Heat transfer bibliography—russian works

Int. J. Hear Moss Transfer.

Vol.10.pp. 999-1014

HEAT TRANSFER

Pergamon Press Ltd. 1967.

Printed in Great Britain

BIBLIOGRAPHY-RUSSIAN

WORKS

A. V. LUIKOV Heat and Mass Transfer Institute of the B.S.S.R. Academy of Sciences, Minsk, U.S.S.R. (Received

1 parch 1966)

BOOKS A. D. AL’TSHUL and P. G. KISELEV,Hydraulics and Aerodynamics. Fun~mentals of Fluid Mechanics. Stroiizdat, Moscow (1965). R. G. BARANTSEV,Lectures on Transonic Gas Dynamics. Izd. Leningr. Univ., Leningrad (1965). A. V. PAVLOV.Heat Transfer between Freezing and Mel&a Soils mrd Atmosphere. Nauka, Moscow (19g5). ” L. S. POLAK.Ed., Kinetics and Thermodynamics of Chemical Reactions in a Low Temperature Plasma. (Collected Papers). Nauka, Moscow (1965). V. G. IL’IN, Heat Exchangers of Graphite for Aggressive Media. Mashinostroenie,-Moscow (1965). _ P. K. KONAKOV. Ed.. Heat-Transfer Studv in Thermal Power Plants and Installations fir Production of Semiconductor Materials. Vysshaya Shkola, Moscow (1965). E. S. SHCHETINKOV, Physics of Gas Combustion. Nauka, Moscow (1965). V. K. SHCHUKIN,Heat Transfer in Nature and Engineering.

Nauka, Moscow (1965). Thermal Operation of Metallurgical Furnaces. SredneUral’sk. Knizh. Izd-vo, Sverdlovsk (1965). M. I. ZHVKOVSKYand L. M. ZYSINA-MOLOZ~N, Eds., Aerodynamics and Heat Transfer, (collected papers). Leningrad (1965). GENERAL A. A. GUKHMAN,The similarity theory, its essence, methods and promises, Khim. Prom. (7), 448 (1965). P. K. KONAKOV,On the mass and energy transfer law, Inzh.-Fiz. Zh. 9 (3), 337 (1965). 0. G. M~~~~o, All-Union Scientific Council on “Mass

and Heat Transfer in Technological Processes”, Inzh.Fiz. Zh. 9 (2), 237 (1965).

On compilation of international skeleton tables of thermodynamic properties of gas widely used in engineering, Teploliz. Wok.

Temper. 3 (3). 492 11965).

D. 1: P;]ISH&HUK, Thk Fourth Scientific’Conference on Evaporation, Combustion and Gasdynamics of Dispersed Systems, Teplojiz. Vysok. Temper. 3 (3), 493 (1965).

E. T. BARTOSH,N. F. VOLKOVand B. A. ROMANOV,On systems of proof of entropy existence in thermodynamics, inch.-Fiz. Zh. 9 (3), 412 (1965).

B. N. BIRGER,Steady state of conducting systems, Inzh.Fiz. Zh. 9 (3), 358 (1965). V. M. BRODYANSKY and A. B. GRACHEV,A thermodynamic analysis of gas refrigerating installations with a displacer, IZV. Yyss!z. Wcheb. Zaved. Energetika. (7), 74 (1965). .. I. DYARMATY,A general variation principle of nonequilibrium thermodynamics, Zh. Fiz. Khim. 39 (6), 1489 (1965). I. T. EL’PERIN,Thermodynamic study of heat and mass transfer in a non-unifo~ ga~susp~nsion flow, Inzh.-Fiz. Zh. 9 (3), 364 (1965).

V. V. FILIPPOV,On the equation of expansion and compression lines in piston engines and machine tools allowing for heat losses through the cylinder walls, &hen. Zap. (Vsesoyuzn. ~aochn. In-t Znzhenerov Zh.-Dor. Transporta) (IS), 32 (1965).

L. V. GORBUNOV,Dependence of constant pressure thermal capacity on temperature and calculation of thermodynamic values, Zh. Fiz. Khim. 39 (6), 1345 (1965). A. I. GULYAEV,The Ranque effect at low tem~ra~r~, Inzh.-Fiz. Zh. 9 (3), 354 (1965).

V. M. KAZANSKY,Determination of thermodynamic Functions of moisture absorbed by a disperse body according to specific evaporation heat, Inzh.-Fiz. Zh. 9 (3), 328 (1965). YA. Z. KAZAVCHINSKY,Application

of thermodynamic similarity to gaseous mixture properties, Znzh.-Fiz. Zh. 9 (3) 345 (1965). YA. 2: KAZAVCH&KY, Comments on the paper “Application of classical conceptions to the new s stem of roof of the Second Law of Thermodynamics .’ 6. Engng %iys. 3 (12), (196411Znzh.-Fiz. Zh. 9, 409 (1965). P. M. KESSEL’MAN,P. A. KOTLYAREVSKY and M. M. AFANASIEV,The CO, state equation in the range of i~mpera~ures from 273 to 4WO”K and ressures up to 1WI IO’ N, M ‘, Itr;k.-Fi:. 2%. 9 (4). 527 ?I 965). 1. I. KIRENKOV, Development of the thermodynamic temperature scale, Trudy In-tov Goskomiteta (Gas. Kom. Standartov. Mer i Izmer. Priborov SSSR) (76), 102 (1965). R.

THERMODYNAMICS V. E. ALEMA~~V and A. F. DREGALIN,Calculation ofthermodynamic properties of reacting working substance, Trudy Kazansk. Aviafs. In-ta. (86), 3 (1964).

P. KOLODNY, General detinition of the adiabatic exponent, Inzk-Fiz. Zh. 9 (l), 86 (1965). P. K. KONAKOV,On the reciprocity principle of irreversible thermodynamics, Znzh.-Fiz. Zh. 9 (3), 369 (1965). S. I. KOSTERIN+ and B. M. PAVLOV,Experimental study of certain the~odyn~ic properties of low-temperature

1000

A. V. LUIKOV

composite solutions (up to -196”C), Znzh.-Fiz. Zh. 9 (3), 323 (1965).

F. A. KUZNETSOVand T. P. SMIRNOVA,Thermodynamic characteristics of thin films, Vychisl. Sistemy (15), 39 (1965).

V. S. LERNER,Determination of optimum operating conditions of converters, Znzh.-Fiz. Zh. 9 (I), 25 (1965). A. V. LUIKOV,Application of irreversible thermodynamics methods to heat and mass transfer, Znzh.-Fiz. Zh. 9 (3), 287 (1965).

A. V. LUIKOV,Thermodynamics and heat transfer of gassolid particles suspension, Zzv. Akad. Nauk SSSR. Ser. Fiz.-Tekhn. Nauk (I), 54 (1965). 0. P. MCHEDLOV-PETROSYAN and V. I. BABUSHKIN, Inter-

relation between the thermodynamics and kinetics of certain solid phase reactions, Dokl. Akad. Nauk SSSR 163(2), 406 (1965). G. B. SINYAREV,Complete thermodynamic

functions and their application to the calculation of equilibrium states of composite thermodynamic systems, Zzv. Vyssh. Ucheb.

Zaved. Mashinostr. (2), 99 (1965).

A. G. TABACHNIKOV and L. S. SERDYUK,The state equation of nitrogen oxide in the range of temperatures 190-2000°K and densities O-20 kmol/m3, Znzh.-Fiz. Zh. 9 (3), 332 (1965).

A. G. TEMKIN,Determination of internal heat- and masstransfer parameters by means of characteristic functions of irreversible thermodynamics, Znzh.-Fiz. Zh 9 (3), 305 (1965).

P. V. Tsar, Irreversible thermodynamics and derivation of simultaneous differential equations of molecular transfer. Znzh.-Fiz. Zh. 9, (3), 318 (1965).

HEAT CONDUCTION I. S. AKIMOV,Calculation of temperature distribution in an eccentric annular layer with heat generation, Znzh.-Fiz. Zh. 9 12). 227 (1965). \,I

M. I. ALIEV,G.‘T. A~HMEDWand M. A. ALIEVA,Study of heat conductivity of alloyed gallium arsenide, Zzv. Akad. Nauk Azerb. SSR. Ser. >iz.-Tekhn. i Matem. Nauk (5), 49 (1964). G. N. DUL’NEV, Heat transfer through solid disperse systems, Znzh.-Fir. Zh. 9 (3), 399 (1965). G. N. DUL’NEV,Heat conduction of statistical mixtures, Znzh.-Fiz. Zh. 9 (4), 538 (1965).

L. G. FUKS, The temperature field in a rectangular bar with internal heat release, Zzv. Tomsk. Politekhn. In-ta 137, 29 (1965). G. M. GLUKHOV,Working out of the solution ofa boundary-

value problem for one nonlinear equation of heat conduction, Trudy Sara?. In-ta Mekhan. Sel. Khoz. (33), 2 24 (1964).

V.‘V. I~ANOVand V. V. SALOMATOV, On temperature field calculation in solids with a variable heat-transfer coefficient, Znzh.-Fiz. Zh. 9 (I), 83 (1965). V. V. IVANOVand Yu. V. VIDIN,The temperature field in a parallelepiped, heated by radiant flux, Zzv. Vyssh. Ucheb. Zved. Chern. Metalhug. (5), 180 (1965).

M. A. KAGANOVand V. A. YANGARBER,The temperature field in a homogenous medium heated by current under

conditions of spheric symmetry, Zh. Prikl. Mekh. Tekh. Fiz. (2), 110 (1965). V. M. KAPINOSand Yu. M. MATSEVITY. On the solution by the network method of a steady heat conduction problem allowing for the dependence of the heat conductivity coefficient on temperature, Zzv. Vyssh. Ucheb. Zaved. Energetika (5), 77 (1965). S. KARYMSAKOV, On some problems of heat conduction, connected with an operator of the Bessel-type, Vopr. Vychisl. Matem i Tekhniki (3). 17 (1964). N. I. NIKITENKO, Numerical integration of the heat-

propagation

equation for variable physical properties,

Znzh.-Fiz. Zh. 9 (4), 512 (1965).

M. D. MIKHAILOV,Errors of papers by V. P. Maikov (1) and V. P. Maikov and I. Ya. Pil’skii (2) in the collection of works “Investigation and Calculation of Thermal Power and Chemical Power Processes”, (Mashgiz, 1961) Znzh.-Fiz. Zh. 9 (4). . 544 (1965). I,

E. S. PLATUNOV,The temperature field in a thin plate at monotonous heating, Znzh.-Fiz. Zh. 9 (4). 507

( 1965). P. I. POVARMN,Application of thermodynamic similarity principles for the calculation of physical properties of liquid on a saturation line, in Heat-Transfer Study in Flows of Liquidand Gas, p. 153. Moscow (1965). U. T. Rzanv, A particular boundary-value problem of steady-state heat conduction, (Comments on the book “Heat Transfer” by the German scientist Ten-Bosch) Uchen. Zap. (Azerb. Un-t), Ser. Fiz.-Mat. Nauk (4), 17 (1964).

A. A. SAMARSKY and S. B. MOSTINSKAYA, Numerical solution of two-dimensional heat conductional equation with continuous coefficients in polar co-ordinates. Sb. Rabat Vychisl. Tsentra Mask. Un-ta 3, 147 (1965).

A. G. SHASHKOVand T. N. A~RAHENKO,A method of continuous measurement of heat conductivity (concentration) of gaseous binary mixture. Zzv. Akad. Nauk BSSR, Ser. Fiz. Tekhn. Nauk (1), 64 (1965). Yu. M. SHEKHTMAN,Heat-conduction with a change of material structure, including the influence of the outgoing gas, Znzh. Zh. 5 (3), 441 (1965). I. T. SHEETSand E. P. DYBAN,A reply to the comments of M. I. Tsaplin. Znzh.-Fiz. Zh. 9 (4), 542 (1965). Yu. P. Smo~ov, Heat transfer by heat conduction and radiation in an absorbing medium, Trudy Mosk. In-ta Znzhen. Zh.-D. Transporta (189), 109 (1965). V. S. SYIRNOV,A. F. CHUDNOVSKY and M. A. KAGANOV, The theoretical way of estimating heat conductivity of porous alloys at high temperature, Trudy LPI (Leningr. Politekhn. In-t) (243), 12 (1965).

M. I. TSAPLIN,Comments on the paper “Heat transfer of flat surfaces in contact” by I. T. Shvets and E. P. Dyban, Znzh.-Fiz. Zh. 9 (4), 539 (1965). 0. B. TS~E~KOV,Application of the regular thermal regime

methods to the investigation of thermal conductivity of liquid freon, Znzh.-Fiz. Zh. 9 (I), 42 (1965). 0. 8. TS~JJ~KOV,On the temperature dependence of heat conduction of low-boiling fluids, Zzv. Vyssh. Ucheb. Zaved. Energetika (5), 84 (1965).

G. S. ZAVT,A heat conduction theory of dielectrics at low temperatures. A case of arbitrary interaction between

HEAT

TRANSFER

BIBLIOGRAPHY-RUSSIAN

phonons and defects, Trudy In-ta Fiz. i Astronom. Akad. Nauk Estonsk. SSR (29), 95 (1965).

CONVECTIVE HEAT TRANSFER K. F. AKSENOV,V. V. KUDRYAVTSEV etal., The experimental study of convective heat transfer and hydraulic resistance in viscous fluid motion with large Re numbers, Trudy Mask. In-ta Inzhenerov 2h.D. Transporta (189), 91 (1965). N. S. ALFEROVand R. A. RYBIN,Critical heat fluxes in the

flow of water and water-steam

mixture in tubes, in

Convective Heat Transfer in Two-phase and Monophase Flows, p. 278. Moscow-Leningrad (1964).

WORKS

1001

in Convective Heat Transfer in Two-phase and Monophase Flows, p. 413. Moscow-Leningrad (I964). V. K. FY~ROV and E. M. LITINSKY.Heat transfer to a rectanaular wedae in a transverse aas flow, Inzh.-Fir. Zh. 9 (2), 171 (1965): 1. I. GEL’PERINand A. M. KAGAN.Heat transfer of eases in tubes with packing at low temperatures, Khim.*i Neft. Mashinostr. (6), 18 (1965). I. P. GINZBURGand I. V. KORNEVA,On the effect of the turbulent Pr, number on skin friction and heat transfer on a plate in turbulent gas flow, Inzh.-Fiz. Zh. 9 (2), 155 (1965). L. A. GORYAINOV, V. I. BEILINand V. A. PAVLENKO, On the determination of the Reynolds number under the conditions of convective heat transfer, Trudy Mosk. Zn-ta

N. S. ALFEROVand R. A. RYBIN,Heat transfer in annular Inzhen. Zh.-D. Transporta (189), 103 (1965). channels, in Convective Heat Transfer in Two-phase and M. KH. IBRAGIMOV and A. V. ZHUKOV,Heat transfer and Monophase Flows, p. 139. Moscow-Leningrad (1964). temperature fields in bundles of rod-type fuel elements in A. A. ANDREEVSKY, V. M. BOIUSHANSKY and V. B. ZHINKINA, a longitudinal laminar flow of liquid, Atomn. Energ 18 Heat transfer investigation of staggared tube bundles in a (6), 630 (1965). transverse water flow, in Convective Heat Transfer in V. P. ISACHENKO and N. M. GALIN,Heat transfer for turbuTwo-phase and Monophase Flows, p. 417. Moscowlent liquid motion in an annulus, Izv. Vyssh. Ucheb. Zaved.. Enernetika (6). 68 (1965). Leningrad (1965). B. A. AaKADIEV,On free heat convection in turbine cavities, V. M. KAP~N&, Effect ‘of a radial gradient of relative cirInzh.-Fiz. Zh. 9 (l), 15 (1965). cumferential component velocity on heat transfer in V. S. A~DU~VSKY,V. N. KRYUKOVand V. P. SOLNTSEV, An expanding flow between two rotating disks, Izv. Akad. experimental study of boundary layer structure and heat Nauk SSSR, Energetika i Transport (3), 111 (1965). transfer on a rough surface, in Heat-Transfer Study in V. M. KAPINOS,Heat transfer on a disk, rotating in a vessel, Liquid and Gas Flows, p. 55. Moscow (1965). Izv. Vyssh. Ucheb. Zaved. Aviats. Tekhnika (2), 76 (1965). N. F. BABOI,M. K. BOL~CAand K. N. SEMENOV, Effect of P. K. KONAKOV,V. T. KUMSKOV,et al., Complex heat electric fields on heat transfer, Izv. Akad. Nauk Mold. transfer and hydraulic resistance in a moving grey medium with large optical density, Tru4 Mosk. In-ta SSR (5), 52 (1964). V. M. BORISHAN~KY and E. V. FIRSOVA,Heat transfer in a Inzhenerov Zh.-D. Transvorta (189). 41 (1965). V. I. KUZNETSOV, Heat transfer on a’Bat plate in a laminar longitudinal flow of metallic sodium along tube bundles, in Convective Heat Transfer in Two-phase and Monophase flow of heated liquid, Inzh.-Fiz. Zh. 9 (2), 148 (1965). Flows, p. 377. Moscow-Leningrad (1964). V. L. LEL’CHUKand G. I. ELFIMOV,Study of heat transfer V. M. BORISHANSKY, L. 1. GEL’MANet al., Study of heat to a carbon dioxide turbulent flow in a tube with large transfer in mercury flow through horizontal and vertical temperature differences, in Convective Heat Transfer tubes, in Convective Heat Transfer in Two-phase and in Two-phase and Monophase Flows, p. 339. MOSCOWMonophase Flows, p. 350. Moscow-Leningrad (1964). Leningrad (1964). V. M. BORISHANSKY, T. V. ZABLX)TSKAYA and N. I. IVASH- V. B. LEONAS, Study of energy transfer in interaction CHENKO,Study of heat transfer and temperature fields in between a molecular flow and a surface, Zh. Prikl. Mekh. turbulent motion of metallic sodium in tubes, in ConTekh. Fiz. (2), 84 (1965). vective Heat Transfer in Two-phase and Monophase Flows, A. I. LEONT’EV and A. G. KIRDYASHKIN, Free-convection p. 363. Moscow-Leningrad (1964). heat transfer over a horizontal surface iu horizontal slots and in a large volume, Inzh.-Fiz. Zh. 9 (l), 9 (1965). A. K. CHERNYSHEV,Determination of the heat-transfer coefficient from an external surface of an insulation V. M. LINDIN and YE. A. KAZAKOVA, Heat transfer in a using nomograms, Stroit. Truboprovodov (3), 14 (1965). fixed bed of spherical particles, Khim. i Neft. Mashinostr. Yu. A. DEM’YANOV and V. T. KI~EEV,An analysis of one(6), 23 (1965). dimensional transient gas flows with allowing for heat A. S. LYALIKOV and Yu. A. ZAGROMOV, On free-convective conduction and viscosity, Izv. Akad. Nauk SSSR, heat-transfer in a closed volume with displacement of Mekhanika (2), 3 (1965). the heat source, Izv. Tomsk. Politekhn. In-ta 137, 99 V. YE. DOROSHCHUK and F. P. LANTSMAN,Critical heat (1965). fluxes in flow of water and steam-water mixture in tubes, V. G. MOROZOV,Study of heat transfer for water boiling in in Convective Heat Transfer in Two-phase and Monotubes, in Convective Heat Transfer in Two-phase and phase Flows, p. 290. Moscow-Leningrad (1964). Monophase Flows, p. 130. Moscow-Leningrad (1964). V. I. EVENKOand V. M. SHISHKOV,Study of heat transfer Yu. A. MIKHAILOVand R. YA. OZOLS,Heat transfer in a and resistance of tubes, finned by a goffered band, uniform magnetic cross field, Izv. Akad. Nauk Latv. Izv. Vvssh. Ucheb. Zaved.. Enernetika (51 106 (1965). SSR. ser. Fiz. i Tekhn. Nauk (2), 19 (1965). E. V. F&ova, Study of heat transfer and’hydraulic rksistS. I. MOVCHAN,A temperature difference in heat exchangers ante in a longitudinal water flow around a tube bundle, with parallel-mixed and cross currents, in Convective

1002

A. V. LUIKOV

Heat Transfer in Two-phase and Monophase Flows, p. 187.

Moscow-Leningrad (1964). V. G. MOROZOVand Yu. Yu. RYNDIN,Study of boiling heat transfer in annuli and in tube bundles, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 181. Moscow-Leningrad (1964). V. B. NE~TERENKO and V. M. SHADSKY, A method of simulation on analog computers of transient thermal processes of gas cooled power reactors, Izv. Akad. Nauk BSSR. ser. Fiz.-Tekhn.

Nauk (I), 38 (1965).

A. T. ONUFRIEV,Solution of a linearized problem in the Couette flow for rarefied gas by the method of integral diffusion, Zh. Prikl. Mekh. Tekh. Fiz. (2), 47 (1965). A. P. ORNAT~KY and L. S. VINYARSKY, A crisis of heat transfer under conditions of forced motion of subcooled water in tubes of small diameter, Teplofiz. Vysok. Temper. 3 (3), 444 (1965).

A. L. PARNAS~~~S. S. ZABRODSKY, Motion and heat transfer of particles in ascending pulsating gas flow, in Heat and Mass Transfer in DispersedSystems. p. 179. Minsk (1965). M. A. PAVLI~HINA,A flow round an oscillating circular cvlinder. Izv. Akad. Nauk SSSR. Mekhanika (2). . I. 175 (i965).

M. A. POLYATSKIN and 0. A. TASS,Intensification of convective heat transfer in a combustion chamber of gasturbine installations, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 432. MoscowLeningrad ( 1964). P. I. POVARNIN,Calculation of boilmg crisis under conditions of forced flow of subcooled fluids, in Study of Heat Transferin FIowsofLiquidandGas, Q. 160. Moscow(l965). G. V. RATIANI and D. I. AVALIANI,A number of active centres of steam generation and critical heaf fluxes in pool boiling of some organic liquids, Soobshch. Akad. Nauk Gruz. SSR 37 (3), 653 (1965). E. L. RODIONOV,A criteria1 heat-transfer equation for free convection superposed on forced laminar flow, Teploenergetika

(6), 81 (1965).

V. K. SHCHUKIN, An experimental study method of heat transfer in an external flow around cylindrical surfaces of variable curvature, Trudy Kazansk. Aviats. In-ta (86) 28 (1964).

V. P. SHELYAG,The experimental study of heat transfer for laminar gas flow in a slotted channel, Vestn. Kievsk. Politekhn. In-m. ser. Teploenergetika (I), 21 (1964). V. S. SIDOROV,On convective heat transfer in turbulent motion of viscous fluid in the starting portion of a tube, Trudy Mosk. 83 (1965).

In-ta Inzhenerov

Zh.-D.

Transporta

(189)

Yu. M. TANANAIKO, Study of the effect of liquid film density on heat transfer at boiling in a down flowing film, Vestn. Kievsk. Politekhn. In-la. Ser. Khim. Mashinostr. log. (I), 145 (1965).

Tekhno-

A. G. TKACHEV,Convective heat transfer in processes of melting and solidification of a homogenous medium, in Convective Heat Transfer in Two-phase and Monophase Flows. D. 308. Moscow-Leninarad (1964).

V. I. TOL~BINSKY, A. P. ORNATSK~and L. F: GLUSHCHENKO, Study of heat transfer and hydraulic resistance in liquid cooling of cylindrical fuel elements, Vestn. Kievsk. Politekhn. In-ta. Ser. Teploenergetika (I), 3 (1964). S. V. VALLANDER,Stochastic description of a rarefied gas motion as a random process, Dokl. Akad. Nauk SSSR 162 (2), 297 (1965).

E. P. VOLCHKOV,S. S. KUTATELADZE and A. I. LEONT’EV, Interaction between submerged turbulent jet and a solid wall, Zh. Prikl. Mekh. Tekh. Fiz. (2), 50 (1965). YA. V. YASHCHENKO,Study of the vibration effect of acoustical frequency on heat-transfer intensity in viscous media, Vestn. Kievsk. Politekhn In-ta. Ser. Teploenergetika (I), 15 (1964). Yu. A. ZAGROMOV and Yu. A. KOROLENKO, Heat transfer of a vertical row of horizontal tubes under conditions of free air convection, Izv. Tomsk. Politekhn. In-ta 137, 52 (1965).

RADIANT HEAT TRANSFER A. A. BUZMKOVand B. P. Kozvazv, Absorption of slightly heated blackbody radiation by the atmosphere, Inzh.-Fiz. Zh. 9 (1), 70 (1965). S. P. DETKOV,Transfer of radiant energy near a flat surface, Teplofiz.

Vysok. Temper. 3 (3), 438 (1965).

L. A. G~RY~INOV, Methods of separation of composite heat transfer, Trudy Mask. In-ta Inzhenerov Zh.-D. Transporta (189), 59 (1965). V. I. KIRILLOVand M. M. LITVINOV,Electric simulation of transient temperature fields with radiant heat transfer, Prikl. Mekh. Otdel Matem.. Mekh.. Kibernetiki AN USSR 1 (6), 21 (1965).

P. K. KONAKOV,On the absorption coefficient of a grey medium, Inzh.-Fiz. Zh. 9 (I), 77 (1965). P. K. KONAKOV,V. T. KLJMSKOV et al., On the solution of a composite heat-transfer problem in a moving grey medium with small optical density, based on boundarylayer equations, Trudy Mask. In-ta Inzhenerov Zh.-D. Transporta (189), 33 (1965).

V. T. KUMSKOV,On composite heat-transfer

study, Trudy Mosk. In-ta Inzhenerov Zh.-D. Transporta (189), 5 (1965). A. Yu. SKRINSKAand Yu. K. STASYULYAVICHYUS, An V. T. KUM~KOVand Yu. P. SIWROV, An absorption coexperimental study of the influence of non-uniformity efficient of a grey medium (for heat-transfer study), of a heat transfer coefficient on the efficiency of ribbed Trudy Mosk. In-ta Inzhenerov Zh.-D. Transporta (189) pipes, Trudy Akad. Nauk Litovsk. SSR. Ser. B, 1, 123 52 (1965). (1965). A gas burner of infraV. I. SUBBOTIN, M. KH. IBRAGIMOV and YE. V. NOMOFILOV, A. M. LEVINand S. SALIKHODZHAEV, red radiation with an iron emitter for drying of plaster, Correlation of the turbulent heat-transfer coefficient in Ispofzovanie Gaza v Narodn. Khoz. (3), 208 (1965). fluid flow. Tetrlofiz. Vvsok. Temper. 3 (3), 421 (1965). A. M. LEVINand S. SALIKHODZHAEV, Study of infrared radiaV. I. SUBBO& B: ‘A. ZE&EVICH and 0. L:PEsKo~, Critical tion burners with metallic emitters, Ispoliovanie Gaza v heat fluxes in forced motion of steam-water mixture in Narocin. Khoz. (3), 208 (1965). tubes, in Convective Heat Transfer in Two-phase and A. S. NEVSKY,Application of a zonal method to calculation Monophase Flows, p. 298. Moscow-Leningrad (1964)

HEAT

TRANSFER

BIBLIOGRAPHY-RUSSIAN

of radiant heat transfer in furnaces, Sb. Nauchn. Trudov VNHMT (Vsesoyuzn. Nauchn. Tep~ofekhnik~ (1 I), 166 (1965).

Issled. In-t Metallurg.

A. S. NEVSKY, Radiant heat transfer between surfaces, between a surface and a volume and between volumes, Sb. Nauchn. Trua’ov VNHMT (Vsesoyuzn. Nauchn. Issled. In-t Metallurg. Teplotekhniki (1 l), 126 (1965).

A. S. NEVSKY, Radiant heat transfer in the simplest radiating systems consisting of two volumetric zones, Sb. Nauchn. Trudov VNHMT (Vsesoyuzn. Nauchn. Issied. In-t Metallurg. TepIotek~jki) (ii), 145 (1965).

B. S. SADYKOV,On tem~rature dependence of radiation capacity of metals, Teplofiz. Vysok. Temper. 3 (3), 389 (1965). S. SALIKHODZHAEV, Study of density distribution of burner radiation with a latticed metallic emitter, Ispol’zovunie Gaza v Naroa’n. Khoz. (3), 195 (1965). Yu. A. SURINOV,Integral equations of a radiation transfer theory in anisotropic scattering medium (for generalized statement of the spatial problem), Tepi&z. Vysok. Temper. 3 (3), 427 (1965).

A. I. TAMARINand V. D. DUNSKY,On radiative heat transfer ofa fluidized bed with a surface, in Heat and Mass Transfer in Dispersed Systems, p. 58. Minsk (1965). TRANSFER PROCESSES INVOLVING PHASE CO~IONS I. T. ALAD’EV and V. I. YASHNOV,Effect of wetting on a boiling crisis, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 249. Moscow-Leningrad (1964). E. P. ANAN’EV,On heat-transfer mechanism in nucleate boiling of water in a tube and the Reynolds analogy, in Convective Heat Transfer in Two-phase and Monophae Flows, p. 62. Moscow-Lenin~ad (1964).

WORKS

1003

in Convective Heat Transfer in Two-phase and Monophase Flows, p. 208. Moscow-Leningrad (1964). V. E. DOROSHCHIJK and V. L. MAL’TW, Film boiling in tubes, in Convective Heat Transfer in Two-phase and Monop~e Flows, p. 235. Moscow-Leningmd (1964). G. M. DVOR~NA and N. G. STYUSHIN, On relative motion of a steam phase in adiabatic flow of a two-phase flux in tubes, Teploenergetika 12 (6), 79 (1965). I. YA. ERSHOV,Subcooling liquid pool boiling at high heat fluxes, Izv. Vyssh. Ucheb. Zaved. Energetika (5), 110

(1965). N. A. Fuss and A. A. KIRSH,The effects ofvapour condensation on the granules and of the evaporation from their surface upon aerosol precipitation in granular filters, in Heat and Mass Transfer in Dispersed Systems, p. 94.

Minsk (1965). E. I. GOL’TSOVA,The effect of a single steam-generating center and frequency of vapour bubbles on the wall temperature, Inzh.-Fiz. Zh. 9 (4), 457 (1965). 0. P. IVANOV,The experimental study of heat transfer in boiling of oil Freon solutions, Kholod. Tekhnika (3), 32 (1965). E. N. KAPITONOVand K. I. LEBEDEV,Study of hydraulic resistance and heat transfer in the motion bf boiling mixtures in a horizontal tube. Khim. Prom. (7). 511 (19651. V. K. KOSHKIN,A. F. VOL~OVAand V. A.‘~,&&Nov&Y, Study of heat transfer in boiling in narrow slotted channels, in Study ofHeat Transfer in FZows ofLiqu~and Gas, p. 137. Moscow (1965). V. B. LEMBWSKY,On phase transformation in a heterogeneous medium, Zh. Prikl. Khim. 38 (5), 1159 (1965). E. I. NEVSTRUEVA and R. A. PETROSYAN, Study of maximum local vapour contents of a boundary layer in bubble surface boiling of water, in Convective Heat Transfer in Two-phase and Monophase Flows. p. 104. MoscowLeningrad (1964). N. M. POVO~OTSKAYA, Study of the heat transfer process in boiling of Freon-12, Kholodil’n. Tekhnika (3), 28 (1965). N. G. RASSOKHIN,MA-TSAN-VENand V. N. MEL’NIKOV, The experimental data on heat transfer in surface boiling of water in narrow annuli, in Convective Heat Transfer in Two-pose and Monop~e Flows, p. 193. MoscowLeningrad (1964). G. V. RATIANIand D. I. AVALIANI,Correlation of experi-

L. D. BERMAN,Heat transfer with film vapour condensation on horizontal tubes in a cross flow, in Convective Heat Transfer in Two-phase and Monophase Flows, p, 7. Moscow-Leningrad (1964). I. M. BLINCHEVSKY, On the mechanism of scaling in nucleate boiling, fnzh.-Fiz. Zh. 9 (Z), 143 (1965). V. M. BORISHAWKY and B. S. FOKIN, Heat transfer in film boiling on a vertical surface under conditions of free convection in a large volume, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 221. Moscowmental data on heat transfer in boiling of Freon-12 and Leningrad (1964). Freon-22, in Convective Heat Transfer in Two-phase and V. M. BORISHANSKY and N. N. KOCHIJROVA, The general Monophase Flows, p. 203. Moscow-%eningrad (1964). method of calculation of the influence of physical propG. V. RATIAN!and D. I. AVALIANI.Heat transfer and erties on heat transfer in condensation, in C&ective-He& critical heat fluxes in Freon boiling, k’holid. Tekhn. (3); 23 Transfer in Two-phase and Monoph~e FZows. p. 54. (1965). Moscow-Leningrad (1964). V. F. STEPANCHUK and G. A. SALTANOV,Calculation of V. M. BORISHANSKY, A. P. KOZYREVand L. S. SVETLOVA, condensation jumps in the low pressure range, Inzh.-Fiz. Study of heat transfer in nucleate boiling of liquids, in Zh. 9 (4), 438 (1965). Convective Heat Transfer in Two-phase and Monophase M. A. STYRIKOVICH, 0. I. MARTYNOVA and Z. S. BELOVA, Flows, p. 71. Moscow-Leningrad (1964). Study of a salt distribution mechanism between water and V. M. BORISHANSKY, P. A. MMLICHENKOand B. S. FOKIN, steam in equilibrium with it, by the method of measuring Study of the steam layer in film boiling on a vertical surelectric conducti~ty, Dokl. dkad. Nauk. SSSR 162 (4), face, in Convective Heat Transfer in Two-phase and Mono806 (1965). phase Flows, p. 245, Moscow-Leningrad (1964). Yu. M. TANANAIKO, Study of the effect of fluid expense and G. N. DANILOVA,V. K. BEL’SKY and A. V. KUPRIYANOVA, thickness of a trickling down film on a heat-transfer coCinematographic study of a process of freon vaporization, efficient in boiling on a corroded tube, Khim. Mashinostr.

1004

A. V. LUIKOV

(M-‘vo Vyssh. isredn. Spets. Obrazov. USSR) (I), 59 (1965). 3. v. TARASOVAand V. M. ORLOV, Heat transfer and hydraulic resistance in surface boiling of water in annuli, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 162. Moscow-Leningrad (1964). G. G. TRESHCHEV, The number of centres of steam generation in surface boiling, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 118. MoscowLeningrad (1964). G. V. VASIL’EVA,The effect of dry layer on transpiration cooling heat and mass transfer, Inzh.-Fiz. Zh. 9 (3), 405 (1965).

R. I. VENEDIKTOVA and N. M. RUDNY, Mass transfer in extraction of moisture out of capillary-porous materials,

G. T. SERGEEV and B. M. SMOL’SKY, Transfer processes in a boundary layer involving chemical reactions, Inzh.-Fiz. Zh. 9 (2), 163 (1965).

I. F. SHAKHNOV, On inflammation of stoichiometric mixture in a laminar supersonic boundary layer on a flat plate, Izv. Akad. Nauk SSSR Mekhanika (3). \ II 17 (1965). F. G. TAGI-ZADEand S. P. SLADKOV,Study of the process of burning of natural gas on metal grids, Gazov. Prom. (7). 28 (1965).

MASS TRANSFER

I. M. ANOSHIN,The hydrodynamic state of the interface in a two-phase flow and the analysis of the mass-transfer Inzh.-Fiz. Zh. 9 (3) 396 (1965). processes, Izv. Vyssh. Ucheb. Zaved. Pish. Tekhnol. (3) 140 (1965). TRANSFER PROCESSES INVOLWNG I. F. BELOVA,YLJ.V. ZHELTOVand Yu. P. ZHELTOV,On the CHEMICAL CONVERSIONS AND COMBUSTION motion of suspension in narrow horizontal slots, Zh. S. I. AVERINand I. D. SFMKIN, Calculation of the length of Prikl. Mekh. Tekh. Fiz. (2), 136 (1965). the turbulent gas flame, Izv. Vyssh. Ucheb. Zaved. Chern. B. I. BROUSHTEIN, I. R. GITMANand A. S. ZHELEZNYAK, Metalhag. (4), 202 (1965). Mass transfer into spherical drops, Dokl. Akad. Nauk A. E. AVERSON,V. V. BARZYKINand A. G. MERZHANOV, SSSR 162 (6), 1336 (1965). Laws of ignition of condensed explosive systems with ideal A. P. BURDUKOV and V. E. NAKORYAKOV, On mass transfer heat transfer at the surface with possible burnout, Inzh.in a sound field, Zh. Prikl. Mekh. Tekh. Fiz. (2), 62 (1965). A. E. EVGENIEV,Phase permeabilities, when two-phase Fiz. Zh. 9 (2), 245 (1965). systems are flowing through a porous medium, Dokl. Yu. A. FINAEV,On the dependence of a combustion rate of solid fuel particles on the flow velocity, Zzv. Akud. Nauk Akad. Nauk SSSR 162 (2), 300 (1965). I. N. FIKLISTOVand G. A. AKSEL’RUD,Mass transfer SSSR. Ser. Fiz.-Tekhn. Nauk (l), 69 (1965). kinetics of solid particles, suspended in a vertical liquid L. L. KALISHEVSKY and B. G. GANCHEV,Study of a combustion process in a horizontal cyclone furnace with fluid flow with horizontal oscillations of the column, in Heat and Mass Transfer in Dispersed Systems, p. 123. Minsk slag removal, Teploenergetiku (6), 75 (1965). B. V. KANTOROVICH, Distribution of pressure and tempera(1965). M. V. FILINOV,On water displacement by gas in a heteroture in a flow of combustion products affected by a genous layer, Izv. Akad. Nauk SSSR. Mekhanika (2), 179 magnetic field, Teplofir. Vysok. Temper. 3 (3), 477 (1965). (1965). V. A. KHRISTICHand G. N. LYUFJCHIK,Study of some D. M. GALERSHTEIN and I. A. LEPESHINSKY, On the choice of relations describing the development of a diffusive burning parameters ofjet precipitators, in Heat and Mass Transfer gas jet in a turbulent track of a three-dimensional stabiin Dispersed Systems, p. 119. Minsk (1965). lizer, Vestn. Kievsk. Politekhn. In-ta. Ser. Teploenergetiki V. V. IVANOV,Study of drop growth in a vapour gas medium, (l), 30 (1964). Izv. Vyssh. Ucheb. Zaved. Energetika (5), 114 (1965). M. A. KONDAK,V. N. KRYZHANOVSKY and G. S. BATYUK, N. I. KADENSKAYA, A. S. ZHELEZNYAK and B. I. BROUNSHStability of a burning process stabilized by a perforated TEIN,Mass transfer during the extraction of acetic acid by lattice, Vestn. Kievsk. Politekhn. In-ta. Ser. Teploenersingle drops of ethyl-acetate. Zh. Prikl. Khim. 38 (5), I 156 getiki (l), 25 (1964). (1965). V. K. KOSHKIN,V. V. KUZNETXIVet al., Application of the I. A. KRINBERG,Application of the thermal similarity theory endothermic effect of the decomposition of the cooling to the study of an electric arc, Zh. Prikl. Mekh. Tekh. Fir. agent for the increase of the cooling efficiency, in Srudy (2), 105 (1965). of Heat Transfer in Fluid and Gas Flows, p. 3. MOSCOW M. N. MARKOVAand I. G. MARTYUSHIN,Study of mass (1965). transfer during water evaporation from a surface of A. L. Mo~.?,E,On the characteristics of a process of burning articles submerged in a fluidized bed of a fine-grained coke particles in a stream at high temperatures, in Hear material, in Heat and Mass Transfer in Dispersed Systems, and Mass Transfer in Dispersed Systems, p. 130. Minsk p. 3. Minsk (1965). (1965). S. S. NOVIKOVand Yu. S. RYAZANTSEV. A theory of steady 0. B. MOSKALEV,An approximate solution method of a nonlinear transfer equation, Zh. Vychisl. Matem. i Matem. velocity propagation of the exothermal reaction front in a condensed medium, Zh. Prikl. Mekh. Tekh. Fiz. (3), 43 i Matem. Fiz. 5 (3), 561 (1965). P. P. OLODOVSKY, A method of calculation of maximum (1965). moisture adsorption capacity of soils and grounds, in 0. G. ROGINSKY,Relaxation vibrations in gas burning in Heat and Mass Transfer in Dispersed Systems, p. 149. furnaces, Znzh.-Fiz. Zh. 9 (2), 236 (1965). Minsk (1965). _ _ E. RUKENSHTEIN, The influence of chemical reaction on mass transfer in turbulent liquid flow inside a tube, Zh. A. I. RODIONOVand A. M. KASHNIKOV,Determination of Prikl. Khim. 38 (6), 1421 (1965). the surface of phase contact and of the mass-transfer co-

HEAT

TRANSFER

BIBLIOG iRAPHY-RUSSIAN

efficients in a fluid phase on perforated plates, Zh. Prikl. Khim. 38 (5) 1063 (1965). N. V. SELEZNEV,New methods of determination of moisturetransfer coefficients, in Problems of Constructional Thermal Engineering, p. 447. Minsk (1965).

M. S. SMIRNOV,A generalization of the moisture-diffusion equation and its solution, Inzh.-Fiz. Zh. 9 (3), 391 (1965). V. E. TERNOVTSEV, The experimental study of a masstransfer process in a uniform turbulent flow, Sun. Tekhnika (NH San. Tekhniki i Oborudov. Zdanii i Sooruzh.)

(79) (1965). M. V. VENEDIKTOV and N. M. RUDNYI, A method and device for the determination of small moisture contents in powdery materials, in Heat and Mass Transfer in Dispersed Systems, p. 142. Minsk (1965). V. A. ZADNEPRYANYI, An experimental stand for study of contact mass transfer installations, Pishchev. Prom. (1), 171 (1965). L. A. ZHMAIand V. M. OLEVSKY,The effect of pressure on mass transfer in film tubular rectification columns, Khim. Mashinostr. (l), 36 (1965).

SIMULTANEOUS HEAT AND MASS TRANSFER N. A. ANFIMOVand V. V. AL’TOV,Heat transfer, friction and mass transfer in a laminar multicomponent boundary layer with injection of alien gases, Teplofiz. Vysok. Temper. 3 (3), 409 (1965). G. I. BOBROVA and G. D. RABINOVICH, Calculation of ther-

mal-diffusion periodic columns with perforated baffles, Inzh.-Fiz. Zh. 9 (1) 20 (1965). A. V. LUIKOV,Investigation in the realm of heat and mass transfer, Vestn. Akad. Nauk SSSR (6), 66 (1965). G. A. MUKHACHEV, Variation of state of steam-gas mixture in mixing and damping, Trudy Kazansk. Aviats. In-ta, (86), 15 (1964).

P. T. SMENKOVSKAYA, The effect of vibration on heat and mass transfer in capillary-porous materials, Inzh.-Fiz. Zh. 9 (2), 207 (1965).

M. S. SMIRNOV,A non-linear steady system of differential heat- and mass-transfer equations, Inzh.-Fiz. Zh. 9 (2) 250 (1965).

A. G. USMANOVand A. N. BEREZHNOI,Characteristics of thermodiffusive mass transfer, calculated on the basis of a correlating equation, Izv. Vyssh. Ucheb. Zaved. Khim. i Khim. Tekhnol. 8 (2), 218 (1965).

AEROHYDRODYNAMICS N. I. AKATNOV,Propagation of a system of flat turbulent jets, Trudy Leningr. Politekhn. In-m (248) 104 (1965). F. ALIEV,Application of generalized Mizes variables for a problem of propagation of plane heat jets in incompressible fluid, Trudy Lenin. Politekhn. In-m (248), 110 (1965). V. S. A~IXJEVSKY,The effect of a shock wave curvature on heat transfer in a three-dimensional supersonic flow round bodies, in Study of Heat Transfer in Flows of Liquid and Gas, p. 29. Moscow (1965). 3s

1005

WORKS

V. 1. BAKULEV,Calculation of the main part of a parallel stream of real gas, Inzh. Zh. 5 (3), 449 (1965). G. I. BARENBLATT. I. G. BULINAand V. P. MYASNIKOV, Effect of the solutions of some high molecular compounds on the reduction of resistance in a flow around bodies of a turbulent jet, Zh. Prikl. Mekh. Tekh. Fir. (3). 95 (1965). K. A. BEZHANOV,On solutions of one-dimensional axisymmetric unsteady problems of gas dynamics in the vicinity of the leading edge of a body in a flow, Izv. Akad. Nuuk SSSR.

Mekhaniku (2), 168 (1965).

L. M. BIBERMAN and I. T. YAKUBOV,State of the gas behind the front of a strong shock wave, Teplojiz. Vysok. Temper. 3 (3), 340 (1965).

V. V. BOGDANOVA,An axisymmetric laminar boundary layer in a twisted flow, Trudy Leningr. Politekhn. In-ta (248), 65 (1965). S. A. BOSTANDZHIYAN, A. G. MERZHANOVand S. I.

KHUDYAEV,On the hydrodynamic

thermal explosion,

Dokl. Akad. Nuuk SSSR 163 (I), 133 (1965).

N. N. BRUSHLINSKAYA, The behaviour of solutions to the equations of hydrodynamics when the Reynolds number passes over its critical value, Dokl. Akad. Nuuk SSSR 162 (4) 731 (1965).

T. F. BULATSKAYA, A laminar boundary layer in multicomponent gas mixture on a lateral surface of a body, Shorn. Rabot Vychisl. Tsentra MGU 4, 115 (1965). S. E. BUTAKOVand V. Z. STOLER,On the momentum of a round turbulent jet in a flowing off Sow, San. Tekhnika (NII San. Tekhnika i Oborudov. Z&ii i Sooruzhenii (1) 88 (1965).

V. E. DAVIDSON,On acceleration of solid particles by a gas flow in a cylindrical tube, in Heat and Mass Transfer in Dispersed Systems, p. 101. Minsk (1965). Yu. A. DEM’YANOV and V. N. SHMANENKOV, A turbulent detachment zone in a flow of compressible gas, Izv. Akad. Nauk SSSR. Mekhanika (3), 187 (1965).

L. A. DORFMAN,Calculation of a boundary layer on an arbitrary axisymmetric surface, rotating in a fixed medium, Zh. Prikl. Mekh. Tekh. Fiz. (3), 89 (1965). L. A. DORFMAN,On the integration of equations of a boundary layer forming during rotation of an axisymmetrical body in the infinite stationary medium. Inzh. Zh. 5 (3), 560 (1965). G. I. EL’KIN and Z. R. GORBIS,Study of the elements of

mechanics, aerodynamics and heat transfer in “dragged gas suspension”, in Heat and Mass Transfer in Dispersed Systems, p. 71. Minsk (1965). V. M. EMEL’YANOV, Calculation of axisymmetrical supersonic jet flowing out to supersonic wake or stationary medium, Inzh. Zh. 5 (3), 545 (1965). A. M. EPSHTEIN,The shape of a turbulent jet axis in an infinite transverse horizontal flow, Inzh.-Fiz. Zh. 9, (4) 451 (1965).

E. V. EREMENKO, Tangential stresses and head losses in nonuniform open laminar flows, Prikl. Mekh. Otd. Matem., Mekhki i Kibernetiki AN USSR 1 (6), 106 (1965). G. A. EVSEEV,The experimental study of rarefied gas flow, Izv. Akad. Nauk SSR. Mekhanika (3) 165 (1965).

A. A. GALEEV,Some limitations of the energy quantity and spectrum of turbulent fluid motion in conditions of

1006 developed

A. turbulence,

V. LUIKOV

Zh. Prikl. Mekh. Tekh. Fiz. (3), 39

(1965). S. M. GILINSKY and M. G. LEBEDEV, The calculation of a supersonic ideal gas flow around elliptical cylinders, Izv. Akad. Nauk SSSR. Mekhanika (3), 182 (1965). I. P. GINZBURG and N. S. KREST’YANINOVA, An incompressible turbulent boundary layer on a plate with injection, Inzh.-Fiz. Zh. 9 (4), 444 (1965). D. N. GORELOV and L. V. DOMINAS, Calculation of aerodynamic forces and moments, operating on a latfice of plates, vibrating in a plane flow of incompressible fluid, Izv. Akad. Nauk SSSR. Mekhanika (3), 25 (1965). V. N. GUSEV, T. V. KLIMOVA er al., Viscous hypersonic gas flow around thin pointed cones, Inzh. Zh. 5 (3), 416 (1965). I. I. IBRAGIMOV,V. P. KASHKAROV and A. T. LUK’YANOV, A boundary layer on a moving continuous flat surface, Izv. Vyssh. Ucheb. Zaved. Avials. Tekhn. (2), 18 (1965). Yu. P. IVANILOV, The asymptotics of an axisymmetric eddying jet of an ideal incompressible fluid, Prikl. Matem. Mekh. 29 (3), 599 (1965). T. F. IVANOV, On a laminar flow of viscous incompressible fluid around a paraboloid of revolution, Izv. Akad. Nauk SSSR Mekhanika (2). 11 (1965). S. M. KAPUSTYANSKY, A laminai boundary layer in high speed gas flow, Tru@ Leningr. Politekhn. In-ta (248), 59 (1965). Yu. E. KARYAKIN, Similarity problems of a spatial boundary layer, Trudy Leningr. Politekhn. In-la (248). 14 (1965). 0. N. KA~SKOVA and P. I. CHUSHKIN, Three-dimensional supersonic equilibrium gas flow around bodies set at an angle, Zh. Vychisl. Matetn. i Matem. Fiz. 5 (3), 503 (1965). G. S~KHODAKOV, Laws of gas flow through finely porous bodies. Dokl. Akad. Nauk SSSR 163 (2). 350 (1965). A. A. KHAMIDOV, On a particular metho of the prbblem solution of a heavy liquid jet flow past curvilinear surfaces, Dokl. Akad. Nauk SSSR, (I), 31 (1965). L. F. KOZLOV, Calculation of -incompressible laminar boundary layer on a flat plate with slot suction, Inzh.-Fiz. Zh. 9 (4), 433 (1965). L. F. KOZLOV, On optimum suction of a boundary layer on a porous plate with initial turbulence in the flow, Inzh.Fiz. Zh. 9 (2), 151 (1965). L. V. KOZLOV, Experimental determination of heat-transfer law for turbulent boundary layer in supersonic flow, in Study of Heat Transfer in Flows of Liquid and Gas, p. 91. Moscow (1965). L. V. KOZLOV. The influence of blunting the nose of a flat plate on heat transfer in supersonic flow. in Study of Hear Transfer in Flows of Liquid and Gas, p. 103. Moscow (1965). P. K. KONAKOV, On a particular solution method for equations of a nonisothermal laminar boundary layer. Trudy-Mosk. In-ta Inzhenerov Zh.-D. Transporta (189), 27 (1965). P. K. KONAKOV, On an isothermal viscous fluid flow past a thin plate, Trudy Mosk. In-la Inzhenerov Zh.-D. Transporta (189), 15 (1965). P. K. KONAKOV, On a nonisothermal viscous fluid flow past a thin plate, Trudy Mosk. In-ta Inzhenerov Zh.-D. Transporra (189). 21 (1965). A. N. KRAIKO and L. E. STERNIK, A theory of flows of two-

velocity continuous medium with solid or fluid particles, Prikl. Matem. i Mekh. 29 (3). 418 (1965). T. P. KRUPCHATNIKOVA and V. P. L;TOV&HENKO. Calculation of turbulence distribution in jets, Trudy Tsmtr. Aerolog. Observator. (63). 3 1 (1965). Yu. V. LAPIN, The influence of catalytic recombination on heat transfer in a “frozen” turbulent boundary layer, Trudy Leningr. Politekhn. In-ta (248), 82 (1965). V. A. LEVIN, Unsteady motion ofcharged gas with particle generation, Zh. Prikl. Mekh. Tekh. Fiz. (2). 13 (1965). A. M. LEVSHAKOVand N. I. SYROMYATNIKOV.Study of heat transfer in a dust-gas flow around a spherical surface, Izv. Vyssh. Ucheb. Zaved. Energetika (7). I 10 (1965). A. U. LIPETS, Yu. I. LIPETS et al., Aerodynamic resistances of compact staggered tube bundles, Teploenergr/ika 12 (6), 32 (1965). L. I. LOITSYANSKY,A parametric method for Integration 01 equations of the laminar boundary layer, Trudy Leningr. Politekhn. In-la (248), 45 (1965). A. 1. LOSHKAREV, On transformation efficiency of kinetic energy of the vapour of conducting liquid condensing in an electromagnetic field, Ix. Akad. Nuuk. SSSR. Energeiika i Transport (3). 82 (I 965). V. V. LUNEV, Hypersonic flow around a triangular plate with blunted leading edges, Ii%‘. Akad. Nauk SSSR. Mekhanika (3). 9 (1965). Yu. P. LUN’KIN, F. D. POPOV et al., Singularity transitions in numerical solution of problems of supersonic flow past bodies, Trudy Leningr. Polirekhn. In-la (248), 7 (1965). I. S. MAKAROV and B. G. KHUDENKO, A system of plane turbulent jets, Znzh.Fiz. Zh. 9 (2). 180 (1965). V. M. MAMIN and T. KH. SEDEL’NIKOV,On sound radiation by a laminar supersonic jet, Akust. Zh. 11 (2), 255 (1965). B. P. MIRONOV, Turbulent boundary layer in a supersonic diffuser, Inch.-Fiz. Zh. 9 (I), 3 (1965). V. M. MISHCHENKO, A turbulent boundary layer on a lattice profile in the presence of local detachment, Trud! Leningr. Politekhn. In-ta (248). 93 (1965). S. I. MOCHAN and 0. G. REVZINA, Aerodynamic resistance of tube bundles in cross flow, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 384. MoscowLeningrad (1964). 0. V. MORIN, L. V. GRANITSKY and A. F. NEERMOLOV,An apparatus for the determination of local acceleration in a turbulent flow, Zzv. Vyssh. Ucheb. Zaved. Strait. i Arkhitekt. (4), I74 (I 965). P. P. MOSOLOV and V. P. MYASNIKOV, Variation methods in a theory of flow of a viscous plastic medium, Prikl. Matem. i Mekh. 29 (3), 468 (1965). G. I. NAZAROV. The general exact integral of equations for one class of compressible fluids. Zh. Prikl. Mekh. Tekh. Fiz. (2), 130 (196j). M. S. NATANZON, Forced continuous oscillations of fluid in pipelines, Izv. Akad. Nauk SSSR. Mekhanika (2). 33 (1965). V. V. ORLOV, Distribution of solid concentration in a suspension flow, Znzh.-Fiz. Z/z. 9 (2). 255 (1965). A. P. ORNATSKY, Correlation of experimental data on surface boiling hydraulic resistance, Zh. Prikl. Mekh. Tekh. Fiz. (3). 113 (1965). V. M. PASKONOV and N. B. RABIN’KINA, Solution of equa-

HEAT

TRANSFER

BIBLIOGRAPHY-RUSSIAN

Cons of a transient layer by a difference method, Sb. Rabot Vychisl. Tsentra MGU 4, 130 (1965). M. V. PECHENKIN, Equipment, methods and technics of experimental study of turbulent water-suspension flows, IZV. VNII Gidrotekhniki 16, 365 (1964). U. G. PIRUMOV and V. N. SUVOROVA, on a particular calculation example of supersonic gas flow near a symmetry axis, Sb. Rabot Vychisl. Tsentra MGU 4, 52 (1965). M. E. PODOL’SKY, On hydrodynamics of the nonisothermal lubrication layer, Izv. Akad. Nauk SSSR. Mekhanika (2), 26 (1965). Yu. A. POLYAKOV, I. M. NABOKO and Yu. V. MAKAROV, The experimental determination of operating time of a shock tube by the method of a thermal probe, TeploJiz. Vysok. Temper. 3, 457 (1963). 0. Yu. POLYANSKY, On the instability of some stationary flows of relaxing gas, Izv. Akad. Nauk SSSR. Mekhanika (3), 3 (1965). B. I. REZNIKOV and Yu. N. SMYSLOV,Study of an equation set of a laminar boundary layer in compressible gas near of the stagnation line, Zh. Prikl. Mekh. Tekh. Fiz. (3). 85 (1965). P. N. ROMANENKO and V. N. KHARCHENKO, Estimation of kinetic energy losses in a pipe liquid flow, In:h.-Fiz. Zh. 9 (3), 384 (1965). E. A. ROMISHEVSKY,Calculation of flow about the stagnation point of a blunt body with radiation, Inzh. Zh. 5 (3), 548 (1965). S. SH. ROZENBERG, Distribution of velocities in a nonisothermal laminar boundary layer, in Convective Heat Transfer in Two-phase and Monophase Flows, p. 425. Moscow-Leningrad (1964). S. E. SAKS, Turbulent flow of air-mixtures in tubes, Inzh.Fiz. Zh. 9 (4), 461 (1965). S. L. SHAGALOVA, T. N. SHNITSERand G. V. GROMOV, Study of aerodynamic properties of the flow from a burner with vane arrangements, Teploenergetika 12 (6), 27 (1965). K. K. SHALYEV, The effect of stream boundaries upon cavitation flow past a cylinder, Zh. Prikl. Mekh. Tekh. Fiz. (3), 103 (1965). Yu. D. SHMYGLEVSKY,On maximum resistance in a supersonic flow, Prikl. Matem. i Mekhanika 29 (3), 604 (1965). B. YA. SHUMYATSKY, Yu. KIBARDIN and G. A. SALTANOV. A supersonic wind tunnel with dissociating working substance. Teplofiz. Vysok. Temp. 3 (3), 467 (1965). L. M. SIMUNI and N. M. TERENT’EV, Numerical solution of equations of the “monoparametric” boundary-layer theory, Trudy Leningr. Politekhn. In-ta (248), 56 (1965). L. G. STEPANYANTS,Calculation of profile resistance at high speed of gas in the presence of heat transfer, Trudy Leningr. Politekhn. In-ta (248), 88 (1965). L. G. S~EPANYANTSand N. D. ZABLOTSKY, On some possible simplifications of the Reynolds equation of gas lubrication, Trudy Leningr. Politekhn. In-ta (248), 27 (1965). V. A. SUKHNEV, Determination of resistance of flat plate at

a zero angle of attack in a supersonic rarefied gas flow, Izv. Akad. Nauk SSSR. Mekhanika (2), 171 (1965). V. A. SUKHNEV, The experimental determination of the sphere resistance in a supersonic rarefied gas flow, Izv. Akad. Nauk SSSR. Mekhanika (3). 172 (1965). A. S. SUKOMEL, V. I. VELICHKO et al. Study of friction drag

WORKS

1007

in a compressible

gas flow at the starting portion of a tube drops between the gas and wall, Teplojz. Vysok. Temper. 3 (3), 480 (1965). A. M. TER-KIUKOROV, On a wave theory of an established type in heterogenous fluid, Prikl. Matem. i Mekh. 29 (3), 440 (1965). 0. E. TSYN~OVA, On the vibration at rise of fluid, Izv. Akad. Nauk SSSR. Mekhanika (2). 43 (1965). 0. F. VASIL’EVand N. S. KHAPILOVA, Motion equations of a thin liquid layer on the surface of a rotating body of revolution Zh. Prikl. Mekh. Tekhn. Fiz. (3), 97 (1965). 0. F. VASIL’EV, T. A. TEMNOEVA and S. M. SHUGRIN, A numeral calculation method for transient flows in open channels, Izv. Akad. Nauk SSSR. Mekhanika (2), 17 (1965). A. B. VATAZHIN, Development of a magnetohydrodynamic boundary layer in a sudden onset of motion or sudden drag in a supersonic flow on a half-space boundary, Zh. Prikl. Mekh. Tekh. Fiz. (2), 3 (1965). V. V. YAKOVENKO, The experimental study of hydrodynamic characteristics of a shaft of a propeller of a high-speed boat, Trudy Leningr. Politekhn. In-ta (248), 121 (1965). V. I. YUDOVICH, An example of the onset of secondary stationary or periodical flow associated with the loss of stability in a laminar viscous incompressible fluid flow, Prikl. Matem. i Mekh, W (3), 453 (1965). N. A. ZAMYATINA and A. G. PRUDNIKOV, On the velocity of molecular mixing in the starting portion of a turbulent jet. Izv. Akad. Nauk SSSR. Energetika i Transport (3), 137 (1965). P. P. ZOLOTAREV, Equations of energy conservation in the flow of compressible fluid in a porous medium, Izv. Akad. Nauk AZ. SSR. Ser. Geolog.-Geogr. Nauk. (6), 49 (1964). P. P. ZOLOTAREV, On thermoelasticity equations for porous media saturated with fluid or gas, Inzh. Zh. 5 (3). 425 (1965).

at large temperature

DRYING PROCESSES M. I. BEILIN, Drying of coal slime in a fluidized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 233. Moscow (1965). I. A. BUROVOI and G. I. SVETOZAROVA, A mathematical model of a drying process in a fluidized bed with distributed parameters, Khim. Prom. (6), 7 (1965). V. P. DUSHCHENKO, KH. B. BAIDZHANOV and Yu. V. ROLL, An analysis of forms of bonds and state of moisture by drying thermograms, Izv. Vyssh. CJcheb. Zaved. Pishchev. Tekhnolog. (3), 154 (1965). A. I. EGOROV and V. V. YUNITSYN, An experimental estimation of some hydrodynamic characteristics of slotted directing installations (for paper drying), Izv. Vyssh. Ucheb. Zaved. Lesnoi.Zhurn. (2). 139 (1965). 1. T. EL’PERIN and V. K. KHOK&OV, I∈ of granular materials in cascade installations with &satin@ fluidized bed, in Use of the Fluidized Bed in tie Sovie; Industry, p. 216. Moscow (1965). N. I. GEL’PERIN, 0. I. PODGAETSKAYAand M. K. DUBININ,

Study of a drying process of some polymer and auxiliary

1008

A.

V. LUIKOV

materials in a fluidized bed, in Use of the Fluidized Bed in S. G. ROMANOVSKY, Heat and mass transfer in capillarythe Soviet Industry, p. 264. Moscow (1965). porous materials during drying in an electrical field. A. S. GINZBURG and V. A. REZCHIKOV, Study of aerodyInzh.-Fiz. Zh. 9 (4) 496 (1965). namics and heat and mass transfer during drying of A. P. RYSIN and S. A. MACHIKHIN, Study of drying and thermolabile food materials in a Auidized bed, in Use of cooling of sesame in a fluidized bed with mechanic the Fluidized Bed in the Soviet Industry, p. 73. Moscow oscillations, in Use of the Fluidized Bed in the Soviet (1965). Industry, p. 266. Moscow (1965). Yu. YA. KAGANOVICH and A. G. ZLOBINSKY, Drying and A. A. SOKOLOV and G. M. SLEPYKH, On the equation of the dehydration in a fluidized bed, in Use of the Fluidized Bed curve of drying in the period of falling velocity, Izv. ~vssh. in the Soviet Industry, p. 193. Moscow (1965). Vcheb. Zaved. Pishchev. Tekhnolog. (3) 130 (1965). M. F. KAZANSKY, R. V. LUTSYK and V. M. KAZANSKY, V. E. SHIPOV, Drying of potassium salts in fluidized bed Determination of forms of the bond of moisture with installations, in Use of the Fluidized Bed in the Soviet dispersed bodies by the method of drying thermogram in Industry, p. 259. Moscow (1965). a wide temperature range, in Heat and Mass Transfer in G. I. SVETOZAROVA and I. A. BUROVOI, Mathematical Dispersed Systems, p. 136. Minsk (1965). models of drying in a fluidized bed, Inzh.-Fiz. Zh. 9 (1) I. S. KEITEL’GISSER,V. L. KHUDYAKOV and Yu. M. RUBIN, 34 (1965). Drying of floatation concentrate in a fluidized bed, in V. I. ZHIDKO, Drying of grain in a fluidized bed with a Use of the Fluidized Bed in the Soviet Industry, p. 223. mechanic agitator, in Use of the Fluidized Bed in the Moscow (1965). Soviet Industry, p. Moscow (1965). M. A. KIEVLEEV, S. Z. LEVINXIN and D. I. OROCHKO, Drying of suspensions and moist materials in a fluidized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 270. THERMAL PROPERTIES AND THEIR Moscow (1965). DETERMINATION METHODS, THERMAL E. V. KOROVKIN, Dryers with an extending fluidized bed, in MEASURING DEVICES Use of the Fluidized Bed in the Soviet Industry, p. 186. S. A. ALIEV, A. YA. NASHEL’SKYand S. S. SHALYT, Thermal Moscow (1965). conductivity and thermal e.m.f. of n-InP. at low temperaYu. P. KOS’KOV and V. S. BRAGIN, Drying and classification of loose materials in a fluidized bed, in Use of the Fluidized tures, Fiz. Tverd. Tela 7 (5), 1590 (1965). Bed in the Soviet Industry, p. 220. Moscow (1965). N. G. ALIEV and N. V. VOLKENSHTEIN. Heat conductivity M. D. KUZNET~W, Z. G. LYANNAYA et 01.. Coal drying in of scandium and yttrium at low temperatures, Fiz. Metal. an apparatus with directed motion of the fluidized bed, i MetoBoved. 19 (5), 793 (1965). in Use of the Fluidized Bed in the Soviet Industry, p. 229. A. M. BAKLASTOV, V. S. SOKOLOVSKYet al., Application of an electrofilm detecting element for air humidity measureMoscow (1965). ment, Izv. Vyssh. Vcheb. Zaved. Energetika (5) 120 (1965). I. L. LYUBOSHITSand I. F. PIKUS, Study of vegetables drying in a fluidized bed under conditions of oscillation, Izv. A. I. BANNIKOV, V. A. KHRISTICH and G. N. LYUBCHIK, Thermo-electrical method ofvelocity fluctuation measureVyssh. Vcheb. Zaved. Pishchev. Tekhnolog. (3) 134(1965). ment in gas flow, Inch.-Fiz. Zh. 9 (4). 501 (1965). Yu. A. MIKHAILOV and B. B. SVIKLIS, Drying of peat by superheated vapour under pressure, Inzh.-Fiz. Zh. 9 (4). I. I. CHERNOBYL’SKY and E. G. VORONTSOV, A measuring device of temperature and thickness of the wetting film, 487 (1965). A. A. MORILOV, G. K. RUBTXW and N. I. SYROMYATNIKOV, Vestn. Kievsk. Politekhn. In-ta. Ser. Khim. Mashinostr. i Study of drying of fine-grained agglutinating materials in Tekhnologii (l), 141 (1965). a fluidized bed with recirculation of material, in Use of E. N. DIMAROVA and Yu. M. POPLAVKO, Heat conductivity of ceramic barium titanium and solid solutions on its the Fluidized Bed in the Soviet Industry, p. 253. MOSCOW base, Izv. Akad. Nuuk SSSB. Ser. Fiz. 29 (6), 985 (1965). (1965). G. N. MOROZOV, On a distribution of a porous material in a F. N. DRESVYANNIKOV and G. A. MUKHACHEV, Some methods of heat conductiv ty correlation of dissociating cylindrical bed to be dried by gas blowing through the bed, in Heat and Mass Transfer in Dispersed Systems, gases, Zh. Prikl. Mekh. Tekh. Fiz. (2) 116 (1965). G. N. DUL’NEV and L. A. KOMKOVA. Analysis of the experip. 167. Minsk (1965). mental studies of thermal conductivity of solid porous P. G. ROMANKOV and N. B. RASHKOVSKAYA, Drying in a systems, Inrh.-Fiz. Zh. 9 (4) 517 (1965). fluidized bed, in Use of the Fluidized Bed in the Soviet V. D. DUNSKY and A. I. TAMARIN, On heat conductivity of Industry, p. 176. Moscow (1965). disperse material in vacuum, in Heat and Muss Transfer P. G. ROMANKOV and N. B. RASHKOVSKAYA, Drying of in Dispersed Systems, p. 160. Minsk (1965). paste materials in a fluidized bed, in Use of the Fluidized V. P. DUSHCHENKO and KH. B. BAIDZHANOV, Determination Bed in the Soviet Industry, p. 241. Moscow (1965). of moisture diffusivity and thermal gradient coefficient in P. G. ROMANKOVand N. B. RASHKOVSKAYA,Modern drying particular colloidal capillary-porous materials, Inch.-Fiz. techniques in chemical industry, Zh. Vsesoyuzn. Khim. Z/I. 9 (2), 201 (1965). Ob-va im. Mendeleeva 10 (l), 18 (1965). B. B. ERSHOV, V. P. RYABOV and L. E. KOCHEROV. An P. G. ROMANKOV, N. B. RASHKOVSKAYAand A. D. GOL’Tapparatus for measurement of gas mixture moisture by SIKER, Modern state of drying in a fluidized bed abroad, the method of heat conductivity, Zavodsk. Laborat. (7). in Use of the Fluidized Bed in the Soviet Industry, p. 206. 887 (1965). Moscow (1965).

HEAT

TRANSFER

BIBLIOGRAPHY-RUSSIAN

Yu. E. FRAIMAN, A quasi-stationary method of complex determination of thermal characteristics of building materials, in Problems of Constructional Thermal Engineering, p. 419. Minsk (1965). Z. I. GELLER, Yu. L. RASTORGUEVand Yu. A. GANIEV, Heat conduction of selective solvents, Izv. Vyssh. Vcheb. Zaved. Neft i Gas (6), 79 (1965). E. I. GOL’TSOVA, The experimental determination of fluid aluminium density up to 15OO”C, Teplofz. Vysok. Temper. 3 (3), 483 (1965). L. P. GRABOI, L. P. LENSKAYA and A. P. CHUDNOVSKY, Determination of the heat conductivity coefficient of graphite layers on the basis of epoxide resins, Plasf. Massy (3), 41 (1965). V. G. KAISHAURI, On a problem of continuous measurement of high temperatures in attacking media, Trudy Gruz. Politekhn. In-ta (l), 125 (1965). V. M. KAZANSKY, Specific heat of moisture evaporation from clay minerals, in Heat and Mass Transfer in Dispersed Systems, p. 153. Minsk (1965). P. M. KESSELMANand P. A. KOYLYAREVSKY,A method of determination of critical density of substance in the state of saturation according to experimental data, Znzh.-Fiz. Zh. 9 (2), 223 (1965). A. G. KHARLAMOV, Thermal conductivity of packing of ceramic pellets. Inrh.-Fiz. Zh. 9 (I), 48 (1965). V. A. KIRILLIN, A. E. SHEINDLIN et al., The experimental determination of niobium enthalpy in a temperature range from 600 to 2600”K, Teplofz. Vysok. Temper. 3 (3), 395 (1965). V. I. KOFANOV, Calculation of fluid suspension properties as heat-transfer agents, Izv. Vyssh. Vcheb. Zaved. Energetika (6) 63 (1965). P. A. KOLESNIKOV and E. YA. LEIBMAN, Specific heat capacity of a material. (Study of specific heat of textile fibres.) Nauchn-Issled. Trudy (TsNII Shveinoi Prom.) (13), 51 (1965). Yu. P. KOLESOV, P. K. VASIL’EVand L. N. GAL’PERIN, Automatic fluid calorimeter, Zh. Fiz. Khim. 39 (5) 1266 (1965). B. T. KOLOMIETS, L. PAYASOVA and L. SHTOURACH, On thermal conductivity of semiconducting chalcogenide glasses, Fiz. Tverd. Tela 7 (5), 1588 (1965). E. E. KOLOSOV and P. V. SHARAVSKY.On the thermal e.m.f. and thermal conductivity of Hg telluride with various impurity contents, Fir. Tverd. Tela 7, 2247 (1965). I. K. KONCHITS, Measurement of semi-conductor heat conductivity with the aid of the bridge method, Inzh.-Fiz. Zh. 9 (4), 533 (1965). YA. A. KRAFTMAKHER and I. M. CHEREMISINA,A modulation method for study of thermal expansion, Zh. Prikl. Mekh. Tekh. Fiz. (2), 114 (1965). A. A. LISENKOV, Combined determination of thermal properties of moist materials at any values of the Fourier number. Inzh.-Fiz. Zh. 9 (4), 520 (1965). M. D. MIKHAILOV, On the measurement of flow temperatures with fluctuating velocity, Izmer. Tekhnika (5), 24 (1965). YA. M. NAZIEV, The relation between heat conductivity and viscosity for hydrocarbon vapours of a methane series, Zh. Fiz. Khim. 39 (6), 1359 (1965). L. N. NOVICHENOK and E. A. RASKINA, Study of thermal

WORKS

1009

properties of fine insulating layers and coatings, in Problems of Constructional Thermal Engineering, p. 401. Minsk (1965). L. A. NOVITSKY and N. N. ERGARDT, New apparatus for thermal investigations, Teplohz. Vysok. Temper. 3, 463 (1965). I. E. PAUKOV, P. G. STRELKOV et al., Specific heat of black phosphorus at low temperatures, Dokl. Akad. Nauk SSSR. 162 (3) 543 (1965). V. M. SHEVELYEV and B. L. MARKOV, Measurement of radiant properties of flame by a radiometer without the condensing agents, Inzh.-Fiz. Zh. 9 (l), 64 (1965). G. S. SHIMONAEV, Dependence of the average thermal capacity of liquid hydrocarbons on the molecular volume and boiling temperature, Zh. Fiz. Khim. 39 (5), 1116 (1965). V. N. SLESARENKO, Thermal constants of sea-water, Izv. Vvssh. Vcheb. Zaved. Energetika (5), 117 (1965). B. M. SMOL’SKY, On the book “Electrical Simulation of Temperature Fields” by L. A. Kozdoba, In:h.-Fiz. Zh. 9 (2). 271 (1965). L. A. SUKHAREVA, V. A. VORONKOV and P. I. ZUBOV, Thermal properties of polymer coverings, Inzh.-Fiz. Zh. 9 (2). 211 (1965). D. YA. SVET, Comparison of classic methods of pyrometry for real bodies with continuous spectrum of radiation, Teplof Vysok. Temper. 3 (3), 452 (1965). D. L. TIMROT and A. S. UMANSKY, Study of helium heat conductivity in a temperature range from 400 to 24OO”K, Teplojz. Vysok. Temper. 3 (3), 381 (1965). V. A. TSYMARNYI and V. A. ZAGORUCHENKO, An experimental installation for the investigation of thermal properties of gas mixtures, Teplofiz. Vysok. Temper. 3 (3) 473 (1965). L. L. VASIL’EV, Study of thermal properties of building materials at low temperatures, in Problems of Constructional Thermal Engineering, p. 407. Minsk (1965). B. G. VEKHTER and I. B. BERSUKER, Anomalies of heat capacity and heat conductivity in complex crystals. Fiz. Tverd. Tela 7 (5) 1569 (1965). A. B. VERZHINSKAYA, Methods and apparatus for mass determination of thermal properties of nonmetallic materials, in Problems of Constructional Thermal Engineering, p. 413. Minsk (1965). I. I. VISHNEVSKY and V. N. SKRIPAK, The temperature hysteresis in heat conduction in breakdown of solid solutions, Dokl. Akad. Nauk SSSR 163 (2), 418 (1965). M. P. VUKALOVICH, V. V. ALTUNIN and A. N. GUREEV, The experimental study of C, of carbon dioxide at high pressures, Teploenergetika 12 (7) 58 (1965). N. A. YARYSHEV, An equation of heat exchange of a temperature probe with heat losses and radiation, Izmer. Tekhn. (5) 20 (1965). G. G. ZAITSEVA and YA. A. KRAFTMAKHER. Thermal capacity of titanium near the phase transformation, Zh. Prikl. Mekh. Tekh. Fiz. (3), 117 (1965). V. L. ZAKHAROV, Results of study of heat conductivity of humid air, in Problems of Constructional Thermal Engineering, p. 347. Minsk (1965). A. M. ZVYAGEL’SKY,R. A. MAKAROV and S. N. VOROTNYAK, Small-size apparatus for temperature measurements in

1010

A. V. LUIKOV

thermal studies, in Problems of Constructional Thermal Engineering. p. 442. Minsk (1965).

HEAT AND MASS TRANSFER iNVOLVING HIGH TEMPERATURES AND IN PLASMA A. F. ALEKSANDROV and I. M. YATSEWLCO, Study of complex conductivity of neon plasma by the cumetre method, Teplojiz. V’ysok. Temper. 3 (3), 354 (1965). Yu. M. ALIEV,Viscosity ofplasma in a heavy magnetic field. Zh. Prikl. Mekh. Tekh. Fis. (3). 19 (1965). G. M. BAM-ZELIKOVICH, On the Hall current effect on high velocity conducting gas flows, Zh. Prikf. Mekh. Tekh. Fiz. (3). 27 (1965).

A. I. BERTINOV and D. A. BUT, A method of maintaining predetermined conditions in the conducting gas flow in a cross magnetic field, Izv. Akad. Mauk SSSR. Energetika i Transport (3), 94 ( 1965). G. S. BWOVATY-KOGAN, Isotropic corrections for the Max-

wellian distribution functions in plasma and energy transfer rates, Zh. Prikl. Mekh. Tekh. Fiz. (3), 74 (19651. G. S. BISNOVATY-KOGAN, Viscosity of partially ionized twotemperature plasma, Zh. Prikl. Mekh. Tekh. Fiz. (2), 74 (1965). G. Yu. DAUTOVand M. F. ZHUKOV,Some generalizations of electric arcs investigations, Zh. Prikl. Mekh. Tekh, Fiz. (7). 97 (1965). Yu. V. EREMINand A. M. TROKHAN,On velocity measurement of plasma jets, Zh. Prikl. Mekh. Tekh. Fiz. (2), 86 (1965). A. L. GENKIN. A laminar magnetogasdynamic boundary

layer on a conducting surface in crossing electric and magnetic fields, Teplofiz. Vysok. Temper. 3 (3). 401 (1965). N. P. GIORC;ADZE and V. P. SILIN,On nonlinear Auctuation in plasma with Coulomb interaction Zh. Prikl. Mekh. Trkh. Fi:. (3), 3 (1965). V. M. GOL’DFARBand S. V. DRESVIN, Optical study of temperature and electron concentration distribution in argon plasma, Teplojiz Vysok. Temper. 3 (3) 333 (1965). L. I. GRECHIKH~N and L. YA. MIN’KO,Study of the structure of supersonic plasma jet and the mechanism of its formation, Zir. Prikl. Mekh. Tekh. Fiz. (31, 77 (1965). A. G. KHANTADZE,On a particular problem by N. E. Kochin in magnetic hydrodynamics, Geomagneti.sm i Aeronomi.va 5 (2), 345 (1965).

L. I. KOLONINAand V. YA. SMOLYAKOV, Rotary motion of regions near the electrodes and peculiarities of disposition of an arc column in a plasmatrone with vortex gas stabilization. Zh. Prik/. Mekh. Tekh. Fiz. (3). 80 (1965). A. I. KOVALEV,Simulation of current density distribution in a magneto-hydrodynamic channel with anisotropic conductivity, Zh. Prikl. Mekh. Tekh. Fiz. f2), 91 (1965). M. A. LEBEDEV,Study of low-temperature cesium plasma in a low-voltage arc. Zh. Prikl. Mekh. Tekh. Fiz. (21, 41 (1965). S. M. LEVITSKY and I. P. SHASHLJRIN, Diffusion theory for plasma beams, Zlt. Tekhn. Fiz. 35 (71, 1182 (1965). Yu. V. MOSKWNand N. N. CHESNOKOVA, Spectroscopic

study of an argon jet at the exit from a plasmatron nozzle, Teplofz. Vysok. Temper. 3 (3), 370 (I 965). L. S. PALATNIKand A. A. LEVCHI:NKO. On entrance of the

electrode material into the spark discharge cloud. .?/I. Tekhn. Fiz. 35 (5), 883 (1965). Yu. L. ROZENSHTOK, An approximate

solution of difIus~v~’ transfer problems with a variable diffusion coefficient,

Zh. Fir. Khini. 39 (5). 1I35 (1965). V. A. RYKOV, Invariant transformation

in magnetogasdynamics equations for a special case, Inch. Zh. 5 (31, 542

.

( 1965).

E. G. SAKHNOVSRY,Effect of the viscosity anisotropy on plane parallel flow of ionized medium in a coplanar magnetic field, Zh. Prikl. Mekh. Tekh. Fir. (3). 11 (1965). E. G. SAKHNOVSKY, Viscous friction and heat flux in the flow of a partially ionized medium through a plane channel with anisotropy of the transfer coefficients. Zh. Prikl. Mekh. Tekh. Fiz. (2), 88 (1965).

A. P. SHISTER, On dielectric permeability of isothermal plasma, Teplofia. Vysok. Temper. 3 (3), 360 (1965). V. L. SERGEEV, Methods of measurement of high heat fluxes, Inzh.-Fiz. Zh. 9 (4), 427 (1965). Yu. S. SIGOV,Structure ofa boundary layer between rarefied plasma and a magnetic field, Zh. PrikL Mekh. Tekh. Fiz. (2), 15 (1965). 0. I. YASKO,On the heat-transfer mechanism in an arc with transverse blowing, Inch.-Fiz. Zh. 9 (I), 61 (1965).

TRANSFER PROCESSES TECHNOLOGICAL

IN

INST~A~ONS

V. G. AINSHTEINand N. I. GEL’PERIN,Heat transfer between a fluidized bed and a surface, Khim. Prom. (6), 16 (1965). A. A. AKHUNDOV,Study of hydrodynamics of perlite fluidization, Shorn. Trudov (VNII Strait. Mater. i Konstr.) (3), 79 (1964).

A. D. ALEKSEEV, Effect of unsteady-state of gas flow on the behaviour of a bed of granular materials, Izv. Tomsk. Pofitekhn. in-ta 133, 69 (1965). Yu. V. ALEKSEEV,Roasting of nickel concentrate

in a fluidized bed at the “Severonikel” plant, in Use of the Fluidized Bed in the Soviet Industry, p. 111. Moscow. (1965). V. S. AL’TSHULER and G. P. SECHENOV,Use of high pressures in fluidization processes, in Use of the Fhddized Bed in the Soviet Industry. p, 345. Moscow (1965). A. K. ANDREWSKY,Estimation of effective heat transfer by heating pipelines, Izv. Vyssh. Ucheb. Zaved. St&t. i Arkhitekt. (1). 115 (1965). N. V. ANTONISHIN, V. A. BOR~DULYA et al., Thermal and hydrodynamic calculation of a two-chamber multistage regenerative heat exchanger with a rotating packing, in Heat and Mass Transfer in Dispersed Systems, p. 41. Minsk (I 965). A. P. BASKAKOV,V. A. ANTWEEVand L. G. GAL’PERIN, Thermal conditions in intermittently working furnaces for heating metals in a fluidized bed, Znzh.-Fiz. Zh. 9 (4). 480 (1965).

A. P. BASKAKOV and L. G. GAL'PERIN, Critical resistance and critical velocity of tluidization of fine-grain material in installations. Znzh.-Fiz. Zh. 9 (21.217 (19651. A. P. BASKAKOV’ and V. E. Koz~N;‘O~ dperation of gas distributors in installations with a fluidized bed of granular materials, Khim. Prom. (6) 48 (1965).

HEAT

TRANSFER

BIBLIOGRAPHY-RUSSIAN

A. P. BASKAKOV and V. M. PAKHALU~V,On vertical heat conduction of a fluid&d bed in a packing, in Heat and Mass Transfer in Dispersed Systems, p. 31. Minsk, 31 (1965). I. G. BLYAKHER and V. M. PAVLOV,Reduction of material entrainment from fluidized bed conical installations by support grids, Khim. i Heft. Mashinostr. (6), 15 (1965). N. A. BORODINAand A. V. GORYAINOVA, Some practical characteristics of graphite heat transfer installations, Zh. Vsesoyuzn. Khim. 0-va Im. Mendeleeva 10 (l), 58 (1965). A. BORSHAI,Unified type of case-tube heat exchangers, Khim. i Neft. Mashinostr. (6), 39 (1965).

V. A. CHLENOVand N. V. MIKHAILOV,Some properties of a fluidized bed in vibration, Inzh.-Fiz. Zh. 9 (2), 196 (1965). Yu. I. DANILOVand B. M. GALITSEISKY, On a calculation problem of heat exchangers with internal heat sources, in Study of Heat Transfer in Flows of Liquid and Gas, p. 110. Moscow (1965). Yu. I. DANILOV,B. M. GALITSEISKY and N. I. SHUVANOV, On a problem of calculation of heat exchangers with internal heat sources and sinks, in Study of Heat Transfer in Liquid and Gas Flows. p. 126. Moscow (1965). V. I. DEMENT’EV, A method of correlation of heat transfer experimental data for a fluidized bed with a wall, in Use of the Fluidired Bed in the Soviet Industry, p. 31. Moscow (1965). V. M. DEMENT’EV, Roasting limestone in a fluidized bed at the Makeevka Metallurnic Plant after S. M. Kirov. in Use of the FIuidized Bed in the Soviet Industry, p. 154. Moscow (1965). V. M. DEMENT’EV, Yu. P. N~HLE~AE~ et al., Flameless gas burning in a furnace with a fluidized bed, Gaz. Prom. (6), 29 (1965). V. I. DEWATOV,Study of heat transfer of two variants of turbine disk cooling, Izv. Vyssh. Ucheb. Zaved. Aviats.

WORKS

1011

with a fluidized bed for obtaining and regeneration of activated carbon, in Use of the Fiuidized Bed in the Soviet Industry, p. 172. Moscow (1965). A. G. GODZHELLO,On calculation of thermal stability of a liquid-metal contact under emergency conditions, I&.Fiz. Zh. 9 (2), 232 (1965). 2. R. GORBISand Yu. L. TONKONOGY, Aerodynamics and heat transfer of a falling bed with no blowing, Inzh.-Fiz. Zh. 9 (2) 177 (1965).

A. G. GORELIKand N. A. SHAKHOVA, Study of heat transfer in a fluidized bed heated by infrared radiation, Khim. Prom. (6), 24 (1965).

L. A. GORYAINOV,Heat-transfer calculation in boiler furnaces according to a normative method, Trudy Mosk. In-ta Inzh. Zh.-D. Transnorta (189). 67 (1965).

F. 2. GREK and V. N. -KISEL’NIK&, Determination of fluid&I Bystems porosity by the acoustic method, in Use of the Nuidized Bed in the Soviet Industry. p. 46. Moscow (I 965). 0. V. ISAEV,L. A. RUSLANOVA et al., Catalytic oxidation of propylene into acrolein in a fluidized bed, Khim. Prom. (6) 71 (1965).

E. A. KAZAKOVAand Yu. A. KHNORDINA,Cooling of granulated ammoniacal saltpetre and urea in a fluidized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 293. Moscow (1965). E. A. KAZAKOVAand V. M. LINDIN, Measurement of gas temperature in a fluidized bed, in Heat and Mass Transfer in Dispersed Systems, p. 21. Minsk (1965). A. B. KHARCHENKOand A. I. SHUVALOV,Heat transfer installations of steel stampwelded panels, Kholod. Tekhnika (3), 16 (1965).

E. I. KHODOROV and V. YA. ABRAMOV, A method of thermal calculation of roasting furnaces, Khim. Prom. (7), 521 (1965).

Tekhnika (2), 56 (1965).

V. K. KHOKHLOVand I. T. EL’PERIN, Cement clinker G. V. DUGANOV,I. M. SHTAN’KOand G. F. CHERNIKOV, roasting in a multistage furnace with a fluctuating Some heat- and mass-transfer parameters in openings of spouting bed, Nauchn. Soobshch. “Niitsement” 19 (50), deep mines, Izv. Dnepropetr. Gorn. In-ta 43, 61 (1964). 9 (1965). V. F. DUNSKYand N. V. NIKITIN,Pulverisation of liquid by V. I. KISLYKH,Probability distribution of the fluctuation of a rotating disc and the problem of “secondary” atomizathe number of solid phase particles in a fluidized bed, tion of drops, Inzh.-Fiz. Zh. 9 (l), 54 (1965). Khim. Prom. (6), 46 (1965). I. T. EL’PERINand A. T. TAMARIN,On dynamics of fluidized V. V. KLEMENT’EV,Roasting of nickel fainshtein and beds in cascade installations, in Heat and Mass Transfer sulphide concentrate in fluidized furnaces, in Use of the in Dispersed Systems, p, 62. Minsk (1965). Fluidized Bed in the Soviet Industry, p. 115. MOSCOW A. M. GASPARYAN and R. E. AKOPYAN,Pneumatic transport (1965). of fine-dispersed materials in a fixed bed, Khim. Prom. (7). M. A. KLEVLEEV, S. Z. LEVINWNet al., Study of the critical 515 (1965). rates for the onset of suspension and fluidization, in Use N. I. GEL’PERIN,V. G. AINSHTEINet al., Classification of of the Fluidized Bed in the Soviet Industry, p. 55. Moscow loose materials in a fluidized bed, in Use of the Fluidized (1965). Bed in the Soviet Industry, p. 289. Moscow (1965). A. P. KLIMENKO,V. I. KOSTYUKand V. N. KOLOSOV,Heat N. I. GEL’PERIN,V. G. AINSHTEINet al.. Apparatus with a transfer in contact evaporators, Kholod. Tekhnika (3), 35 fluidized bed in a field of centrifugal forces, in Use of the (1965). FluidizedBedin the Soviet Industryrp. 337. Moscow (1665). N. B. KONDUKOVand M. KH. SOSNA,Application of the N. I. GEL’PERIN,V. B. KVASHAand A. S. KOMAROV, Fluidiequilibrium theory of binary systems to a fluidized bed zation of granular materials in an apparatus with a and initial velocity of a transient region, Khim. Prom. (6). rotating distributive lattice, Khim. Prom. (6). 55 (1965). 2 (1965). N. I. GEL’PERIN,P. D. LEBEDEVet al., Heat and mass B. P. KOROL’KOV,Transient performances of heat extransfer in a fluidized bed and in other dispersive systems, changers with independent heating, Izv. Akad. Nauk Khim. Prom. (6), 28 (1965).

A. M. GLUKHOMANYUK and K. E. MAKHORIN,A gas furnace

SSSR. Energetika i Transport (3), 121 (1965).

A. V. KOSTROV,Value of the heat transfer coefficient for the

1012

A.

V. LUIKOV

determination of the temperature of a piston of an internal combustion engine, Avtomat. Prom. (5), 4 (1965). V. M. KWTYLEV and V. G. NABATOV, Heat transfer in a disperse heat-insulating Iayer, In.&.-Fi,-. Zh. 9 (3), 377 (1965). G. YA. KRICHEVSKYand V. I. KORSUNSKY, Theexperimental determination of a heat-transfer coefficient in furnaces with a fluidized bed for roasting of sulphide materials, K/rini. Prom. (6). 41 (1965). A. A. KRICHKO, A. V. LOZOVOI et al., Obtammg naphthalene from petroleum raw material by hydrogenation in a fluid&d bed of a catalyzer. in Use of the Fluidized Bed in the Soviet Industry, p. ~Z8.~Mos~ow~(i965). G. M. KUCHIN and M. I. BATYUKOV, A furnace for evaporation of solutions and obtaining granulated zinc vitriol in a fluidized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 107. Moscow (1965). Yu. P. KURAEV, V. K. KHOKHLOV and I. T. EL’PERIN, Roasting of cement clinker in a furnace of a Ihridized bed, in Use of the FIuidized Bed in the Soviet Industry, p. 159. Moscow (1965). B. N. KUROCHKIN, Study of heat-transfer properties of a gas masout torch of a 600-t Marten furnace, Sb. Nuuchn. Trudov VNILUT (Vsesoyuzn. Nauchn. Issled. In-t Metallurg. Teplotekhniki) (1 1), 245 (1965). A, Z. KU&&NOVA, Design of hearth fattices of heat-proof concrete for fhridized bed furnaces, in Use of the Fl~id~zed Bed in the Soviet Industry, p. 383. Moscow(l965). R. YA. LADIEV and Z. YA. KOZANEVICH, Calculation of temperature fields in a vapour-liquid heat exchanger with variable properties of the heated liquid, Khim. Mashinostr. 1, 115 (1965). R. YA. LADIEV and 2. YA. KOZANEVICH, Dynamic responses of a vapour-liquid heat exchanger with variable liquid properties, Khim. ~ashinostr. 1, 120 (1965). M. I. LAKOZA. A. N. PLANOVSKYand N. N. EGOROV, Study of a mass-transfer process in a fluidized bed of synthetic zeolite, Khim. Prom. (6), 38 (1965). V. 1. LEBEDEV and S. M. POKROVSKY, Comparison of the experimental data with composite heat-transfer predictions in furnaces of boiler units according to the standard method and the method of the Most. In-t of Railway Transport Engineers, Trudy Mask. In-ta Inzhenerov Zh.D. Transporta (189), 75 (1965). G. YA. LEIZEROVICH, Aspects of the application of a fluidized bed in non-ferrous metallurgy, in Use of the FluidizedBed in the Soviet Industry, p. 93. Moscow (1965). I. L. LYUBOSHITS. V. A. SHEIMAN and I. F. PIKUS, A rotor heat exchanger’with a fluidized packing, Prom. Belor. (7). 49 (1965). A. F. MAKAROV, A spatial liquid flow in an interblade channel of a radial-axial turbine, Trudy Leningr. Politekhn. In-ta (248), 14 (1965). M. P. MAKEVNIN, Determination of the interaction time of loose materials with gas medium in drum-type installations, Khim. Prom. (7), 525 (1965). A. M. MALETS and A. N. TERNOVSKAYA,Theoretical bases of pyrite roasting in a fluidized bed, in Use of the Fluid~~ed Bed in the Soviet Industry, p. 75. Moscow (1965). A. L. PEREPELITSA,N. 2. Gusw et al., On heating of coal by a solid heat-transfer agent, Koks i Khim. (6), 21 (1965).

Yu. Su. MAGROS and V. S. BESKOV, Calculation of a contact apparatus with internal heat transfer as a regulation object, Khim. Prom. (5). 357 (39653, l. KH. M~LIK-AKHNAZAR~V rf a!.. Study of a dust-catching system of stepped countercurrent contact installations with a fluidized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 353. Moscow (1965). A. F. MESHIK, Study of a heat-transfer process in chain screens of rotating furnaces. Nauchn. Soobshen. “Niitsement” (Gos. Vseso_vuzn.-Nauchn. Issled. In-t Tsementn. Prom.) 19 (50). 1 (1965). V. K. MIKHAILOY, A. I. YUSHCHENKO er al., Furnace designing and operating conditions of roasting mercury ore in a lhridized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 128. Moscow (1965). 1. P. MUKHLENOV and A. E. GORSHTEIN, Study of a spouting bed, Khim. Prom. (6), 43 (1965). I. E. NAKHUTIN and D. V. OCHKIN, Sorption of radioactive substance in a chromatographic cofumn, Inzh.-Fi:. Zh. 9 (I), 112 (1965). V. P. NEKRASOV and A. Z. SHCHERBAKOV, Heat transfer in boiling of Freon-12 in a rotating evaporator, Izv. Vyssh. Ucheb. Zaved. Pishchev. Tekhnol. (3), 123 (1965). L. K. NIKOLAEV, A general form of the heat-transfer equation for tubular-scraper installations of continuous action. Izv. Vvssh. Ucheb. Zaved. Pishchev. Tekhnobe. (3), 127 (1965): V. E. OVCHARENKO and V. V. BELOBORODW, Hydrodynamics of particles of sunflower oilcake in an upstream of a dissolvent. Izv. Vvssh. Ucheb. Zaved. Pishchev. Tekhnolog. (3), i44 (1965). R. L. PETROVA, Gasdynamic calculation of an installation with a light piston, Trudv Leningr. Politekhn. In-ta (248), 142 (1965). 1. F. PIKUS, On a calculation method of the kinetics of heating of moist materials in a fluidized bed, in Heat and Mass Transfer in Disaersed Svstems. D. 1.5. Minsk (1965). A. I. POLINK~VSKAYA,.Swelling of clay and volcanic rocks in a fluidized bed, in Use of the Fluidized Bed in the Soviet Industry, p. 164. Moscow (1965). P. S. POTEMKIN, Aerodynamics of a fluidized bed of milled refractory material, Ogneupory (4), 10 (1965). P. I. POVARNIN, Calculation of high-stress heat exchangers, in Study of Heat Transfer in Flows of Liquid and Gus, p. 167. Moscow (1965). G. D. RABINOVICH, Calculation of recuperators with variable thermal properties of heat-transfer fluids, In--h.Fiz.-Zh. 9 (I). 117 (1965). T. G. REPENKOVA and V. A. KOPYLOV, Dehydration of potassium phosphate solutions in a ffuidized bed, K&m. Prom. (6). 62 (1965). I. L. REZNIKOV, Yr’. V. SOLOV’EVet al., Carnallite dehydration in a fluidized bed, in Use of the Fluidized Bed in the Soviet Industr~~,p. 133. Moscow, (1965). P. G. ROMANKOV, N. B. RASHKOVSKAYA and A. D. GOL’TSIKW, Someprobiemsof calculation and intensification of thermal processes in a fluid&d bed, Izv. Vyssh. Ucheb. Zaved. Khim i Khim. Tekhno~a~. 8 (2), 320 (1965). P. G. ROMANKOV, N. B. RASKKOVSKAYAand A. D. GOL’TSJKER. Modern state and main problems of hydro-

HEAT

TRANSFER

BIBLIOGRAPHY-RUSSIAN

dynamics of a fluidized bed, in Use ofthe F~uidized Bed in the Soviet Industry, p. 5. Moscow (1965).

A. L. ROZENTAL,Peculiarities of kinetics of gas reactions with solids in a fluidized bed, in Use of the Fiuidized Bed in the Soviet Industry, p. 68. MOSCOW(1965). G. K. RUBTSOV and N. I. SYROMYATNIKOV, Burning of gasair mixture in a fluidized bed of an intermedi& heattransfer agent, in Use of the Fluidized Bed in the Soviet Industry, p. 167. Moscow (1965). G. K. RLJBTSOV and N. I. SYROMYATNIKOV, Calculation and designing of heating furnaces with a fluidized bed, Kuznechno-Shtampovochn.

Proiz. (6), 29 (1965).

T. A. SAVITSKY,Study of heat transfer and aerodynamic resistance in wavy channels with a plane heating surface, Energo~hinostr. (5), 21 (196.5). G. P. SECHENOVand V. S. AL’TS~ULER,Study of some

thermal and the~oca~l~i~. nrocesses in a fluidized bed . under pressure, in Use of the FIuidized Bed in the Soviet Industry, p. 314. Moscow (1965). N. A. SHAKHOVA and A. G. GORELIK,On application of a aeneralized theorv of regular conditions for heat transfer rn a fluidized bedlin Heat and Mass Transfer in Dispersed Systems, p. 47. Minsk (1967). N. A. SHAKHOVA and A. G. GORELIK,The time of thermal relaxation of solids in a fluidized bed, Inzh.-Fiz. Zh. 9 (4), 475 (1965). Yu. N. SHIMANSKY,Application

WORKS

1013

tion of a d~om~sing material in a flmaued bed reactor, Zzv. lJyssh. Ucheb. Zaved. E~~etika (6), 54 (1965). G. M. VOL’DMANand A. N. ZELIKMAN,Determination of the output of a fluid&d bed apparatus of continuous action, in Use of the Fluidized Bed in the Soviet Industry,

p. 349. Moscow (1965). S-1. V~L’FKOVICH,‘G.LORENTSet a/., Hydrothermal treatment of phosphate in a fluidized bed, Khim. Prom. (6), 59 (1965).

A. A. VVEDENSKY, Heat loss with soot and incompleteness of chemical burning in a diesel engine, Dokl. Mosk. S.Kh. Akud. (96), 81 (1964). V. P. YABLONSKAYA, On gas cooling of gas-condensate fields, Znzh.-Fiz. 2h. 9 (2), 267 (1965). M. S. YUP& G. P. GRIGOR’EVand P. V. V~NTSCW, On some hydr~~~i~s laws of a fluid&d bed, Zh. P&I. Khim. 38 (7). \ ., 1520 (1965). N. D. ZABLoTsKY,Application of a continuous blowing scheme to calculation of gas bearings with discrete blowing, Trudy Leningr. Pohtekhn. In-to (248), 35 (1965).

S. S. ZABRODSKY, Heat-transfer problems in a fluidized bed, in Use of the FIuidized Bed in the Soviet Industry, p. 121 Moscow (1965). S. S. ZABRODSKY,On heat transfer of high-temperature fluidized beds with surfaces, in Heat and Mass Transfer in Dispersed Systems, p. 52. Minsk (1965). S. S. ZABRODSKY, N. V. ANTONISHMet al., A two-chamber

of the regular-thermal regenerating heat exchanger with a circulating packing, regime method to study of beat transfer in a granular in Heat and Mass Transfer in Dispersed Systems, p. 35. fluidized bed, Khim. Prom. (6), 22 (1965). N. Yu. TOBILEVICH,I. I. SAGAN and S. I. TKACHENKO, Minsk (1965). Determination of the height of the boiling onset point, S. S. ZABRODSKY and YA. P. SHLAPKOVA, Hydrodynamics of a fluidized bed in low vacuum, in Heat and Mass superheat liquid temperature and hydrodynamic depression in evaporators, Izv. Vyssh. Ucheb. Zaved. Transfer in Dispersed Systems, p. 9. Minsk (1965). M. S. ZAK and N. I. GEL’PERIN,Study of an ejector for twoPishchev. Tekhnolog. (3), 119 (1965). 0. M. TODESand A. K. BONDAREVA, Heat transfer from a phase mixture “gas-solid” in an apparatus with a fluidized bed, in Heat and Mass Transfer in Dispersed Svstems, .D. fluidized bed to a heat-transfer surface, in Use of the Fluidized Bed in the Soviet Industry, p. 26. Moscow (1965). 87. Minsk (1965). 0. M. TODES,V. G. KOBULOVand I. I. PETRENKO, MeasureI. F. Zmia~ov, Mass transfer in a fluidized bed of activated ment and study of fluidization quality, in Use of the charcoal, Khim. i Neft. Mashinostr. (5), 28 (1965). Fluidized Bed in the Soviet Industr~~.p. 40. Moscow (1965). I. F. ZEHSKOV,Mass transfer in a fluidized bed, in Use of the V. A. FOMINYKH. A. 1. TYC~MEHOV e’I d.. Roasttng of pyrite Fluidized Bed in the Soviet Industry, p. 63. Moscow (1965). concentrates at the plant “ALTYN-Topkansky” in a D. V. ZHUKOVand G. A. IVANOVA,Study of a thermal fluidized bed furnaces. K/rim. Prom. (6). 66 (1965). treatment process ofmineral-cotton articles with synthetic 1. V. TKOFSMOVA. K. A. A~DRIANW rt ul.. Synthesis of bonds, Sb. Trudov (VNII Stroit. Muter. i Konstr.) (3), 119 methylchlorinesilanes in a fluidized bed with application (1964). of vibration, K/rim. Prom. (6), 68 (1965). RHEOLOGY L. K. VASANOVA, Temperature pulsations in a fluidized bed, Khim. Prom. (6), 27-(1965). _ 1. V. D~MOV,A theory of plane sheared state of heteroL. K. VASANOVA and N. I. SYROMYANTMKOV, A method of geneous linear rheological media, Izv. Akad. Nauk SSSR. experimental data treatment on heat transfer between Mekhanika (3), 102 (1965). particles and gas in a fluidized bed, in Heat and Mass G. M. MIKHAILOVand A. M. NIKOLAEV,A generalized law Transfer in Dispersed Systems, p. 22. Minsk (1965). of granular bed hydrodynamics, Izv. yyssh. Vcheb. L. K. VASANOVA and N. I. SYROMYATNIKOV, Heat transfer Zaved. Khim. i Khim. Tekhnolon. 8 (2). 327 (1965). between particles and gas in a fluidized bed, Khim. i S. I. SHABANOV, Effect of collision on tde ve&ity of steady Tekhnoiog. Topliv i Muse1 (7) 17 (1965). motion of polyfractional particles in vertical flow, in L. K. VASANOVA,N. I. SYROMYATNIKOV and Yu. N. Heat and Mass Transfer in Dispersed Systems, p. 110. SHIMANSKY, Study of heat transfer between particles, gas Minsk (1965). and liquid in a fluidized bed by the method of internal I. G. SOVALOV,Yu. G. KHAYUT~N and N. V. MUCHAILOV, heat sources, in Use of the Fluidized Bed in the Soviet The effect of turbulent and vibro-turbulent activations on Zndusrry, p. 18. Moscow (1965). rheologicaf properties of cement and cement-sand soluM. I. VERBAand V. A. Gusnv, On t~~ratu~ neutralizations, Inzh.-Fiz. Zh. 9 (4). 467 (1965).

1014

A. V. LUIKOV

K. D. VACHAGIN,N. KH. ZINNATULINand N. V. TYABIN, E. A. NAX~NOV,An estimation method and study of microclimate of living accommodation and their heat losses Film flow of non-Newtonian fluids over rotating surfaces, Inzh.-Fiz. Zh. 9 (2), 187 (1965). depending on sources and sinks of heat, in Problems of Constructional Thermal Engineering, p. 257. Minsk (1965). CONSTRUCTIONAL THERMAL ENGINEERING E. KH. ODEL’SKY,On air temperature in heated rooms with G. N. DANILOVAand N. A. BUCHKO,Heat-transfer study in total vitrification of the external walls, in Problems of Constructional Thermal Engineering, p. 27. Musk a concrete masonry with different methods of cooling, with reference to the dam of the Krasnoyarsk Hydro(1965). Power Station, in Problems of Constructional Thermal YA. E. ODEL’SKY,Problems of thermal calculation of ventilated combined coatings, in Problems of Constructional Engineering, p. 162. Minsk (1965). A. U. FRANCHUK,Calculation methods of moisture condiThermal Engineering, p. 69. Minsk (1965). E. G. PEREPLETCHIKOV, Results of natural tests of heattions of construction walls, in Problems of Constructional Engineering, p. 208. Minsk (1965). protective qualities of large panels on the external walls L. S. GANDIN,A theory of transient heat transfer in buildof dwelling houses, in Problems of Constructional Thermal ings, Trudy Glavn. Geofiz. Observatorii (178), 24 (1965). Engineering, p. 42. Minsk (1965). N. N. RAZUMOV.Determination of air transfer in buildings YA. N. KOVALEV,Study of a heating process of asphalt by a semi-graphical method, in Problems of Constructional coatings under action of sun radiation, in Problems of Thermal Engineering, p. 240. Minsk (1965). Constructional Engineering, p. 354. Minsk (1965). R. P: REIZMAN,On calculation of moisture conditions of V. V. KOVALEV,Study of the conditions of moisture of single-layer walls, in Problems of Constructional Thermal external brick walls with the help of radioactive isotopes, in Problems of Constructional Thermal Engineering, p. 77. Engineering, p. 369. Minsk (1965). Minsk (1965). A. AI Sarm&,~Thermal calculation of angles of walls, in V. I. LUK’YANOV,On a system of differential equations of Problems of Constructional Thermal Engineering. - _P. 175. Minsk (1965). temperature-moisture conditions in plane joints of panels N. V. SELEZNEV,The transient method of determining in and angles of walls, in Problems of Constructional one experiment the moisture transfer coefficients in Thermal Engineering, p. 223. Minsk (1965). construction materials, in Problems of Constructional A. D. MASLAKOV,Test results of engineering thermal Thermal Engineering, p. 454. Minsk (1965). properties of three-layer reinforced concrete wall with an K. S. STRELKOVA,On heat transfer through rectangular insulation layer, in Problems of Constructional Thermal laminated inclusions, in Problems of Constructional Engineering, p. 498. Minsk (1965). Thermal Engineering, p. 265. Minsk (1965). D. A. MUSHEGYAN,Study of internal and external heat G. M. VOLOKHOVand E. V. IVASHKEVICH, A transient transfer in concrete heating panels with bilateral heat method of determining thermal properties of lamellar transfer, Izv. Vyssh. Ucheb. Zaved. Energetika (7), 80 nonmetallic materials, in Problems of Constructional (1965). Thermal Engineering, p. 199. Minsk (1965). I. M. NADEZHINA and B. YA. MILLW, Thermal Engineering A. A. ZADERMAN, Temperature-moisture conditions of extests of a three-layer heating panel with a built-in heating ternal walls of large-panel houses in Leningrad, in register and a standpipe for panel heating system, in Problems of Constructional Thermal Engineering. p. 278. Problems of Constructional Thermal Engineering, p. 491. Minsk (1965). Minsk (1965).