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Heat transfer bibliography—Japanese works
HEAT TRANSFER BIBLIOGRAPHY JAPANESE WORKS
YASUO MORI of Physical Engineering, Tokyo Institute of Technology, Tokyo, Japan
Department
APPLICATION
AND OUTLOOK
Fukuzawa and Y. Fujii-e, Influence of tmnsverse magnetic field of heat transport characteristics of potassium heat pipe, d. h’ucl, Sci. Tech. (En&h) 15(IO), 719 (1978). H. Ishikawa, S. Suhara, T. Abe and T. Takahashi, Thermal factors on maintaining the reliability of boiler tubes, Therm. Nucl. Power 29(259), 339 (1978). .I. Ito, K. Niida. K. Shiroko and ‘I. Umeda, Heat ava~~b~~~tyanalysis of distillation systems, K~~~~~ Klutz ~~)~b~~ns~~~ (ifruns. C.&t. ~~~g~~.Jupan) S(l), I (1979). H. Nei, Evaluation of heat transfer tube failure propagation due to sodium-..water reaction in steam generator,.l.-ihu’ucl, Sci. Tech. (English) 15(3). 192 (19781. K. Nishikawa~ Y. Fuj{ta and H. &a, Availability accounting of steam boilers. Mem. Fuc. Engng, Kyushu Univ. (English) 38(4), 397 (1978). K. Nishika~d, Y. Fujita and H. Ota, Availability accounting of steam power plant. Rip. Res. inst. lnd. Sci. Kyushu Y.
Unit:. 67,7
[ I978).
M. Sate, F. Ikazaki and S. Toyama, Characteristics of a multistage flash evaporator to de-salt sea water in partial load operation, Kagaku Kogaku Ronbunshu (Trans. Chem. Engng. Japun) 4(4). 342 (1978). S. Shibayama and S. Morooka,
Study on heat pipe (2nd repurt, Heat transfer mechanism in the evaporator zone of heat pipe). Trtrns. fopan. Snc. jWech. Engrs 45(389), 110 (1979).
K. Shinohara and A. Yasuda, Heat transfer of particles in pneumatic escalator. J. Chem. Engng, Japan (English) 11(4), 296 (1978). T. Yoshida, Y. Kousaka, K. Okuyama and F. Nomura, Application of particle enlargement by condensation to indusrriai dust collection, J. Cirerir. Etlyng Japan {English) I1 (61,469 (1978). CHANGE
-
OF PHASE
H. Aoki, Y. Kurosaki and H. Anzai, Study on the tubular pinch effect in a pipe Row (1st report, Motion of a single particfe), Trans. ftrl”m. &c. Mech. Engrs 44(382), 2026
(1978). 7’. Fujii, K. Mihara and Y. Kato. Forced convection condensation in the presence of noncondensables and superheating (2nd report, Proposals of new expression and a simple calculation method), Trctns. Japan. Sot. Me&. Engrs 44(385), 3 154 (1978). T. Fujii and T. Tsuji, A closed form solution of a melting problem with heat generation by viscous friction, Rep. Res. Inst. I&. Sci. Ki;usiiti Unio. 68, SP (1978). T. Fujii and T. Tsuji, An approximate analysis of a melting problem of a slab with heat generation by viscous friction, Rep. Res. Ins~. Ind. Sci. Kyushu Univ. 68, 75 (1978). T. Fujii. H. Uehara, K. Mihara and II. Takashima, Body force convection condensation in the presence of noncondensables, Rep. Rex fnsr. lrd. Sci. X~‘ushu Univ. 67, 23 (1978). Y. Hagihara. Evaporation from binary mixture under a high vacuum, Kaguku Kngaku Ronbunshu (Trans. Chem. Engrrg, Jlcpun) 4(4), 337 (1978). S. Hirasawa, K. Hijikata. Y. Mori and W. Nakayama, Effect of surface tension on laminar film condensation
(study of condensate film in a small groove), Truns. Jupan. 44(382), 2034 (1978). H. Honda and T. Fujii, Laminar filmy condensation on vertical grooved surfaces, Trans. Japan. Snc. &f&r. Enyrs 44(383f, 2411 (1978). D. Hoshino, K. Nagahama and M. Wirata, Prediction of the latent heats of vaporization of alkanes at the normal boiling points by the group contribution method. J. Chert2. Eng~~, Japutz (~n~~s~) II@), 403 (1978). M. fto and H. Kimura, Boiling heat transfer and pressure drop in beat transfer tube with internal spiral grooves. Trans. Japan. Sot. Me&. Engrs 45(389), 118 (1979). C. Kaito, Coalescence growth of smoke particles prepared by a gas-evaporation technique, Jnpc~i. J. Appl. Phys. (English) 17(4), 601 (1978). M. Kaji, T. Fujitani, S. Takdi, H. Shiho and S. Ishigai, Heat transfer and pressure drop in horizontal tubes with sup~critical water, Terh. Rept. Osaka Unir. (English) 28(1420), 234 (197%). Y. Katto and K. fshii, Burnout in a high heat flux boiling system with a forced supply of liquid through a plane jet, Trans. Japan. Sot. Mech. Engrs 44(384), 2817 (1978). Y. Kikuchi and K. Haga, Incipient boiling of sodium in seven-pin bundle under forced convection conditions, d. i\iuci. Sci. Tech. (English) I5(7), 533 flP781. K. Nakamura and T. Watanabe, Investigation of the Row in an agitated thin film evaparator, Kayaku Koguku Ronbunshu (Trans. Chem. Engng, Japan) 4(4), 350 (197X). K. Nozawa, Fusion of cylindrical ice (heat transfer of cylindrical ice in the horizontal wind tunnel). ~~~~~~ Kogaku Ronbunshu (Trans. Chem. Engng, 3rrpuj1) 4(3), 325 (1978). M. Okazaki, Analysis for pressure oscillation pbeno~~ena induced by steam condensation in containment with pressure suppression system--l. Model and analysis for experimental conditions of marviken reactor, J. Nircl. Sci. Tech. (English) 16(l), 30 (1979). Y. Onishi, Kinetic theory treatment of nonlinear half-soace problem of evaporation and condensation, 3. Phrs. ‘Sot. Jan~~tan iEngIishi 46fli. 303 tfP791. Y.‘So&, Kinetic theory of evaporation and ~ndensat~on (linear and nonlinear problems), J. Phys. SW. Jupun (English) 45(l), 315 (1978). Y. Sone and Y. Onishi, Kinetic theory of evaporation and condensation (hydr~ynamic equation and slip boundarv condition, J. Phys. Sec. Japan (English) 44(e), 1981 (197X).M. Suzuki, I. Nishiwaki and M. Akivama. Exnerimental and analytical study on ebuliition phenomena of superheated water droplets (under the transient superheated conditions), Trurrs. Japan. Snc. Meek. Engrs 4413813, 1663 Sot. Mech. Engrs
I_
,
.
(1978).
H. Yamabe, K. Ito, A. Kato and T. Hasegawa, Twodimensional steady solidification problem of a moving liquid medium, Bulf. NG~QJVJ fnsr. irfch. 29,269 (1977). TWO PHASE FLOW T. Aihara, M. Taga and T. Hara~uchi, Convective heat transfer from a wedge surface in air- water mist flows (1st report. Experimental study of a wedge in a two-dimensional jet flow), Trans. Japan. Sot. Mech. Engrs 44(379), 1004 (1978).
123
134
Y. MORI
F, Hara and T. Yamashita, Parallel two-phase-flowniduccd vibrations in fuel pin model. .1. N~rcl. Sci. Trcl~ (Lnglish) 15(5). 346 (lY78). H. Hashirnoto and T. Matsuya. Experimental study of twophase swirling flow in a short vortex chamber, Trans. .lir~~~~u. Sot. .Zlrc,/i. Engrs 44(387). 3X09 (1978). H Hihitx. K. Ishimi. Y. Omotehara and T. Fukase, Mass transfer into turbulent gas streams in wetted-wall columns wlth cocurrcnt and countercurrent gas liquid few. ./. C‘/lcf,r. f;t~yrtg. Jrlpcor (English) 11(Z). 96 (197X). S. IHinata. 0. Kuga, K. Kobayashi and T. Inoue. Diffusion of bubbles in two-phase-flow (2nd report, diffusion of a single bubble and eddy diffusivity of heat in single-phase turbulent flow ). Trans. Juparl. Sac,. Much. Engrs 44(3X6). 3526 (I 97X). K. Hori, M. Nakasatomi, K. Nishikawa and K. Sekoguchi, On ripple of annular two-phase flow (3rd report, Effect of liquid viscosity on characteristics of wave and interfacial friction factor), 7t~r1.s. .Japun. SW. Mech. Elrgrs 44(3X7). 3x47 ( 197X). S. Matsumoto, S. Ohnishi and S. Maeda, Heat transfer to vertical gas solid suspension Rows. .I. Chum. Etlgng, Jupun {English) 11(Z). 89 (1978). H. Matsumura and H. Ide, Studies on two-phase gas-~liquid flow in Irectangular channels (Report 4, Considerations on the correlations of frictional pressure drop). Rex. Rept. Fat,. Engry, k’ifyoshiriltr C:nir. 20, 35 (197X). H. Matsumura and H. Ide, Studies on two-phase gas- liquid lloa in rectangular chanuels (Report 5, A study of the correlation of frictional pressure drop). Rrs. Rep. Fw. 13‘1y11
HEAT CONDUCTIOPU‘ I. Ikushima, Equivalent thermal conductivity for onedimensional channel thermal calculation of multi-hole type HTGR fuel. .I. Atom. Enrrgy SW. Jupuf7 20( I I ), 69 (1978). N. Inai, Investigation of multilayer insulation (2nd report, Experimental investigation), Trans. Japan. SW. Mech. Engrs 44(385), 3116 (1978). K. Kate, M. Maeno and S. Hasuko. The lateral effective thermal conductivity in a packed fluidized bed, J. Chem. En~gy. Jtrpun (English) 12(l). 3X (1979).
M. Kiyota and K. Urakawa, NumerIcal methods of hear conduction problem with phase change. SC,;. I>clpcr-\ F(L(,. L,‘ifyng TokusAimcr C:nif,. 23. I07 (I 97X). V. M. Mathur. J. D. Sin&h and W. M. Fitzgerald. Estimation of thermal conductivity of liquid hydrocarbons. J. C11en1.Enylzg, Japun (English) 11( I ), 67 ( 197X). H. Shimomura and Y. Okamoto. Heat transfer characteristics of horizontal annular insulation. .I. .~lto~u. Er~uq~~ SW. Jnpan 20(X). 53 (197X). M. Shoji. A numerical method for heat conduction with change of phase, Trrrnv. Juptrr7. Sot. Arch. Engr.\ 44(3X1 ). 1624 (1978). M. Shoji, Study on an inverse problem of transient heat condu&on. Trorrs. Jupun. SM. Mrch. Emgrs 44(3X 1). I633 (1978). S. Sugiyama and M. Hasatani, Unsteady heat conduction accompanied by an endothermic, Mejtr. Ftrc. EII,~II~. Nugo~u d’nir. (English) 30(l). 110(1978). K. Urakawa and M. Kiyota, Numerical methods of heat conduction problems with phase change. Sc,i. Ptrp<,r.~ Fuc. Et7gng Tokushimu C;nir. 23. 107 (197X). E. Yamada and K. Takahashi, Effective thermal conductivity of suspension (2nd report, Effectiveness of coating and the arrangement of particles), Trurts. Jupun. SW. Me%. Engrs 44(3X1), I644 (197X). J. Yata and T. Minamiyama, An equation for thermal conductivity of water and steam. Truns. .Irrpun. Sot,. .2lrch. Engrs 45(3X9). 99 (1979). FORCED CONVECTION K. Hatta, K. Ooyama and T. Oyama. Confluence of air flows with different temperatures. Trtrns. Jtrp~ln. Sot,. ,Mcch. Engrs 44(385). 3094 (197X). M. Hiwada, T. Taguchi, 1. Mabuchi and M. Kumada, Fluid flow and heat transfer around two different circular cylinders in crossflow, Tr~n.5. Jupm. Sock.hfc~ch.Eqrs 44(3X53, 3 134 (1978). N. lsshiki and T. Kashiwagi, Heat transfer of the critical air flow in a nozzle (2nd report. Experimental study on heat transfer of the critical air flow in a nozzle with parallel walls), Ttwzs. Jupan. SW. Mech. Et7grs 44(387), 3838 ( 1978). K. Karashima and K. Nakahashi, The effect of chemical reactions of the injected gas on the aerodynamic heating to the blunt bodies. R~rll. Ins!. Sptrc,c .Ierorrclul. %I.. L’r~ir. Tok!~o 14(4), 1II I (197X). T. Kashiwagi. N. lsshiki and Y. Kurosaki, Heat transfer of the critical air flow in a nozzle (1st report. Numerical study on heat transfer of the critical air tloh in a nozzle with parallel walls), Trctt7.s Jupuff. SW Mrch. Etlgr\ 44(3X1 ). 1653 (197.X). H. Konno. M. Kuriyama, M. Asano and E. Harada, Heat transfer from circular pipes under corona discharge, Kuyuku Koytdiu Ronhurd~tr (Trum. Chrw. Engr7g. Jupan) 4(4), 366 (1978). S. Mori, T. lnoue and A. Tanimoto, Heat transfer to laminar flow between parallel plates with interfacial heat generation, .I. Ckon. Engng. JNPLI/I (English) II(Z). X3 (1978). H. Nakamura, A. Matsuura, J. Kiwaki, N. Matsuda, S. Hiraoka and I. Yamada, The effect of variable viscosity on laminar flow and heat transfer in rectangular ducts, d. Chern. Engng. Japan (English) 12(l), I4 (I 979). N. Numata, N. Nishiwaki and A. Tsuchida, Heat transfer at separated zone with slit injection. Tc~h. Rcpf Seikei I:triv. 25, 1745 (197X). I. Okochi, K. Izumi, Y. Mukai and A. Tom&, Characteristics of flow pattern and heat transfer in titanium corrugated tubes, Therm. NW/. Poww 29(266), 73 (197X). NATURAL
CONVECTION
R. Echigo, S. Hasegawa. S. Tottori, Y. Okamoto and H. Shimomura, Studies on thermal insulation for a horizontal annulus at high temperature and high pressures (1st report.
Heat transfer Free convection in a horizontal annulus with constant wall temperature), Truns. Japan. Sot. Mech. Engrs 45(389), 91 (1979). T. Fujii, M. Fujii and T. Matsunaga, Laminar free convection around a horizontal cylinder (Finite difference solution in the range of moderate Grashof numbers), Trans. Japun. Sot. Mech. Engrs 44(387), 3826 (1978). T. Fuiii. M. Fuiii. H. Tanaka and S. Fuiivama, Laminar free convective heat transfer from a vert& surface with uniform heat flux to air. Truns. Japan. Sot. Mech. Engrs 44(387), 3832 (1978). N. Heya, M. Takeuchi and T. Fujii, Influence of surface roughness on natural convection heat transfer from a horizontal cylinder, Truns. Japun. Sot. Mrch. Engrs 44(384), 2789 (1978). T. Ito, H. Yamashita and K. Nishikawa, A problem of stability on natural convection, Mem. Fuc. Engng, Kyushu C’nir. (English) 38(l), 45 (1978). S. Kikkawa and T. Ohnishi, Unsteady combined forced and natural convective heat transfer from horizontal circular and elliptic cylinder. Sci. Engrrg Repr Doshisha Unit. 19(2), 122 (1978). K. Kikuchi, Influence of high voltage direct current electric field on natural convection heat transfer (1st report, Experiment). Truns. Jnpun. SW. Mech. Engrs 44(384), 2808 (1978). M. Nakajima, K. Fukui, H. Ueda and T. Mizushina, Developing combined free and forced laminar convection between vertical parallel plated with constant wall temperature, J. Chem. Engng, Japun (English) 11 (l), 19 (1978). H. Nakamura, A. Matsuura, J. Kiwaki, S. Hiraoka and I. Yamada, Numerical solutions for combined free and forced laminar convection in horizontal rectangular ducts by conjugate gradient method, J. Chrm. Engng, Japan (English) 11(S), 354 (1978). H. Nakamura, A. Matsuura, J. Kiwaki, S. Hiraoka and I. Yamada, Experimental study on heat transfer of combined free and forced laminar convection in thermal entrance region of horizontal rectangular ducts, J. Chew Engng, Jupan (English) 11(6), 438 (1978). H. Ozoe, N. Sato and S. W. Churchill, Experimental confirmation of computed, three-dimensional streaklines for natural convection in an inclined rectangular enclosure, Kugaku Koyuku Ronhunshu (Truns. Chem. Engng, Jupan) 5(l), I9 (1979). K. Rashid and S. Kuwabara. Natural convection in a confined region between two horizontal ducts for variable fluid properties, J. Phys. SW. Japun (English) 45(6), 2121 (1978). K. Rasid and S. Kuwabara. Natural convection in a confined region between two concentric square ducts, J. Phya. SW. Jupun (English) 45(6), 2014 (1978). MASS TRANSFER
K. Fujinawa, M. Hozawa and N. Imaishi, Effects of desorption and absorption of surface tension-lowering solutes on liquid-phase mass transfer coefficients at a turbulent gas-liquid interface, J. Chem. Engng, Japan (English) 11(2), 107 (1978). S. Fukushima and K. Kusaka, Boundary of hydrodynamic flow region and gas-phase mass-transfer coefficient in packed column with cocurrent downward flow, J. Chem. Engng, Japan (English) 11(3), 241 (1978). S. Fukushima, K. Kusaka and S. Ishii, Mass transfer on multi-strings of touching spheres, J. Chetn. Engng, Jupun (English) 11(l), 33 (1978). H. Hikita, K. Ishimi and N. Sohda, Mass transfer into laminar gas streams in wetted-wall columns (cocurrent gas--liquid flow with circulation in gas phase), J. Chem. Engng, Japan (English) 12(l), 68 (1979). M. Ide, Y. Matsuyama, J. Mada and H. Shinohara, Mechanism of liquid phase mass transfer in liquid jet containing small slute bubbles, Kugaku Koguku Ronbunshu (Trans. Chem. Engng, Japan) 4(3), 282 (1978).
125
bibliography
N. Mitsuishi, A. Yamanaka, H. Kumamaru and H. Kawakami. Laminar mass transfer coefficients in a hydrogen window for a D-T fusion reactor, J. Chem. Engng, Jupan (English) 11(l), 75 (1978). S. Mochizuki and T. Shiratori, Condensation heat transfer within a circular tube under centrifugal acceleration, Truns. Jupun. Sot. Mech. Engrs 44(383), 2420 (1978). Y. Ohna and T. Fukada, Heat transfer coefficient at the labyrinth seal of steam turbine rotor. Therm. .Yw/. P~o\~w 29(262), 640 (1978). K. Yamada, T. Chida, S. Yanahashi and T. Tadaki. Gas absorption through free surface of stirred liquid (analysis by the surface renewal model extended to unsteady state). Kagaku Kogaku Ronhunshu (Truns. Chrm. Emgmg. .Jtrpu~~) 5(l), 7 (1979). A. Yanauchi, S. Matsubayashi, T. Matsuo, K. Ishibashi. I. Takeuchi and H. Shinohara, An analysis for measured values of diffusion coefficients of three components in liquid phase, Tech. Rept Kyushu L’nic. 51(2), 171 (197X). LIQUID
METAL,
M.H.D. AND PLASM.4
S. Arai, Y. Tomita and K. Sudou, Flow of liquid metals in curved channels under a transversely applied magnetic field, Truns. Japan. SW. Mech. Engrs 44(385), 3076 (1978). H. Iguchi, Initial stage of turbulent heating of plasmas, J. Phys. Sot. Jupan (English) 45(4), 1364 (1978). J. Kobayashi, A numerical analysis of three-dimensional flow in entrance region of conduction type MHD channel. Trans. Japan. Sot. Mech. Engrs 44(383), 2343 (197X). H. Nagae, S. Inoue and Y. Fujii-e. Redistribution 01 gaseous phase of liquid metal two-phase Row in a strong magnetic field, J. Nucl. Sci. Tech. (English) 15(10). 729 (1978). H. Naitou, T. Kamimura and J. M. Dawson. Kinetic etlects on the convective plasma diffusion and the heat transport. J. Phys. Sot. Jupan (English) 46(l). 258 (1979). M. Saito, S. Inoue and Y. Fujii-e, Gas-liquid slip ratio and MHD pressure drop in two-phase liquid metal How in strong magnetic field, J. Nucl. Sci. Tech. (English) 15(7). 476 (1978). K. Sudou, Y. Tomita, Y. Matuzaki and T. Takami. Flow of liquid metals in annular channels under a transversely applied magnetic field, Truns. Jupan. Sot. Mwh. E+lrs 44(385). 3086 (1978). K. Sugiyama and R. Ishiguro, Heat transfer on a cylindrical surface across uniform flow of liquid sodium. Trtrns. Jupcrn. Sot. Mech. Engrs 44(386). 3506 (1978). M. Suzuki and A. Kanzawa, Charged particle density profiles in the cylindrical boundary-layer in thermal plasma flow, Kugaku Koguku Ronbunshu (Truns. Chcrn. Emqry. Japan) 5(l), 102 (1979). M. Wakatani. Electron heat transport in a Tokamak with helical perturbations, J. Phys. Sot. Japan (English) 44(4). 1350 (1978). RADIATION
M. Hiwada, H. Taguchi and T. Saito, The numerical analysis of heat transfer combined with radiation and convection (1st report,TheelTect oftwo-dimensional radiative transfer between isothermal parallel plates), Trum. Juptrn. Sot,. Mech. Engrs 44(385), 3124 (1978). H. Matsuda, Analysis of radiation heat transfer among specularly and diffusely reflecting curved surface, Trtrn\. Japan. Sot. Mech. Engrs 44(383), 2402 (197X). ROTATING N. Ashiwake
SURFACES
and W. Nakayama, Lammar heat transfer from an enclosed rotating disk, Truns. Jupclri. SIX,.. Mcc~li. Engrs 44(382), 2049 (1978). H. Konno, M. Asano, M. Kuriyama and E. Harada. Heat transfer from a rotating sphere, Kaguku Koguku Ronhrrnsh~r (Trans. Chem. Engng, Japan) 4(3). 221 (197X).
H. Koyama, S. Osawa and R. Izumi, rotating disk, Trurrs. Japntr. Sec. Me&. (1978). T. Sano and N. Dohara, The effect of stream and radial heat conduction on rotating disk. Trclns. .fapnrt. Sot. Me&. (1978).
Mass transfer from Engrs 44(379), 997 non-isothermal free heat transfer from a Engvs 44(379), 101 S
INSTABILITY
K. Fukuda and T. Kobori, Classification of two-phase flow instability by density wave oscillation model, J. NwI. Sci. Tech. (English) 15(2), 95 (1979). S. Nakanishi, S. ishigai, M. Ozawa, Y. Mizuta and H. Tarui. Flow instabilities in boiling channels (1st report, Pressure drop oscillation), Truns. Japut~ Sot. Mrck. Engrs 44(388), 4245 (1978). S. Naknnishi, S. Ishigai, M. Ozawa, Y. Mizuta and H. Tarui. Flow instabilities in boiling channels (2nd report, GeySering), Trms. dr~pm. kc. kfech. ~JKY 44(388), 4252 1197X!. 1. Sumida and T. Kawai. Theory of hydraulic stability of boiling channels (analysis of structure of problem), J. NW{. Sci. Tech. (English) 15(5). 323 (19%). A Suzuoki. Studies of thermal-hydrodynamic How instability (3rd report, Effect of interphase slip on boiling flow instability). Tots. dupatt. Sot. hltach. Engr.~ 44(379), 979 (1978). K. Takitani and T. Takemura. Density wave instability in once-through boiling flow systemI. Experiment, J. l~lrud. %i. Tuch. (English) IS(S). 355 (1978). K. Takitani.Density wave ‘instability in once-through boiling flow system II. Lumped parameter model with moving boundaries. .J. Nwi. Sci. Tech. (English) 15(6). 389 (1978). K. Takitani and K. Sakano, Density wave instability in once-through boiling flow system--III. Distributed parameter model. J. NW/. Sci. Tech. (English) 16(l). 16 (1979). TURBULENCE
twodimensiona1 turbulent boundary layer. T~LIW. .fuyrrr,. Sot. M&t. I% of high frequency fluctuations in a turbulent boundary layer, Tr0ns. Japcrn. Sec. Mech. Emgrs 44(382 1, 70 18( 1978). PACKED Ai’iD Fl.~~IDI%F:I> BEDS
Y. Kato, S. Ohshima, T. Kago and S. Morooka. Heat transfer from wall to packed and fluidired bed for gas-liquid cocurrent up-Rou, Kmg&r Kqclku RWI~MY/IU (Truns. Churn. Efrgng, Jupr~) 4(3). 328 ( 1978). K. Kamiuto, K. Kanamaru. T. Ando, R. Echigo and S. Hasegawa, Simultaneous convective and radiative heat transfer in a packed bed with high porosity (2nd report. Analysis taking account of two-dimensional propagation of thermal radiation), Trum. Jrrptrn. Sot. Mwlr. Eyr.c 44( 388 I, 4234 (1978). K. Kubo, T. Aratani, A. Mishima and T. Yano, Identttication of axial liquid mixing models for packed beds. .i. Chew. Engng, Jupun (English) 1 I (3), 234 (I 97X 1. K. Muroyama, K. Hashimoto, T. Kawabata and M. Shiotn. Axial liquid mixing in three-phase fuidizrd beds, ~~J~~~~~~~ Kffgukl~ Rffi?b~~~.~i~~ (Trum. firtwz. E~xgmg..Ic1pc7rrl 4(h). 622 (1978). K. Ohsasa, T. Tanahashi and M. Sanbuichi, Liquid mixing and pulsation properties of gas liquid upward cocurrent flow in packed beds, KU&II Kogaktr R(~~i~l~?~~~~fff (TJW.~. Chmr.Enply. Jupcm)4(3), 314 (1978). H. Shibuya, Y. Uraguchi and T. Miyauchi, EfTect of particle-size distribution on the axial dispersion of liquids in packed beds, Kagukll Kogdrr Ronhumhrr f Trrrrw. Chm. Engng, Jqm) 4(6), 615 (1978). MEASUREMENT
TECHNIQliES
S. Chiba, H. Tanimoto, T. Chiba and H. Kobayashi. Measurement of solid exchange between the bubble wake M. Fujii and T. Fujii, A numerical analysis on the turbulent and the emulsion phase in a three-dimensional gas-tluidised free convection (2nd report, Influences of length scale of bed. J. Chenr. Engng, Jcrpcm (English) 12(l), 33 (1979). turbulence, Prandtl number and heating condition at Walt). T. Fujii, S. Nozu and H. Honda. Expressions of thermctTrurts. Jupm. SM. Much. Engrs 44(384), 2797 (1978). dynamic and transport properties of refrigerants R-l 1, RY. Furuya, I. Nakamura and S. Yamashita, Experiments on 12, R-22 and R- 113.Rep. Rcs. Jc~st. Id. Sci. K,ws/u~ L’r~ir. a thick axisymmetric turbulent with decreasing radius in 67.43 ( 1978). the downstream direction, Tr~crs. .lupc~ Sot. Mech. K. fkemizu, S. Morooka and Y. Kate, ~~e~lsuren~cnts of E‘??<]ts44(X8). 4186 ( 1978). gas-liquid interfacial temperature in gas absorption with Y. Furuya. I. Nakamura and S. Yamashita, The laminar heat generation, Kugaku Kogakrr Ronhwd~~r (Trccr~s.Chm. and turbulent boundary layers on some rotating bodies in Engng. Jupcm) 4(5), 496 (I 97X). axial flows, MWI. Frrc. Engn+ Nugova L’nir. (English) M. Kamiwano and K. Ohya. Measurement of diffusion 30(l). I(l978). coefficient of low-molecular weight solute in highly! viscous M. Hishida, Y. Nagano and T. Shiraki, Structure of high-polymer solutions, Kugaku Kogaku Ror~htdt~t (‘Trms. turbulent temperature and velocity fluctuations in the Chem. Engrlg, Japan) 5( 1). 10.5( I Y79). thermal entrance region of a pipe, Trms. Jupuu. Sm. Mech. K. Muraoka and K. Nakatsuji, Measurements of turbulEngrr 44(3X5 J. 3 145 (1978). ence quantities in three-dimensional surface buoyant jet. Y. M. Kang and K. Suzuki, Numerical study of confined Tech. Rept Osaka L’uir. (English) 28(1425). 2XI (197X). jets--I. Prediction of Row pattern and turbulence quantities J. Ohsawa, T. Nishinaga and S. Uchiyama. Measurement of with a two-equation model of turbulence, Mw. Fur. Engng, specific heat of boron monophosphide by AC calorimetry, Kwrr, I;rtiv. (English) 40(2), 41 (1978). Jupon. J. Appl. Phjs. (English) 17(6), 1059 (1978). K. Komori, A. Iguchi and R. Izumi, Characteristics of fully Y. Okamoto. M. Nishikawa, K. Matsuda and K. developed turbulent flow and mass transfer in a square Me~~surcment of turb~lient ~~iffusi~~ilcoelhcicnts dust. K~gukli K~~guki4 R(~t~bi~~.~~u(Trmts. Chrm. ~~1~7~1~, Hashimoto. in mixing vcsseis. K~gc(ktr Ko<&rt R~~~f~t~li.~~7if (TV~ZIT\. ,lopm) 4[5), 478 (1978). Chem. E/~gmg../t/pm) 4(4), 355 (1978). M. Nisbi and Y. Senoo, Algebraic prediction method of
YASUO MORI of Physical Engineering, Tokyo Institute of Technology, Tokyo, Japan
Department
APPLICATION
AND OUTLOOK
Fukuzawa and Y. Fujii-e, Influence of tmnsverse magnetic field of heat transport characteristics of potassium heat pipe, d. h’ucl, Sci. Tech. (En&h) 15(IO), 719 (1978). H. Ishikawa, S. Suhara, T. Abe and T. Takahashi, Thermal factors on maintaining the reliability of boiler tubes, Therm. Nucl. Power 29(259), 339 (1978). .I. Ito, K. Niida. K. Shiroko and ‘I. Umeda, Heat ava~~b~~~tyanalysis of distillation systems, K~~~~~ Klutz ~~)~b~~ns~~~ (ifruns. C.&t. ~~~g~~.Jupan) S(l), I (1979). H. Nei, Evaluation of heat transfer tube failure propagation due to sodium-..water reaction in steam generator,.l.-ihu’ucl, Sci. Tech. (English) 15(3). 192 (19781. K. Nishikawa~ Y. Fuj{ta and H. &a, Availability accounting of steam boilers. Mem. Fuc. Engng, Kyushu Univ. (English) 38(4), 397 (1978). K. Nishika~d, Y. Fujita and H. Ota, Availability accounting of steam power plant. Rip. Res. inst. lnd. Sci. Kyushu Y.
Unit:. 67,7
[ I978).
M. Sate, F. Ikazaki and S. Toyama, Characteristics of a multistage flash evaporator to de-salt sea water in partial load operation, Kagaku Kogaku Ronbunshu (Trans. Chem. Engng. Japun) 4(4). 342 (1978). S. Shibayama and S. Morooka,
Study on heat pipe (2nd repurt, Heat transfer mechanism in the evaporator zone of heat pipe). Trtrns. fopan. Snc. jWech. Engrs 45(389), 110 (1979).
K. Shinohara and A. Yasuda, Heat transfer of particles in pneumatic escalator. J. Chem. Engng, Japan (English) 11(4), 296 (1978). T. Yoshida, Y. Kousaka, K. Okuyama and F. Nomura, Application of particle enlargement by condensation to indusrriai dust collection, J. Cirerir. Etlyng Japan {English) I1 (61,469 (1978). CHANGE
-
OF PHASE
H. Aoki, Y. Kurosaki and H. Anzai, Study on the tubular pinch effect in a pipe Row (1st report, Motion of a single particfe), Trans. ftrl”m. &c. Mech. Engrs 44(382), 2026
(1978). 7’. Fujii, K. Mihara and Y. Kato. Forced convection condensation in the presence of noncondensables and superheating (2nd report, Proposals of new expression and a simple calculation method), Trctns. Japan. Sot. Me&. Engrs 44(385), 3 154 (1978). T. Fujii and T. Tsuji, A closed form solution of a melting problem with heat generation by viscous friction, Rep. Res. Inst. I&. Sci. Ki;usiiti Unio. 68, SP (1978). T. Fujii and T. Tsuji, An approximate analysis of a melting problem of a slab with heat generation by viscous friction, Rep. Res. Ins~. Ind. Sci. Kyushu Univ. 68, 75 (1978). T. Fujii. H. Uehara, K. Mihara and II. Takashima, Body force convection condensation in the presence of noncondensables, Rep. Rex fnsr. lrd. Sci. X~‘ushu Univ. 67, 23 (1978). Y. Hagihara. Evaporation from binary mixture under a high vacuum, Kaguku Kngaku Ronbunshu (Trans. Chem. Engrrg, Jlcpun) 4(4), 337 (1978). S. Hirasawa, K. Hijikata. Y. Mori and W. Nakayama, Effect of surface tension on laminar film condensation
(study of condensate film in a small groove), Truns. Jupan. 44(382), 2034 (1978). H. Honda and T. Fujii, Laminar filmy condensation on vertical grooved surfaces, Trans. Japan. Snc. &f&r. Enyrs 44(383f, 2411 (1978). D. Hoshino, K. Nagahama and M. Wirata, Prediction of the latent heats of vaporization of alkanes at the normal boiling points by the group contribution method. J. Chert2. Eng~~, Japutz (~n~~s~) II@), 403 (1978). M. fto and H. Kimura, Boiling heat transfer and pressure drop in beat transfer tube with internal spiral grooves. Trans. Japan. Sot. Me&. Engrs 45(389), 118 (1979). C. Kaito, Coalescence growth of smoke particles prepared by a gas-evaporation technique, Jnpc~i. J. Appl. Phys. (English) 17(4), 601 (1978). M. Kaji, T. Fujitani, S. Takdi, H. Shiho and S. Ishigai, Heat transfer and pressure drop in horizontal tubes with sup~critical water, Terh. Rept. Osaka Unir. (English) 28(1420), 234 (197%). Y. Katto and K. fshii, Burnout in a high heat flux boiling system with a forced supply of liquid through a plane jet, Trans. Japan. Sot. Mech. Engrs 44(384), 2817 (1978). Y. Kikuchi and K. Haga, Incipient boiling of sodium in seven-pin bundle under forced convection conditions, d. i\iuci. Sci. Tech. (English) I5(7), 533 flP781. K. Nakamura and T. Watanabe, Investigation of the Row in an agitated thin film evaparator, Kayaku Koguku Ronbunshu (Trans. Chem. Engng, Japan) 4(4), 350 (197X). K. Nozawa, Fusion of cylindrical ice (heat transfer of cylindrical ice in the horizontal wind tunnel). ~~~~~~ Kogaku Ronbunshu (Trans. Chem. Engng, 3rrpuj1) 4(3), 325 (1978). M. Okazaki, Analysis for pressure oscillation pbeno~~ena induced by steam condensation in containment with pressure suppression system--l. Model and analysis for experimental conditions of marviken reactor, J. Nircl. Sci. Tech. (English) 16(l), 30 (1979). Y. Onishi, Kinetic theory treatment of nonlinear half-soace problem of evaporation and condensation, 3. Phrs. ‘Sot. Jan~~tan iEngIishi 46fli. 303 tfP791. Y.‘So&, Kinetic theory of evaporation and ~ndensat~on (linear and nonlinear problems), J. Phys. SW. Jupun (English) 45(l), 315 (1978). Y. Sone and Y. Onishi, Kinetic theory of evaporation and condensation (hydr~ynamic equation and slip boundarv condition, J. Phys. Sec. Japan (English) 44(e), 1981 (197X).M. Suzuki, I. Nishiwaki and M. Akivama. Exnerimental and analytical study on ebuliition phenomena of superheated water droplets (under the transient superheated conditions), Trurrs. Japan. Snc. Meek. Engrs 4413813, 1663 Sot. Mech. Engrs
I_
,
.
(1978).
H. Yamabe, K. Ito, A. Kato and T. Hasegawa, Twodimensional steady solidification problem of a moving liquid medium, Bulf. NG~QJVJ fnsr. irfch. 29,269 (1977). TWO PHASE FLOW T. Aihara, M. Taga and T. Hara~uchi, Convective heat transfer from a wedge surface in air- water mist flows (1st report. Experimental study of a wedge in a two-dimensional jet flow), Trans. Japan. Sot. Mech. Engrs 44(379), 1004 (1978).
123
134
Y. MORI
F, Hara and T. Yamashita, Parallel two-phase-flowniduccd vibrations in fuel pin model. .1. N~rcl. Sci. Trcl~ (Lnglish) 15(5). 346 (lY78). H. Hashirnoto and T. Matsuya. Experimental study of twophase swirling flow in a short vortex chamber, Trans. .lir~~~~u. Sot. .Zlrc,/i. Engrs 44(387). 3X09 (1978). H Hihitx. K. Ishimi. Y. Omotehara and T. Fukase, Mass transfer into turbulent gas streams in wetted-wall columns wlth cocurrcnt and countercurrent gas liquid few. ./. C‘/lcf,r. f;t~yrtg. Jrlpcor (English) 11(Z). 96 (197X). S. IHinata. 0. Kuga, K. Kobayashi and T. Inoue. Diffusion of bubbles in two-phase-flow (2nd report, diffusion of a single bubble and eddy diffusivity of heat in single-phase turbulent flow ). Trans. Juparl. Sac,. Much. Engrs 44(3X6). 3526 (I 97X). K. Hori, M. Nakasatomi, K. Nishikawa and K. Sekoguchi, On ripple of annular two-phase flow (3rd report, Effect of liquid viscosity on characteristics of wave and interfacial friction factor), 7t~r1.s. .Japun. SW. Mech. Elrgrs 44(3X7). 3x47 ( 197X). S. Matsumoto, S. Ohnishi and S. Maeda, Heat transfer to vertical gas solid suspension Rows. .I. Chum. Etlgng, Jupun {English) 11(Z). 89 (1978). H. Matsumura and H. Ide, Studies on two-phase gas-~liquid flow in Irectangular channels (Report 4, Considerations on the correlations of frictional pressure drop). Rex. Rept. Fat,. Engry, k’ifyoshiriltr C:nir. 20, 35 (197X). H. Matsumura and H. Ide, Studies on two-phase gas- liquid lloa in rectangular chanuels (Report 5, A study of the correlation of frictional pressure drop). Rrs. Rep. Fw. 13‘1y11
HEAT CONDUCTIOPU‘ I. Ikushima, Equivalent thermal conductivity for onedimensional channel thermal calculation of multi-hole type HTGR fuel. .I. Atom. Enrrgy SW. Jupuf7 20( I I ), 69 (1978). N. Inai, Investigation of multilayer insulation (2nd report, Experimental investigation), Trans. Japan. SW. Mech. Engrs 44(385), 3116 (1978). K. Kate, M. Maeno and S. Hasuko. The lateral effective thermal conductivity in a packed fluidized bed, J. Chem. En~gy. Jtrpun (English) 12(l). 3X (1979).
M. Kiyota and K. Urakawa, NumerIcal methods of hear conduction problem with phase change. SC,;. I>clpcr-\ F(L(,. L,‘ifyng TokusAimcr C:nif,. 23. I07 (I 97X). V. M. Mathur. J. D. Sin&h and W. M. Fitzgerald. Estimation of thermal conductivity of liquid hydrocarbons. J. C11en1.Enylzg, Japun (English) 11( I ), 67 ( 197X). H. Shimomura and Y. Okamoto. Heat transfer characteristics of horizontal annular insulation. .I. .~lto~u. Er~uq~~ SW. Jnpan 20(X). 53 (197X). M. Shoji. A numerical method for heat conduction with change of phase, Trrrnv. Juptrr7. Sot. Arch. Engr.\ 44(3X1 ). 1624 (1978). M. Shoji, Study on an inverse problem of transient heat condu&on. Trorrs. Jupun. SM. Mrch. Emgrs 44(3X 1). I633 (1978). S. Sugiyama and M. Hasatani, Unsteady heat conduction accompanied by an endothermic, Mejtr. Ftrc. EII,~II~. Nugo~u d’nir. (English) 30(l). 110(1978). K. Urakawa and M. Kiyota, Numerical methods of heat conduction problems with phase change. Sc,i. Ptrp<,r.~ Fuc. Et7gng Tokushimu C;nir. 23. 107 (197X). E. Yamada and K. Takahashi, Effective thermal conductivity of suspension (2nd report, Effectiveness of coating and the arrangement of particles), Trurts. Jupun. SW. Me%. Engrs 44(3X1), I644 (197X). J. Yata and T. Minamiyama, An equation for thermal conductivity of water and steam. Truns. .Irrpun. Sot,. .2lrch. Engrs 45(3X9). 99 (1979). FORCED CONVECTION K. Hatta, K. Ooyama and T. Oyama. Confluence of air flows with different temperatures. Trtrns. Jtrp~ln. Sot,. ,Mcch. Engrs 44(385). 3094 (197X). M. Hiwada, T. Taguchi, 1. Mabuchi and M. Kumada, Fluid flow and heat transfer around two different circular cylinders in crossflow, Tr~n.5. Jupm. Sock.hfc~ch.Eqrs 44(3X53, 3 134 (1978). N. lsshiki and T. Kashiwagi, Heat transfer of the critical air flow in a nozzle (2nd report. Experimental study on heat transfer of the critical air flow in a nozzle with parallel walls), Ttwzs. Jupan. SW. Mech. Et7grs 44(387), 3838 ( 1978). K. Karashima and K. Nakahashi, The effect of chemical reactions of the injected gas on the aerodynamic heating to the blunt bodies. R~rll. Ins!. Sptrc,c .Ierorrclul. %I.. L’r~ir. Tok!~o 14(4), 1II I (197X). T. Kashiwagi. N. lsshiki and Y. Kurosaki, Heat transfer of the critical air flow in a nozzle (1st report. Numerical study on heat transfer of the critical air tloh in a nozzle with parallel walls), Trctt7.s Jupuff. SW Mrch. Etlgr\ 44(3X1 ). 1653 (197.X). H. Konno. M. Kuriyama, M. Asano and E. Harada, Heat transfer from circular pipes under corona discharge, Kuyuku Koytdiu Ronhurd~tr (Trum. Chrw. Engr7g. Jupan) 4(4), 366 (1978). S. Mori, T. lnoue and A. Tanimoto, Heat transfer to laminar flow between parallel plates with interfacial heat generation, .I. Ckon. Engng. JNPLI/I (English) II(Z). X3 (1978). H. Nakamura, A. Matsuura, J. Kiwaki, N. Matsuda, S. Hiraoka and I. Yamada, The effect of variable viscosity on laminar flow and heat transfer in rectangular ducts, d. Chern. Engng. Japan (English) 12(l), I4 (I 979). N. Numata, N. Nishiwaki and A. Tsuchida, Heat transfer at separated zone with slit injection. Tc~h. Rcpf Seikei I:triv. 25, 1745 (197X). I. Okochi, K. Izumi, Y. Mukai and A. Tom&, Characteristics of flow pattern and heat transfer in titanium corrugated tubes, Therm. NW/. Poww 29(266), 73 (197X). NATURAL
CONVECTION
R. Echigo, S. Hasegawa. S. Tottori, Y. Okamoto and H. Shimomura, Studies on thermal insulation for a horizontal annulus at high temperature and high pressures (1st report.
Heat transfer Free convection in a horizontal annulus with constant wall temperature), Truns. Japan. Sot. Mech. Engrs 45(389), 91 (1979). T. Fujii, M. Fujii and T. Matsunaga, Laminar free convection around a horizontal cylinder (Finite difference solution in the range of moderate Grashof numbers), Trans. Japun. Sot. Mech. Engrs 44(387), 3826 (1978). T. Fuiii. M. Fuiii. H. Tanaka and S. Fuiivama, Laminar free convective heat transfer from a vert& surface with uniform heat flux to air. Truns. Japan. Sot. Mech. Engrs 44(387), 3832 (1978). N. Heya, M. Takeuchi and T. Fujii, Influence of surface roughness on natural convection heat transfer from a horizontal cylinder, Truns. Japun. Sot. Mrch. Engrs 44(384), 2789 (1978). T. Ito, H. Yamashita and K. Nishikawa, A problem of stability on natural convection, Mem. Fuc. Engng, Kyushu C’nir. (English) 38(l), 45 (1978). S. Kikkawa and T. Ohnishi, Unsteady combined forced and natural convective heat transfer from horizontal circular and elliptic cylinder. Sci. Engrrg Repr Doshisha Unit. 19(2), 122 (1978). K. Kikuchi, Influence of high voltage direct current electric field on natural convection heat transfer (1st report, Experiment). Truns. Jnpun. SW. Mech. Engrs 44(384), 2808 (1978). M. Nakajima, K. Fukui, H. Ueda and T. Mizushina, Developing combined free and forced laminar convection between vertical parallel plated with constant wall temperature, J. Chem. Engng, Japun (English) 11 (l), 19 (1978). H. Nakamura, A. Matsuura, J. Kiwaki, S. Hiraoka and I. Yamada, Numerical solutions for combined free and forced laminar convection in horizontal rectangular ducts by conjugate gradient method, J. Chrm. Engng, Japan (English) 11(S), 354 (1978). H. Nakamura, A. Matsuura, J. Kiwaki, S. Hiraoka and I. Yamada, Experimental study on heat transfer of combined free and forced laminar convection in thermal entrance region of horizontal rectangular ducts, J. Chew Engng, Jupan (English) 11(6), 438 (1978). H. Ozoe, N. Sato and S. W. Churchill, Experimental confirmation of computed, three-dimensional streaklines for natural convection in an inclined rectangular enclosure, Kugaku Koyuku Ronhunshu (Truns. Chem. Engng, Jupan) 5(l), I9 (1979). K. Rashid and S. Kuwabara. Natural convection in a confined region between two horizontal ducts for variable fluid properties, J. Phys. SW. Japun (English) 45(6), 2121 (1978). K. Rasid and S. Kuwabara. Natural convection in a confined region between two concentric square ducts, J. Phya. SW. Jupun (English) 45(6), 2014 (1978). MASS TRANSFER
K. Fujinawa, M. Hozawa and N. Imaishi, Effects of desorption and absorption of surface tension-lowering solutes on liquid-phase mass transfer coefficients at a turbulent gas-liquid interface, J. Chem. Engng, Japan (English) 11(2), 107 (1978). S. Fukushima and K. Kusaka, Boundary of hydrodynamic flow region and gas-phase mass-transfer coefficient in packed column with cocurrent downward flow, J. Chem. Engng, Japan (English) 11(3), 241 (1978). S. Fukushima, K. Kusaka and S. Ishii, Mass transfer on multi-strings of touching spheres, J. Chetn. Engng, Jupun (English) 11(l), 33 (1978). H. Hikita, K. Ishimi and N. Sohda, Mass transfer into laminar gas streams in wetted-wall columns (cocurrent gas--liquid flow with circulation in gas phase), J. Chem. Engng, Japan (English) 12(l), 68 (1979). M. Ide, Y. Matsuyama, J. Mada and H. Shinohara, Mechanism of liquid phase mass transfer in liquid jet containing small slute bubbles, Kugaku Koguku Ronbunshu (Trans. Chem. Engng, Japan) 4(3), 282 (1978).
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METAL,
M.H.D. AND PLASM.4
S. Arai, Y. Tomita and K. Sudou, Flow of liquid metals in curved channels under a transversely applied magnetic field, Truns. Japan. SW. Mech. Engrs 44(385), 3076 (1978). H. Iguchi, Initial stage of turbulent heating of plasmas, J. Phys. Sot. Jupan (English) 45(4), 1364 (1978). J. Kobayashi, A numerical analysis of three-dimensional flow in entrance region of conduction type MHD channel. Trans. Japan. Sot. Mech. Engrs 44(383), 2343 (197X). H. Nagae, S. Inoue and Y. Fujii-e. Redistribution 01 gaseous phase of liquid metal two-phase Row in a strong magnetic field, J. Nucl. Sci. Tech. (English) 15(10). 729 (1978). H. Naitou, T. Kamimura and J. M. Dawson. Kinetic etlects on the convective plasma diffusion and the heat transport. J. Phys. Sot. Jupan (English) 46(l). 258 (1979). M. Saito, S. Inoue and Y. Fujii-e, Gas-liquid slip ratio and MHD pressure drop in two-phase liquid metal How in strong magnetic field, J. Nucl. Sci. Tech. (English) 15(7). 476 (1978). K. Sudou, Y. Tomita, Y. Matuzaki and T. Takami. Flow of liquid metals in annular channels under a transversely applied magnetic field, Truns. Jupan. Sot. Mwh. E+lrs 44(385). 3086 (1978). K. Sugiyama and R. Ishiguro, Heat transfer on a cylindrical surface across uniform flow of liquid sodium. Trtrns. Jupcrn. Sot. Mech. Engrs 44(386). 3506 (1978). M. Suzuki and A. Kanzawa, Charged particle density profiles in the cylindrical boundary-layer in thermal plasma flow, Kugaku Koguku Ronbunshu (Truns. Chcrn. Emqry. Japan) 5(l), 102 (1979). M. Wakatani. Electron heat transport in a Tokamak with helical perturbations, J. Phys. Sot. Japan (English) 44(4). 1350 (1978). RADIATION
M. Hiwada, H. Taguchi and T. Saito, The numerical analysis of heat transfer combined with radiation and convection (1st report,TheelTect oftwo-dimensional radiative transfer between isothermal parallel plates), Trum. Juptrn. Sot,. Mech. Engrs 44(385), 3124 (1978). H. Matsuda, Analysis of radiation heat transfer among specularly and diffusely reflecting curved surface, Trtrn\. Japan. Sot. Mech. Engrs 44(383), 2402 (197X). ROTATING N. Ashiwake
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and W. Nakayama, Lammar heat transfer from an enclosed rotating disk, Truns. Jupclri. SIX,.. Mcc~li. Engrs 44(382), 2049 (1978). H. Konno, M. Asano, M. Kuriyama and E. Harada. Heat transfer from a rotating sphere, Kaguku Koguku Ronhrrnsh~r (Trans. Chem. Engng, Japan) 4(3). 221 (197X).
H. Koyama, S. Osawa and R. Izumi, rotating disk, Trurrs. Japntr. Sec. Me&. (1978). T. Sano and N. Dohara, The effect of stream and radial heat conduction on rotating disk. Trclns. .fapnrt. Sot. Me&. (1978).
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K. Fukuda and T. Kobori, Classification of two-phase flow instability by density wave oscillation model, J. NwI. Sci. Tech. (English) 15(2), 95 (1979). S. Nakanishi, S. ishigai, M. Ozawa, Y. Mizuta and H. Tarui. Flow instabilities in boiling channels (1st report, Pressure drop oscillation), Truns. Japut~ Sot. Mrck. Engrs 44(388), 4245 (1978). S. Naknnishi, S. Ishigai, M. Ozawa, Y. Mizuta and H. Tarui. Flow instabilities in boiling channels (2nd report, GeySering), Trms. dr~pm. kc. kfech. ~JKY 44(388), 4252 1197X!. 1. Sumida and T. Kawai. Theory of hydraulic stability of boiling channels (analysis of structure of problem), J. NW{. Sci. Tech. (English) 15(5). 323 (19%). A Suzuoki. Studies of thermal-hydrodynamic How instability (3rd report, Effect of interphase slip on boiling flow instability). Tots. dupatt. Sot. hltach. Engr.~ 44(379), 979 (1978). K. Takitani and T. Takemura. Density wave instability in once-through boiling flow systemI. Experiment, J. l~lrud. %i. Tuch. (English) IS(S). 355 (1978). K. Takitani.Density wave ‘instability in once-through boiling flow system II. Lumped parameter model with moving boundaries. .J. Nwi. Sci. Tech. (English) 15(6). 389 (1978). K. Takitani and K. Sakano, Density wave instability in once-through boiling flow system--III. Distributed parameter model. J. NW/. Sci. Tech. (English) 16(l). 16 (1979). TURBULENCE
twodimensiona1 turbulent boundary layer. T~LIW. .fuyrrr,. Sot. M&t. I%
Y. Kato, S. Ohshima, T. Kago and S. Morooka. Heat transfer from wall to packed and fluidired bed for gas-liquid cocurrent up-Rou, Kmg&r Kqclku RWI~MY/IU (Truns. Churn. Efrgng, Jupr~) 4(3). 328 ( 1978). K. Kamiuto, K. Kanamaru. T. Ando, R. Echigo and S. Hasegawa, Simultaneous convective and radiative heat transfer in a packed bed with high porosity (2nd report. Analysis taking account of two-dimensional propagation of thermal radiation), Trum. Jrrptrn. Sot. Mwlr. Eyr.c 44( 388 I, 4234 (1978). K. Kubo, T. Aratani, A. Mishima and T. Yano, Identttication of axial liquid mixing models for packed beds. .i. Chew. Engng, Jupun (English) 1 I (3), 234 (I 97X 1. K. Muroyama, K. Hashimoto, T. Kawabata and M. Shiotn. Axial liquid mixing in three-phase fuidizrd beds, ~~J~~~~~~~ Kffgukl~ Rffi?b~~~.~i~~ (Trum. firtwz. E~xgmg..Ic1pc7rrl 4(h). 622 (1978). K. Ohsasa, T. Tanahashi and M. Sanbuichi, Liquid mixing and pulsation properties of gas liquid upward cocurrent flow in packed beds, KU&II Kogaktr R(~~i~l~?~~~~fff (TJW.~. Chmr.Enply. Jupcm)4(3), 314 (1978). H. Shibuya, Y. Uraguchi and T. Miyauchi, EfTect of particle-size distribution on the axial dispersion of liquids in packed beds, Kagukll Kogdrr Ronhumhrr f Trrrrw. Chm. Engng, Jqm) 4(6), 615 (1978). MEASUREMENT
TECHNIQliES
S. Chiba, H. Tanimoto, T. Chiba and H. Kobayashi. Measurement of solid exchange between the bubble wake M. Fujii and T. Fujii, A numerical analysis on the turbulent and the emulsion phase in a three-dimensional gas-tluidised free convection (2nd report, Influences of length scale of bed. J. Chenr. Engng, Jcrpcm (English) 12(l), 33 (1979). turbulence, Prandtl number and heating condition at Walt). T. Fujii, S. Nozu and H. Honda. Expressions of thermctTrurts. Jupm. SM. Much. Engrs 44(384), 2797 (1978). dynamic and transport properties of refrigerants R-l 1, RY. Furuya, I. Nakamura and S. Yamashita, Experiments on 12, R-22 and R- 113.Rep. Rcs. Jc~st. Id. Sci. K,ws/u~ L’r~ir. a thick axisymmetric turbulent with decreasing radius in 67.43 ( 1978). the downstream direction, Tr~crs. .lupc~ Sot. Mech. K. fkemizu, S. Morooka and Y. Kate, ~~e~lsuren~cnts of E‘??<]ts44(X8). 4186 ( 1978). gas-liquid interfacial temperature in gas absorption with Y. Furuya. I. Nakamura and S. Yamashita, The laminar heat generation, Kugaku Kogakrr Ronhwd~~r (Trccr~s.Chm. and turbulent boundary layers on some rotating bodies in Engng. Jupcm) 4(5), 496 (I 97X). axial flows, MWI. Frrc. Engn+ Nugova L’nir. (English) M. Kamiwano and K. Ohya. Measurement of diffusion 30(l). I(l978). coefficient of low-molecular weight solute in highly! viscous M. Hishida, Y. Nagano and T. Shiraki, Structure of high-polymer solutions, Kugaku Kogaku Ror~htdt~t (‘Trms. turbulent temperature and velocity fluctuations in the Chem. Engrlg, Japan) 5( 1). 10.5( I Y79). thermal entrance region of a pipe, Trms. Jupuu. Sm. Mech. K. Muraoka and K. Nakatsuji, Measurements of turbulEngrr 44(3X5 J. 3 145 (1978). ence quantities in three-dimensional surface buoyant jet. Y. M. Kang and K. Suzuki, Numerical study of confined Tech. Rept Osaka L’uir. (English) 28(1425). 2XI (197X). jets--I. Prediction of Row pattern and turbulence quantities J. Ohsawa, T. Nishinaga and S. Uchiyama. Measurement of with a two-equation model of turbulence, Mw. Fur. Engng, specific heat of boron monophosphide by AC calorimetry, Kwrr, I;rtiv. (English) 40(2), 41 (1978). Jupon. J. Appl. Phjs. (English) 17(6), 1059 (1978). K. Komori, A. Iguchi and R. Izumi, Characteristics of fully Y. Okamoto. M. Nishikawa, K. Matsuda and K. developed turbulent flow and mass transfer in a square Me~~surcment of turb~lient ~~iffusi~~ilcoelhcicnts dust. K~gukli K~~guki4 R(~t~bi~~.~~u(Trmts. Chrm. ~~1~7~1~, Hashimoto. in mixing vcsseis. K~gc(ktr Ko<&rt R~~~f~t~li.~~7if (TV~ZIT\. ,lopm) 4[5), 478 (1978). Chem. E/~gmg../t/pm) 4(4), 355 (1978). M. Nisbi and Y. Senoo, Algebraic prediction method of