost heavine. Low Temp. Sri.. Hokkaido Univ. 29A, 231 (1972).-’ . T. UEMURA, EMF of thermocouple exposed to unsteady temperature and its response characteristic, Trans. Japan Sot. Mech. Engrs 38(316), 3178 (1972). F. YAMASHITA and H. INOUE, Measurement of bubble size by platinum wire, Chem. Engng, Japan 36(7). 793 (1972). PACKED
AND
Y. HAYASHI, E. HIRAI and
FLUIDIZED
BEDS
M. OKUBO, Volumetric
film
MORI
coefficients in cross-flow cooling towers-eliminator type packing, Chem. Engng, Japan 36(12), 1346 (1972). Y. HAYASHI, E. HIRAI and H. SU~YOSI-II,Estimation of the concentrationdistributionincross-flowabsorptiontowers. J. Chem. Engng Japan (English) 5(2), 137 (1972). H. KATAOKA and T. MIYAUCHI. Effect of physical properties and of turbulence on the rate coefficient of mass transfer at the free surface of agitated vessels in turbulent region. Chem. Engng, Japan g(8), 888 (1972). T. KATAOKA, H. YOSHIDA and K. UEYAMA. Mass transfer in laminar region between liquid and packing material surface in the packed bed, J. Chem. Engng. Japan (English) 5(2). 132 (1972). T. MIYAUCHI, Film coefficient of mass transfer between fluid and particles in dilute sphere-packed beds. Chem. Engng, Japan 36(6), 633 (1972). T. MIYAUCHI, Limiting Sherwood number for dilute spherepacked beds, J. Chem. Engng Japan (English) 5(3), 303 (1972). S. MORI and I. MUCHI, Heat transfer coefficient between solid particles and gas in fluidized bed, Chem. Enqnq. Japan 36(10), 1130 (1972). S. TEZUKA, Performance of aqueous film type cooling tower packing and a dimensionless equation, Trans. Japan Sot. Mech. Engrs 38(314), 2648 (1972). R. TOEI, T. MATSUNO, H. HOTTA, M. OISHI and Y. FUJINE, The capacitance effect on the transfer of gas or heat between a bubble and the continuous phase in a gassolid fluidized bed, J. Chem. Engng, Japan 5(3), 273 (1972). RADIATION R. ECHIGO and S. HASEGAWA, Radiative heat transfer by flowing multiphase medium (Part 1, An analysis on heat transfer of laminar flow between parallel flat plates), Trans. Japan Sot. Mech. Engrs 38(313), 2290 (1972). R. ECHIGO, S. HASEGAWA and H. TAMEHIRO, Radiative heat transfer by flowing multiphase medium (Part 2, An analysis on heat transfer of laminar flow in a starting section of circular tube). Trans. Japan Sot. Mech. Engrs 38(313), 2299 (1972). R. ECHIGO. S. HASEGAWA, E. TAKECHI and Y. OKAMOTO, Radiative heat transfer by solid suspension laminar flow with radiating fluid in a circular tube with constant wall temperature, J. Atomic Energy Sot. Japan 14(12). 661 (1972). K. FUKUDA, R. ECHIGO and S. HASEGAWA, An analytical stydy on simultaneous radiative and free convective heat transfer, Trans. Japan Sot. Mech. Engrs 38(315), 2873 (1972). S. HASEGAWA, R. ECHIGO, Y. MIYAZAKI, Y. TANAKA, H. TAKAHASHI and K. FUKUDA, An experimental study on simultaneous radiative and free convective heat transfer. Trans. Japan Sot. Mech. Engrs 39(317). 250 (1973). T. KUNI~OMO and S. NIINAI. Narrow band model parameters in carbon dioxide 2.7 micron band. Trans. Japan Sor. Mech. Engrs 38(312), 2109 (1972). H. MASUDA, Radiant heat transfer on circular-finned cylinders, Trans. Japan Sot. Mech. Engrs 38(316), 3229 (1972).
HEAT
TR’ANSFER
BIBLIOGRAPHY-JAPANESE
IL SAIDCIand W. H. GIEDT, Spectral transmission of 2.7 micron bands of nonisothermal H-0 and CO, at high temperatures, Trans. Japan Sot. hech. Ertgrs-38(31 i), 1790 (1972). N. SEKI and S. FUKUSAKO, Heat transfer in turbulent flow of a radiating optically thin gas between two-dimensional flat plates, Bull. Fat. Engng, Hokkaido Univ. 63,21(1972). N. Seru and S. FUKUSAICO,Heat transfer by thermal radiation and laminar forced convection to a radiating optically thin fluid in the thermal entrance-region of a pipe, Bull. Fat. Engng, Hokkaido Univ. 63,31(1972).
WORKS ROTATING
1801
SURFACES
H. KOYAMA,R. IZUMI and J. AKNAMA, Heat and mass transfer from rotating cone (3rd Report, On the vertically arranged sharp cone in a stationary cylinder), Trans. Japan Sot. Mech. Engrs 38(311), 1820 (1972). M. SAKAMOTO and S. FUKUI, Convective mass transfer in a rotating tube revolving about an axis Trans. Japan Sot. Mech. Engrs 38(309), H. TANAKAand 0. TAGO, Mass transfer sphere in air stream, Chem. Engng, Japan
parallel to itself, 1065 (1972).
from a rotating 37(2), 151(1973).
Vol.16,pp. 1797-1801.
HEAT TRANSFER
Pergemon Press 1973.
Printed in Great Britain
BI~~IO~RAP~Y-JAPANESE
WORKS
YASUO MORI Department of Mechanical Engineering, Tokyo Institute of Technology. Tokyo. Japan (Received 25 April 1973)
APPLICATION
AND OUTLOOK
Ecwrco, M. TANIDA and H. SHI~IOMURA, Thermal insulation at high temperature, J. Atomic Energy Sot. Japan 14(4), 164 (1972). S. HASEGAWA.R. ECHIGO and Y. OKAMOTO,Heat transfer with thermal radiation by flowing multiphase medium at high or extremely high temperature, J. Japun SQC. Me&. it.
T. TSUWKX and H. OGucm. A numerical analysis for chemical non-equilibrium boundary layer of dissociated gases over a flat-plate with arbitraj ca&ycity, Bull. Insr. Svace Aeronaut. Sci., Tokvo Univ. 8(3Aj. 702 (1972). S. ~OSHIDA, A consider&n of the‘ed& difT&iviiy for
turbulent flow in tubes--In reference to heat transfer to a supercritical fluid, Techn. Rep. Kyushu Univ. 45(6), 909 (1972).
Engrs 75(640), 679 (1972). S. HASEGAWA,T. TERANISHI,T. MNAMOTO,M. NAGAI,
M. MATSUDA,Y. OKAMOTOand R. ANAHARA,Recent status of thermohvdrodvnamic desien of reactors. J. Atomic Energy Soc.~Jap& 14(5), 241 (1972).
T. HAYAKAWA and M. MATSUOKA, Effect ofheat transfer on crystal growth for inorganic salt-water systems, Chem. Engng, Japan 37(Z), 1.57(1973). Y. IIDAand Y. NAKAJIMA(ed), Heat transfer, Chem. Engng, Japan 37(l), 3 (1973).
CHANGE OF PHASE AND TWO PHASE FLOW M. AKIYAMA,Bubble collapse in subcooled boiling, Trans. Japun Sot. Mech. Engrs 38(31 l), 1838 (1972). N. ARAKI,Evaporation rate of falling drops in high temperature air stream (me~rements of the evaporation rate), Trans. Japan Sot. Mech. Engrs 39(317), 287 (1973). Y. CHIBA, M. OHWAKIand S. OHTANI, Heat transfer in
N. ISSHIKI,Na-H,O reaction in Na-heated steam generator, J. Japan Sot. Mech. Engrs 75(643), 1257 (1972).
dropwise condensation of steam-Correspondence of drop behavior and surface temperature, Chem. Engng,
A. KANZAWA, Experiments of plasma heat transfer by thermocouple, Chem. Engng. Japan 36(9), 1004 (1972). Y. KITAYAMA,S. NAMRA and Y. KUNIYASU,Burn-out detectors by differential circuit method, J. Atnmic Energy Sot. Japan 14(4), 159 (1972). Y. Moru, K. OHTAKEand T. ISHIZUKA,Effect of combustion reaction on heat transfer, Trans. Japan Sot. Mech. Engrs 38(313), 2333 (1972). K. NISHIKAWA, T. FUJI~and S. YOSHIDA,A studv on bumout in the grooved tubes, J. Japan Sot. Me& Engrs 75(640), 700 (1972). M. NISHIMURA, T. IWATA,S. SUGIYAMA and M. HASATANI, Heat transfer in melting, Chetn. Engng, Japan 36(6), 640 (1972). N. NISHIWAKI,A. TSUCHIDAand M. MIYASHITA,Heat transfer on waved surface, Tech. Rep. Seikei Univ. 13, 1061 (1972).
Y. OKAMOTO, H. S~MO~RA~~ M. SEK~,High-temperature heat exchangers for nuclear reactors, J. Japan Sot. Mech. Engrs 75(647), 1757 (1972). A. SATO,M. HASATANI,K. NAKARAIand S. SUOIYAMA, A cooling thermic
Japan 36(4), 412 (1972). Y. FUJITA, T. NISHIJIMAand K. NISHIKAWA,Influencing
factors of bubble growth due to microlayer evaporation, Techn. Rep. Kyushu Univ. 45(5), 662 (1972). S. HASEGAWA, R. EciilcoandT. TAKEGAWA, Maximum heat fluxesforpoolboilingonpartlyill-wettableheatingsurfaces (Part 2, Mainly on the nucleate boiling having tolerably high superheat), Trans. Japan Sot. Mech. Engrs 38(315), 2927 (1972).
K. HIJI~ATAand Y. Mom, Forced convective heat transfer of gas with condensing vapor around a flat plate, Trans. Japan Sot. Mech. Engrs 38(314), 2630 (1972).
K. HIJIKATAand Y. MORI, Critical phenomena in bubble flows, Trans. Japan Sot. Mech. Engrs 39(319), 962 (1973). Y. IIDA,Study on local void fraction, J. Atomic Energy Sot. Japan 14(7), 337 (1972). Y. KATTOand K. KIKUCHI,A study of forces which act on a
heated surface in nucleate boiling of high heat Buxes, Twns. Japan Sot. Mech. Engrs 38(309), 1049 (1972). Y. KATTO,S. TAKAHASHIand S. YOKOYA,Law of microliquid-layer formation between a growing bubble and a solid surface with a special reference to nucleate boiling, Trans. Jupan Sot. Mech. Engrs 38(315), 2906 (1972).
effect of the solid accompanied with an endoreaction, Chem. Engng, Japan 37(l). ,51 (1973).
F. TACHIBANAand S. ENYA, Heat transfer problems in quenching, Trans. Japan Sot. Mech. Engrs 38(309), 1056
Y. KATTOand M. KUNIHIRO,Study of the mechanism of bum-out in boiling systems of high bum-out heat flux, Trans. Japan Sot. Med. Engrs 39(317), 269 (1973).
(1972).
A. TAKANO,Integ~lmethodofsolution for laminar boundary layer of reacting gas mixture with surface combustion, J. FQC. Engng, Tokyo Univ. 31B(3), 471 (1972).
Y. KAYO and Y. SUOO,Study of critical flow (completely separated two-phase flow), Trans. Japan Sot. Mech. Engrs 39(319), 970 (1973). 1797
1798
YASUO
H. KAWADAand Y. MORI, A shock tube study on condensation kinetics, Trans. Japan Sot. Mech. Eagrs 38(315), 2843 (1972). J. KAWASAKIand T. HAYAKAWA.Direct-contact mass and heat transfer between vapor and liquid with change of phase, J. Chem. Engng Japan (English) 5f2). 119 (1972). T. Kuno and T. UEDA, On the characteristics of confluent flow in headers for two phase flow. Trans. Japan Sot. Mech. Engrs 39(317), 297 (1973).
H. KUSL’DAand H. TMIJRA.A study on boiling heat transfer in an open thermosyphon (Report 1, An experiment with water). Trans. Japan Sot. Mech. Engrs39(319), 930(1973). H. KUSUDAand H. IMURA, A study on boiling heat transfer in an open thermosyphon (Report 2, The influence of the physical property on a heat transfer coefficient and on a critical heat flux), Trans. Japan Sot. Me&. Engrs 39(319), 940 (1973).
H. MATSUMURA,Experimental consideration of the flow pattern and the pressure drop with bubble flow. Res. Rep. Fat. Engng, Kagoshima Univ. 14,29 (1972).
K. MIYAZAKI,I. NAKWIMA,Y. FUJIIEand T. SUITA,Propagation of pressure wave in nitrogen-mercury two-phase system, J. Nuclear Sci. Tech. (English) 9(5), jl5 (I 972). K. MIYAZAKI.K. l-rott. Y. Furnnand T. SUITA.Comnression and decompression waves in stream-water system, J. fNucfear Sei. Tech. (English) 9(9), 560 (1972). K. MIYAZAKI,I. NAKAJIMA,Y. FUJIIEand T. SUITA.Effect of flow on pressure wave propagation in two-component two-phase system, J. Nuclear Sci. Tech._lO(Z), 127 (1973). Y. MORI,K. HUIKATAand A. KOMINE,Pressure wave propagation in two phase flow, Truns. Japan Sot. Mech. Engrs 39(317), 305 (1973). Y. MORI, K. HIJIKATAand T. TANAKA,Fundamental study of evaporation phenomena, Trans. Japan Sot. Mech. Engrs 39(318), 694 (1973). S. NA~MIE and T. UEDA,DropIet transfer in two phase annular mist flow (Part 1, Measurements of droplet transfer rate and distributions of droplets and velocities), Trans. Japan Sot. Mech. Engrs 38(308), 821 (1972). S. NAMIEand T. UEDA,Droplet transfer in two phase annular mist flow (Part 2, Prediction of droplet transfer rate). Trans. Japan Sot. Mech. Engrs 38(312), 2 126 ( 1972). M. NIINO, S. TODAand T. IGUSA, An experimental investigation on the initiation of a single bubble and its growth by laser beam heating (1st Report. An experimental study under the constant pressure phenomenons. Trans.
MORI
boiling (1st report, Flow pattern in boiling channel), Trans. Japan Sot. Mech. Engrs 38(310), 1478 (1972). T. SATO, T. MINAMIYAMA, M. YANAI,T. TOKURAand Y, ITO. A study on the heat transfer in two-phase channel flow boiling (2nd Report, Heat transfer in nucleate boiline region), Trans. &pan Sot. Merit. Engrs 38(310f, 14X? (1972). , N. SEKI and S. FUKUSAW. An unsteady conjugated heat transfer problem to slug flow in a parallel plate channel. Bult. Fat. Engng Hokkaido Univ. 63, 39 (1972). K. SEKOGUCHI, K. NISHIKAWA,M. NAKASATOMI, l-i. NISHI and A. KANEUZI, Liquid film phenomena in upwords two-phase annular flow, Trans. Japan Sot. Me&. Engram 39(317), 313 (1973). K. TAKXHASHI,Y. FUJIIE and T. SUITA. Incipient boiling
phenomena of sodium under forced convection by direct heating, J. Nuclear Sci. Tech. (English) 9(10), 603 (1972). K. TAKAHASHI, Y. FUJIIEand T. SUITA,Continuous boiling phenomena of sodium under forced convection by direct heating, J. Nuclear Sci. Tech. (English) 9(1 I), 670 (1972). K. TAKAHASHI,Y. FUJW and T. SWTA, Incipient boiling pressure pulse of sodium under forced convection by direct heating, J. Nuclear Sci. Tech. (English) 9(12), 728 (1972). H. TAKEDA,T. HAYAKAWAand S. FUJITA.Vapor hold up and boiling heat transfer coefl’icient of natural circulation vertical tube evaporator. Chem. Engng, Japan 36(7). 760 (1972).
I. TANASAWA and F. TACHIBANA,Analysis of extended surfaces in boling liquids. Trans. Japan Sot. Mech. Engrs 38(313), 2311 (1972). I. TANAMWAand J. OCHIAI,Experimental study on dropwise condensation, Trans. Japan Sot. Mech. Engrs 38(316). 3193 (1972). 1. TANASAWA. F. TACHIBANAand J. OCHIAI, A study on the process of drop growth by coalescence during dropwise condensation, Trans. Japan Ser. Mech. Enyrs 39(317), 278 (1973). S. TODA and H. UCHIDA, A study of liquid-film-cooling with evaporation and boiling, Trans. Japan Sot. Mech. Engrs38(3111, 1830 (1972).
CONDUCTION K.
KATAYAMP.and
A. SAITO~ Numerical methods in transient heat conduction (4th Report, A method about orthogonal Japan Sot. Me&. Engrs 39(319), 955 (1973). two-dimensional temperature lield). Truns. Japan Sot. K. NISHIKAWA,T.FUJII, S. YOSHIDA,M. OHNO, M. HARAUA, Mech. Engrs 39(317), 242 (1973). H. HACA and K. OBISHI, Heat transfer to boiling water K. KAWASHIMO, Boundary value problem of heat conduction flowing in tubes at high pressures, Techn. Rep. Kyushu based on entropy minimum principle, Trans. Japan Sot. L’niv. 4S(4), 530 (1972). Mrch. Engrs 38(310), 1471 (1972). K. NISHIKAWA,T. Iro, K. MATSUMOTO and T. KUROKI, T. KOMORIand E. HIRAI, Solutions of heat conduction Pool film boiling heat transfer from a horizontal cylinder problem with change of phase-A slab, J. Chem. Engng to saturated liquid, Trans. Japan Sot. Mech. Erzgrs Japan (English) 5(3), 242 (1972). 38(308), 858 (1972). M. &&&J,-T. I&&J&AN, G. WATANABEand S. SUGIYAMA. K. NrsnIKAwh, T. 170 and T. Snrc~cnr, Forced convection On the extent of thermal conduction regime in enclosed film boiling heat transfer from a horizontal cylinder to vertical plane fluid layers, J. Chem. EngngJapan(English) saturated liquids (1st Rep.), Techn. Rep. Kyushu Univ. S(2), 203 (1972). 46(l). \ 60 (1973X T. TANAKA and H. SUZUKI, Thermal conductivity of carbon T. SATO, T.’ MI~AMIYAMA, M. YANAI and T. TOKURA, A materials at high temperatures by a modulated electron study on the heat transfer in two-phase channel Bow
HEAT beam
technique,
TRANSFER
BIBLIOGRAPHY-JAPANESE
.I. Atomic Energy Sot. Japan 14(6),
274 (1972). T. TERADA, N. tivity
ITO and Y. GOTO, Effective thermal conducof laminated electrical insulation paper, Chem.
Engng, Japan 36(5), 533 (1972). N. YAMADA, Y. SASAKI,T. OKADA and S. OHTANI, Effective thermal conductivity of moist granular bed, C&m. Engng, Japan 36(12), 1342 (1972). CONVECTIVE K.
HEAT
TRANSFER
FUTAGAM
and F. ABE, Combined forced and free convective heat transfer in an inclined tube (1st Report, Laminar region), Trans. Japan Sot. Mech. Engrs 38(31 l), 1799 (1972). T. KUROYANAGI, R. ISHIGURO, M. OCHIAI and K. FURUKAWA, Turbulent heat transfer of sodium in a circular tube, Trans.
Japan Sot. Mech. Engrs 38(315), 2897 (1972). S. MAEZAWA, N. NISH~WAKI and A. T~UCH~DA, Effects of buoyancy on laminar faced-convective heat transfer from a vertical flat to supercritical fluids (The tirst ; An analytical study), Tech. Rep. Seikei Univ. 13, 1007 (1972). S. MAEXAWA, S. OKADA and N. NISHIWAKI, Effects of buoyancy on laminar forced-convective heat transfer to supercritical fluids (The second; An experimental studv). Tech. Reo. Seikei Univ. 14, 1097 (1972). S. MOCHIZUKIand K. HATTA, Heat transfer of pulsating laminar flow in a horizontal tube, Trans. Japan Sot.
Mech. Engrs 39(318), 682 (1973). Y. Moat and T. DA~KORU, Effect of 2-dimensional roughness on forced convective heat transfer, Trans. Japan Sot. Mech. Engrs 38(308), 832 (1972). S. NAGAI, M. NISHIKAWA and T. KAYAMA, Heat transfer to vessel wall by helical ribbon impeller in highly viscous liquids, J. Chem. Engng Japan (English) 5(1),83 (1972). K. NISHIKAWA, T. Furu. S. YOSHIDA, A. OYAMA, M. NAKASATOMI, M. OHNO and K. MOMOTA, Wall temperature oscillations in forced convection of supercritical water,
Tech. Rep. Kyushu Univ. 45(6), 895 (1972). Y. OKAMOTO and T. KAMEOKA, Convective heat transfer on plate finned surface, Trans. Japan Sot. Mech. Engrs 38(311), 1812 (1972). K. YAMAGATA, K. NISHIKAWA, S. HASEOAWA, T. FUJII and S. YOSHIDA, Forced convective heat transfer to a supercritical fluid (2nd Report, Heat transfer for water flowing in a vertical tube), Trans. Japan Sot. Mech.
Engrs 38(313), 2320 (1972). K. YAMAGATA, K. NISHIKAWA, S. HASEGAWA, T. and S. YOSHIDA, Forced convective heat transfer supercritical fluid (3rd Report, Correlation of transfer), Trans. Japan Sot. Mech. Engrs 38(313),
FUJII to a heat
2327
(1972). S.
YOSHDA, T. Fum and K. NISHIKAWA, Analysis of turbulent forced convection heat transfer to a supercritical fluid, Trans. Japan Sot. Mech. Engrs 38(316), 3185 (1972).
WORKS
1799
tion en lit fixe, Bull. Fat. Engng, Yokohama Nat. Univ. 21, .91 (1972). Y. KAWAMURA,H. MAKIHARA and H. SH~NAGAWA, Heat and mass transfer under reduced pressure-Nonisothermal unicomponent system, Chem. Engng, Japan 36(12), 1307 (1972). M. KUMADA, I. MABUCHI and Y. KAWASHIMA. Studies on the heat transfer of impinging jet (2nd Report, Mass transfer from a cylinder in potential core region of twodimensional air jet), Trans. Japan Sot. Mech. Engrs 38(315), 2915 (1972). M. KUMADA, I. MAEXJCHI and K. OYAKAWA, Studies on heat transfer to turbulent jets with adjacent boundaries (3rd Report, Mass transfer to plane. turbulent jet reattached on an offset parallel plate), Trans. Japan Sot.
Mech. Engrs 39(319), 920 (1973). T. MIZUSHINA, S. TAKJBHITA, J. YOSHIZAWA andl. NAKAMAE, Study of turbulent flow in a porous tube with high mass flux to and from the wall, J. Chem. Engng Japan (English) 5(4), 361 (1972). S. OGATA and H. SHINOHARA, Mass transfer in co-current laminar gas flow in wetted-wall tower, Tech. Rep. Kyushu Univ. 45(5), 691 (1972). T. SAITO, I. KOMASAWA and T. OTAKE, A simple model of interfacial turbulence accompanying mass-transferAn approach to modeling the effects of turbulence from its occurrence to attenuation, Chem. Engng, Japan 36( 12), 1327 (1972). T. SANYO,S. YAMAUCHI, I. KOMASAWA and T. OTAKE, A note on concentration profiles for mass transfer with chemical reactions, Chem. Engng, Japan 37(2), 199 (1973). Y. SATO, T. HIROSE, Y. TAKEUCHI and T. MORIMOTO, Convective mass transfer from a single sphere, Tech.
Rep. Kyushu Univ. 45(5), 698 (1972). T. SHIROTSUKA, A. HIRATA and J. NIWA, Interphase
mass transfer with a flowing interface in a two-laminar layers flow. Chem. Enana. Janan 36U2). 1314 (1972). K. &AMA, J. H~T&A~& and K. &AWA; Mass transfer in a laminar boundary layer with moving interface, J. Chem. Engng Japan (English) 5(3), 248 (1972). K. UEYAMAand J. HATANAKA, Similarity condition of mass transfer in liquid-liquid systems, J. Chem. Engng Japan (English) 5(3), 305 (1972). K. UEYAMA, J. HATANAKA and K. OGAWA, Numerical calculations of mass transfer through laminar boundary layer with moving interface, J. Chem. Engng Japan (English) 5(4), 371 (1972). NATURAL
CONVECTION
T. Fum, I. MORIOKA and K. SUZAKI, Experimental study on the buoyant convection above a small heat source,
Trans. Japan Sot. Mech. Engrs 38(312), 2119 (1972). T. FUJI, 0. MIYATAKE, M. Fumand H. TANAKA, Anumerical analysis of natural convection heat transfer to nonnewtonian Sutterby fluids, Trans. Japan Sot. Mech.
Engrs 38(315), 2883 (1972). MASS TRANSFER K. IKEDA, H. OHYA, 0. KANEMITSU and K. SHIMOMURA, Etude theorique sur le transfert de mater&e de L’adsorp-
T. FUJII, 0. MIYATAKE, M. FUJII, H. TANAKA and K. MURAKAMI, Experimental study of natural convection heat transfer to non-newtonian fluids, Trans. Japan Sot. Mech.
Engrs 38(315), 2891 (1972).
1800
YASUO
T. FUJII, H. HONDA and I. MORIOKA, An analytical study of natural convection heat transfer from downward-facing horizontal surfaces with uniform heat flux, Trans. Japan Sot. Mech. Engrs 39(317), 248 (1973). S. HASEGAWA, K. FUWDA and R. ECHIGO, The variable fluid-property problem in free convection, Tech. Rep. Kyushu Unio. 45(3), 332 (1972). K. MATSUMOTO. M. KAWANO, T. Iro and K. NISHIKAWA. Natural convection film boiling heat transfer from a horizontal platinum wire, Tech. Rep. Kyushu Vnin. 45(5), 670 (1972). K. MIYABE and T. KATSUHARA, Swaying plume by free convective heat transfer from horizontal cylinder (2nd Report), Bull. Kyushu Inst. Tech. 25, 55 (1972). 0. MIYATAKE and T. FUJ~, Free convective heat transfer between vertical parallel plates-one plate is isothermally heated and the other is thermally insulated, Chem. Engng, Japan 36(4), 405 (1972). 0. MIYATAKE, T. FUJII, M. FUJII and H. TANAKA, Nautral convective heat transfer between vertical parallel platesOne plate has a uniform heat flux and the other is thermally insurated, Chem. Engng, Japan 36(8), 859 (1972). 0. M~YATAKEand T. FUJII, A numerical analysis of natural convective heat transfer between two parallel vertical plates, Rep. Res. Inst. Ind. Sri.. Kwshu Univ. (55). 9 (1972). K. NISHIKAWA, T. ITO and H. YAMASHITA, Free convective heat transfer to a supercritical fluid (2nd Report, Influence of material of the heating surface on heat transfer). Trans. Japan Sot. Mech. Engrs 38(308), 842 (1972). K. NISHIKAWA, T. ITO. K. MATSUMOTO and T. KUROKI. Investigation of surface film boiling under free convection (2nd Report, Effects of diameter of horizontal cylinder and system pressure), Trans. Japan Sot. Mech. Engrs 38(308), 848 (1972). MEASUREMENT
TECHNIQUES
N. ISSHIKI, N. NISHIWAKI and I. AKASHI, Study on oblique grid shadow graph, J. Japan Sot. Mech. Engrs 75(64Oj. 689 (1972). Y. KITAYAMA, Digital void velocimeter, J. Nuclear Sri. Tech. (English) 9(10), 613 (1972). K. MIYABE, T. KATSUHARA, H. HAMANO and S. MITSUNAGA. Measurements of thermo-physical properties for a thin and little specimen-cornea and materials for contact lens, Bull. Kyushu Inst. Tech. 24, 37 (1972). Y. OKAMOTO. J. HANAwAand H. KAWAMURA, Characteristics and application of thin-film thermal sensor, J. Japan Sot. Mech. Engrs 75(639), 498 (1972). K. TANUM;, Measurements of heat flow during frost heavine. Low Temp. Sri.. Hokkaido Univ. 29A, 231 (1972).-’ . T. UEMURA, EMF of thermocouple exposed to unsteady temperature and its response characteristic, Trans. Japan Sot. Mech. Engrs 38(316), 3178 (1972). F. YAMASHITA and H. INOUE, Measurement of bubble size by platinum wire, Chem. Engng, Japan 36(7). 793 (1972). PACKED
AND
Y. HAYASHI, E. HIRAI and
FLUIDIZED
BEDS
M. OKUBO, Volumetric
film
MORI
coefficients in cross-flow cooling towers-eliminator type packing, Chem. Engng, Japan 36(12), 1346 (1972). Y. HAYASHI, E. HIRAI and H. SU~YOSI-II,Estimation of the concentrationdistributionincross-flowabsorptiontowers. J. Chem. Engng Japan (English) 5(2), 137 (1972). H. KATAOKA and T. MIYAUCHI. Effect of physical properties and of turbulence on the rate coefficient of mass transfer at the free surface of agitated vessels in turbulent region. Chem. Engng, Japan g(8), 888 (1972). T. KATAOKA, H. YOSHIDA and K. UEYAMA. Mass transfer in laminar region between liquid and packing material surface in the packed bed, J. Chem. Engng. Japan (English) 5(2). 132 (1972). T. MIYAUCHI, Film coefficient of mass transfer between fluid and particles in dilute sphere-packed beds. Chem. Engng, Japan 36(6), 633 (1972). T. MIYAUCHI, Limiting Sherwood number for dilute spherepacked beds, J. Chem. Engng Japan (English) 5(3), 303 (1972). S. MORI and I. MUCHI, Heat transfer coefficient between solid particles and gas in fluidized bed, Chem. Enqnq. Japan 36(10), 1130 (1972). S. TEZUKA, Performance of aqueous film type cooling tower packing and a dimensionless equation, Trans. Japan Sot. Mech. Engrs 38(314), 2648 (1972). R. TOEI, T. MATSUNO, H. HOTTA, M. OISHI and Y. FUJINE, The capacitance effect on the transfer of gas or heat between a bubble and the continuous phase in a gassolid fluidized bed, J. Chem. Engng, Japan 5(3), 273 (1972). RADIATION R. ECHIGO and S. HASEGAWA, Radiative heat transfer by flowing multiphase medium (Part 1, An analysis on heat transfer of laminar flow between parallel flat plates), Trans. Japan Sot. Mech. Engrs 38(313), 2290 (1972). R. ECHIGO, S. HASEGAWA and H. TAMEHIRO, Radiative heat transfer by flowing multiphase medium (Part 2, An analysis on heat transfer of laminar flow in a starting section of circular tube). Trans. Japan Sot. Mech. Engrs 38(313), 2299 (1972). R. ECHIGO. S. HASEGAWA, E. TAKECHI and Y. OKAMOTO, Radiative heat transfer by solid suspension laminar flow with radiating fluid in a circular tube with constant wall temperature, J. Atomic Energy Sot. Japan 14(12). 661 (1972). K. FUKUDA, R. ECHIGO and S. HASEGAWA, An analytical stydy on simultaneous radiative and free convective heat transfer, Trans. Japan Sot. Mech. Engrs 38(315), 2873 (1972). S. HASEGAWA, R. ECHIGO, Y. MIYAZAKI, Y. TANAKA, H. TAKAHASHI and K. FUKUDA, An experimental study on simultaneous radiative and free convective heat transfer. Trans. Japan Sot. Mech. Engrs 39(317). 250 (1973). T. KUNI~OMO and S. NIINAI. Narrow band model parameters in carbon dioxide 2.7 micron band. Trans. Japan Sor. Mech. Engrs 38(312), 2109 (1972). H. MASUDA, Radiant heat transfer on circular-finned cylinders, Trans. Japan Sot. Mech. Engrs 38(316), 3229 (1972).
HEAT
TR’ANSFER
BIBLIOGRAPHY-JAPANESE
IL SAIDCIand W. H. GIEDT, Spectral transmission of 2.7 micron bands of nonisothermal H-0 and CO, at high temperatures, Trans. Japan Sot. hech. Ertgrs-38(31 i), 1790 (1972). N. SEKI and S. FUKUSAKO, Heat transfer in turbulent flow of a radiating optically thin gas between two-dimensional flat plates, Bull. Fat. Engng, Hokkaido Univ. 63,21(1972). N. Seru and S. FUKUSAICO,Heat transfer by thermal radiation and laminar forced convection to a radiating optically thin fluid in the thermal entrance-region of a pipe, Bull. Fat. Engng, Hokkaido Univ. 63,31(1972).
WORKS ROTATING
1801
SURFACES
H. KOYAMA,R. IZUMI and J. AKNAMA, Heat and mass transfer from rotating cone (3rd Report, On the vertically arranged sharp cone in a stationary cylinder), Trans. Japan Sot. Mech. Engrs 38(311), 1820 (1972). M. SAKAMOTO and S. FUKUI, Convective mass transfer in a rotating tube revolving about an axis Trans. Japan Sot. Mech. Engrs 38(309), H. TANAKAand 0. TAGO, Mass transfer sphere in air stream, Chem. Engng, Japan
parallel to itself, 1065 (1972).
from a rotating 37(2), 151(1973).