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Seleection of current soviet papers of interest to chemical engineers
ChemicalEngineering
Science.
1974,Vol.29, pp. 893-896.
PergamonPress.
Printed in Great Britain
SELECTION OF CURRENT SOVIET PAPERS OF INTEREST TO CHEMICAL ENGINEERS (Journals are available in English translation by Consultants Bureau, New York). Teor. Osnouy Khim. Tekh. 1972 6. MIRONOVA G. YA. et al. Mass transfer in countercurrent laminar flow of a liquid film, o. 3. GIL’DENBLAT I. A. et al. Diffusion transfer between liquid and gas streams, p. 10. ROZEN A. M. and RUBEZHNYI YU. G., Scaleup of pulsed extraction column, p. 17. ABRAMOV A. A., Mass transfer in heterogeneous reactions including the Stefan flow, p. 23. LEITES I. L. et al, Optimum scheme for chemiabsorption separation of gas mixtures, p. 29. BUROVOI, I. A. and PREDKIN N. I., Identification of heterogeneous catalytic processes, p. 37. MAIKOV V. P., Technical and economic evaluation of heat-transfer surfaces, p. 45. SAFONOV A. I. and KRYLOV V. S., Motion of bubbles in rotating layer of liquid, p. 5 1. SOLOMAKHA G. P. et al., Gas content of two-phase layer on bubble-cap trays, p. 58. MURAV’EV L. L. et al., Process occurring in a fluidised-bed granulator, p. 64. GEL’PERIN N. I. ef al., Flow of gas through restricted fluidised bed with cylindrically shaped void, p. 7 1. TAMARIN A. I. et al., Propagation of static pressure fluctuations in fluidised bed, p. 83. VAKRUSHEV I. A., Simplified theory of vertical gas jets in fluidised bed, p. 89. GRIBNYAK T. T. et al., Local amplitudes of particle vibration of free-flowing material in vibrational treatment, p. 94. KAFAROV V. V. et al., Computer optimization of industrial chemical systems, p. 101. VOLIN Yu. M. et al.. Stabilitv of steadv states of comulex chemical engineering schemes. D. 109. BOGOSLOVSKII V. E. et ai., Kinetics of mass transfer in rectification of three-component mixture in film apparatus, p. 117. BOYADZHIEV KH., Theory of absorption controlled by resistance of both phases, p. 118. EZHOV V. S. and ORLOV B. N., Mass transfer in fractionation of hydrocarbon mixtures in a grid sieve tray column, p. 121. MUZYCHENKO L. A. et al., Accuracy of determining Peclet number by response curves, p. 123. SAFONOV M. S., Existence of negative values of Tayior coefficient for longitudinal diffusion, p. 127. VOLZHINSKII A. I. et al.. Theorv of ion exchange kinetics. D. 129. VIGDOROVICH V. N. and SHUMILOV V. P.,-Optimisatidn of heater motion in recrystallisation zone, p. 13 1. DUDOROV V. V. and DOROKHOV I. N., Mathematical models for unimolecular reactions in closed reaction vessel, p. 134. MUTRISKOV A. YA., Effect of hydrocarbon autooxidation and mathematical model of foam reactor, p. 137. NARINSKII D. A. and AEROV M. E., Effect of longitudinal thermal conductivity and of fluctuations of velocity in granular bed on heat transfer coefficients obtained by method of unsteady-state heating, p. 140. KONOBEEV B. I. et al., Parameters of concurrent upflow in air-water system, p. 142. TULYAEV Yu. K. and AKSEL’ROD L. S., Gas content distribution along diameter and height of bubbling layer on grid tray, p. 146. MELIKHOV I. V. and VUKOVICH Z. H., Crystallization from solutions, p. 163. BLINOVA N. I. er al., Effect of surface-active impurities on the stability of supersaturated solutions and size of crystals obtained, p. 169. ABRAMOV A. A. and VOLKOV A. K., Intra-pore reaction in gas, p. 176. BUROVOI I. A. and PREDKIN N. I., Identification of heterogeneous catalytic processes by dynamic models using modulating functions, p. 187. KUZNETSOV L. P. et al., Optimization of chain and catalytic endothermic reactions in apparatus with ideal displacement, p. 192. KOSTENKO G. N. et al., Optimization of multistage evaporating units, p. 199. KHOLOPANOV L. P. et al., Tangential forces and nonlinear calculation of wavy flows of a liquid film, p. 204. KUTEPOV A. M. and ZHIKAREV A. S., Separation of vapour-liquid systems by liquid jets, p. 208. SAFONOV A. I. and KRYLOV V. S., Gas flow in rotating liquid layer, p. 2 14. TALACHEV V. S. et al., Flow of liquid induced by gas jet, p. 219. CHERNYSHEV V. I. et al., Statistical analysis of models describing the mixing of liquid in gravitational film flow, p. 232. ROINOVA T. G. et al., Residence-time distribution in systems with stagnant zones, p. 237. BARMASHEV V. A. et al., Limits of stable operation of apparatus with slit-type gas feed with fluidisation of fine granular materials, p. 243. GEL’PERIN N. I. et al., Flow of gas in boundary layer with spherical cavity, p. 250. BRAGINSKII L. N. and BEGACHEV V. I., Relationship between peripheral velocity of process liquid and agitation power, p. 260. MAIKOV V. P. and TSVETKOV A. A., Efficiency of contact mass-transfer devices, p. 269. BOGOMOL’NYI A. M. et al., Estimation of thermal conductivity of gases and gaseous mixtures, p. 276.
893
Current Soviet Papers
894
FISHMAN L. L. and BERG0 B. G., Design of complex fractionating systems, p. 278. GOLUBKOV Yu. Y. and SOLOMAKHA G. P., Mass transfer coefficients and determination of effect of diffusion coefficients on mass-transfer for dilute solutions, p. 283. MOLOKANOV Yu. K., Calculation of mass-transfer efficiency of bubble plate with transverse non-uniformity of liquid, p. 286. IZMAILOV A. V. et al., Algorithm for multistage extraction process, p. 290. ROZEN A. M. et al., Circulation velocity in evaporators with external boiling zone, p. 294. KAFAROV V. V. ef al., Direct method for analysing hydrodynamic structure of multiphase streams, p. 297. ORLOV V. A. and TUMANOV YU. V., Stroboscopic method for measuring liquid velocity gradients in agitated vessels, p. 299. OSSOVSKII B. G. and BARSARGIN B. N., Hydraulic design of liquid-gas injectors, p. 302. DONAT E. V. and SYCHEVA T. N., Effect of transport capacity on entrainment from fluidised bed, p. 306. LEICHKIS I. M. et al., Investigation of filtration, p. 3 10. PUTILOV Yu. G. et al., Design of rigid membrane cartidge filters, p. 3 13. ZHVANETSKII I. B. et al., Mathematical simulation of fractionating column with side strippers, p. 323. AVRUTSKII M. M. and SOLOMAKHA G. P., Analysis of mass transfer stage in rotary disc apparatus, p. 335. ARAFA M. A. and CHEKOV 0. S., Effect of hydraulic parameters of a valve tray on longitudinal mixing of a liquid, p. 343. KRUGLOV S. A. and SKOBLO A. I., Sectionalised liquid flow sieve tray operation, p. 355. MATARUEV V. N. et al., Mass transfer from liquid in porous medium to moving gas in plane channel, p. 361. KISHINEVSKII M. KH. and KORNIENKO T. S., Determination of hydraulic resistance from experimental dataon mass transfer, p. 367. ASTAKHOV V. A. et al., Equilibrium on adsorbents of various chemical structures, p. 373. DEVYATYKH G. C. et al., Theory of countercurrent crystallisation column, p. 380. DULEPOV Yu. N. et al., Mechanism of recrystallisation of salts from boiling saturated solution, p. 383. BAKHTIN L. A. ef al., Mathematical models of apparatus for process of particle growth, p. 389. BABENKO V. E. et al., Mathematical model for continuous drying of free-flowing products, p. 400. RYVKIN V. D. et al., Calculation of residence time and effective coefficient of longitudinal mixing of material in rotating furnace, p. 407. KAFAROV V. V. et al., Mathematical model for unsteady two-phase flow in packed column, p. 412. CHERNYSHEV V. I. er al., Residence time distribution of liquid in gravitational film flow, p. 426. GEL’PERIN N. I. et al., Hydrodynamics of liquid-gas injectors with dispersed liquid, p. 434. KUTEPOV A. M. and TERNOVSKII I. G., Clarification of suspensions with small hydrocyclones, p. 439. ROZENBERG M. M. er al., Determination of parameters of diffusion model for longitudinal mixing, p. 447. PLANOVSKII A. N. et al., Regular conditions in mass-transfer problems, p. 456. SAFONOV M. S. and IKSANOV R. G., Two approximations in a one-dimensional model for countercurrent mass transfer, p. 460. BOGOSLOVSKII V. E. et al., Influence of the hydrodynamic rectification regime on the ratio of mass transfer coefficients in multicomponent mixtures, p. 463. MOLOKANOV Yu. K., Interrelationship of parameters of different versions of sectionalised model of a fractionating tray, p. 467. ALEKSANDROV I. V. and RUDOV G. YA., Comparison of experimental and extrapolated equilibrium data for dilute mixtures, p. 470. PAVLOV S. Yu. et al., Rapid method for obtaining equilibrium data for calculating extraction fractionation, p. 473. KONDRAT’EV A. A., Rectification of mixture in column with several feed intakes and recoveries, p. 477. SHUL’TS E. Z., Effective axial liquid diffusion in a bubbling bed, p. 480. VARFOLOMEEV M. N. et al., Effect on activity of complex catalyst of distribution function of residence times in reactor, p. 483. GOLUB S. I. et al., Height of ascent of liquid drop in vertical flow of gas, p. 486. UDILOV V. M. et nl., Fluidisation of spherical particles, p. 491. Khim. Nefyanoe
Mashinostr.
1972 8
KOZITSKII V. I., Heat transfer coefficients for boiling of n-butane on surfaces of various roughness, No. 1, p. 11. SHLEINIKOV V. M. and SOBOLEV M. A., Evaporative water cooling in scrubbers of an air separation plant, No. 1, p. 12. TROSHKIN 0. A. et al., Output of rotating perforated thin-walled hollow cylinder, No. 1, p. 13. BRAZHNIKOV A. V., Improved design of slurry feed unit for horizontal conveyor type settling centrifuge, No. 1, p. 46. VAL’DBERG A. Yu. et al., Dust removal from gases in aluminium electrolyzers, No. 2, p. 10. KIR’YAKOV V. I., Influence of frothing on fractionation of air, No. 2, p. 13. YAKOVENKO M. M. el al., Corrosion prevention treatment in pumps without dismantling, NO. 2, p. 18. Ibid. 1971 7 KALYAKIN U. P. et al., Operation of radial-blade and anchor-type stirrers in cylindrical vessel with elliptical bottom, No. 7, p. 6. SHPANOV N. V., Calculation of average filtration rates on drum vacuum filter, No. 7, p. 8.
Current Soviet Papers
895
SOLOMAKHA G. P. et al., Bubble-trays with directional gas introduction into the liquid, No. 7, p. 9. DUBINSKII M. B., Kinetics of plasticisinga material in extruder, No. 7, p. 11. KHMARA V. F. el al., Operating regimes for ozonator, No. 7, p. 12. SEMENOV E. M. and KHARLAMPOVICH G. D., Increasing dust collection efficiency of cyclones, No. 7, p. 14. ZADORSKII V. M. and VASIN N. V., Testing of new valve tray designs, No. 7, p. 15. VEDENEEV, V. A., Evaporator with slotted heating chamber for concentrating acid solutions, No. 7, p. 37. OSPENSKII A. V., Continuous slurry washing with dynamic filter-thickener-washer, No. 7, p. 38. VOLOSHIN P. S. ef al., A melt filter, No. 7, p. 41. VAKHRAMEEV B. A., New machinery produced by the Ya. M. Sverdlov Ural Hydraulic Equipment Factory, No. 8,p. 1. KURAMZHIN A. V. et al., Methods for fabrication of multilayer vessels, No. 8, p. 3. ALTUKHOV S. M. et al., Calculation of volumetric characteristics of diaphragmcompressors, No. 8, p. 9. PLEKHOV I. M. and ERSHOV A. I., Investigation of direct-flow centrifugal separator, No. 8, P. 15. LOGVINENKO G. D. and ZYKOV D. D., Investigation of drum-type cr&tall&er with heater;No. 8, p. 16. SHVARTS V. A. and KOBTSEVA V. A., Heat transfer and hydraulic resistance in axial flow of oil outside smooth and spirally-finned tubes, No. 8, p. 23. GUSHCHIN Yu. A. et al., Balanced vibratory mixer for low viscosity fluids, No. 8, p. 37. Kolloid. Zh. 1972 34 BOBROVA L. E. et al., Critical shear stress and contact energy in lyophilic disperse systems and gelatin gels, p. 6. BORODENKO, V. I., Induced capillary condensation, p. 11. DERYAGIN B. V. and KURGIN Yu. S., Condensation growth of mist droplets: passivation by cetyl alcohol vapour. p. 36. KIEPIKOV E. S. er al., Stability of thin liquid films under influence of laminar liquid stream, p. 68. KROTOV V. V. and RUSANOV A. I., Gibbs elasticity of liquid films, p. 81,197. YAGNYATINSKAYA S. M. er al., Surface tension and solubility parameter of amorphous polymers, p. 132. BABALYAN G. A. and AKHMADEEV M. KH.. Measurement of diffusion of surfactants at low concentrations. D. 139. YABKO B. M. and YABKO YA. M., Stabilization of suspensions by surfactants, p. 148. BEZRUK V. I. et al., Interaction between disnersed oarticles in an electric field, u. 165. BONDARENKO M. V. and VEILER A. Yi., Rheologic properties of colloidalgraphite suspensions, p. 172. VEREZHNIKOV V. N. et al., Colloidal properties of binary surfactant mixtures, p. 180. ZAKIEVA S. KH. et al., On the initial sedimentation rate of suspensions, p. 189. ZAKHARYCHEV V. P. ef al., Role of thermal agitation of an oligomer in the dispersion of pigments, p. 192. ZIMON A. D., Detachment of adhering particles by air or water stream, p. 197. EFREMOV I. F. and US’YAROV 0. G., Long-range interaction of particles in disperse phase: particles of different size and shape, p. 213. KRUGLYAKOV P. M. and TAUBE P. R., Synthesis and stability of foams containing a solid phase, p. 228. KULEZNEV V. N. et al., Change in viscous properties of polymer mixtures durina transition to new ohase. v. _ 23 1. PLEKHOTKIN V. F., Calculation of absorptionisothermfornonideal vapour, p. 243. SHTARKMAN B. P. et al., Effect of interaction between particles in polyvinyl chloride dispersions on their rheologic properites, p. 276. YULAMdV Yu. I. and KOLESNIK I. YA., Unsteady evaporation and condensation of drops, p. 284. PCHELIN V. A. and YAMINSKII V. V., Hvdronhobic interactions and the nature of the disnersion medium. D. 305. BEZRUK V. I. et al., Frequency effect of an~external electric field on the interaction between dispersed particles in suspensions, p. 32 1. VOLKOV V. A. and EZHOV V. I., Structure of some aqueous surfactant solutions: phase transitions in non-ionic solutions, p. 327. KORTNEV A. V. and MARTYNOVSKAYA N. V., Influence of ultrasound on dispersity of crystals during the latent period of mass crvstallisation, n. 352. SWINSOV G. K:, Experimental studies on anomalous water, p. 396. CHERNOV I. G. ef al., Effect of kinetic narameters on the disoersion urocess of rigid-chain nolvmers and .nrooerties - . . of aqueous colloidal systems, p. 426. _ ABRAMZON A. A. and ABRAMOVA N. V., Emulsion stabilization with high molecular weight surface-active compounds, p. 444. FOMINYKH A. M. and SANNIKOV V. A., Electrokinetic surface properties of a new filtration medium, p. 474. Mekh. Polimer. 1970 6
KUKSENKO V. S. and SLUTSKER A. I., Relation between fracture and deformation in oriented polymers, p. 43 POPOV V. I., Relationship between normal and shear stresses in viscoelastic liquid flow, p. 126. Inzh. Fiz. Zh. 1970 18
DETKOV S. P., Radiant heat transfer of a non-gray gas with gray boundaries, p. 5. LYKOV A. V. et al., Experimental study of the transient heat transfer between metal spheres and liquid at constant temperature, p. 12. VADACHLORIYA L. A., Shielding of thermal radiation, p. 2 1.
896
Current Soviet Papers
PIGAL’SKAYA L. A., Heat transfer in a cylindrical layer of an absorbing medium bounded by nonblack surfaces, p. 31. VORONIN V. 1. and BLAZHKOV A. E., Boundary layer at thermally isolated plate, p. 39. GORBIS Z. R. et al., Heat transfer in a uniform mixture of dispersed materials, p. 45. KALENDAR’YAN V. A. and KORNARSKII V. V., Heat transfer in transverse flow past a cylinder with circular finning, p. 52. MASLOV V. E. and LEBEDEV V. D., Effect of gravitational force on aerosol motion in curvilinear gas flow, p. 59. ZHELTOV A. I. et al., Passage of electrical current through afluidised bed, p. 64. FROISHTETER G. B. and SMORODINSKII E. L., Effect of motion energy dissipation on heat transfer for laminar flow of Newtonian flow through circular tube, p. 68. LUZHNOVA M. A. and RAIKHBAUM YA. D., Constants of vapourization of metal particles in an arc plasma, p. 77. DEIMONTOVICH V. B. and R DOMYSEL’SKII I. D.. Determination of diffusion coefficients bv method of integral analogs, p. 90. KOLOVANDIN B. A. et al., Turbulent nonisothermal flow of an incompressible gas in a rotating circular tube, p. 96. PETROV G. D. et al.. Particle size distribution in various zones of a spray, P. 105. GOLOVIN A. M. and SERGIEVSKII E. D., Approximate solution of the boundary layer equations with blowing present, p. 110. DENISON S. V., The friction coefficient in nonstationary flows, p. 118. AVDONIN N. A. et al., Temperature field of rod in water-cooled crystallising tank, p. 124. KOZLOV V. N.. Heat conduction with variable heat transfer coefficient, P. 133. NIKITIN A. T. and BOBROV V. L., Temperature distribution in repeatedly heated polymer, p. 139. GORDIEVSKII L. A. et al., Flow of dye slurry in cylindrical tube, p. 146. LEITSINA V. G., Slip and convection in gas between two plates, p. 150. REZNIKOV A. N. eial., Temperature due to motion of plane annular heat source, p. 154. BEZKROVNYI I. M.. Solution of unsteadv transport problem by the flux method, P. 162. PROKOF’EV V. E., Study of unsteady heat transfer by electric models, p. 172. FIKIIN A. and FIKIINA L., Calculation of cooling time of solids, p. 177. DEVOCHKINA S. I. and BROVKIN L. A., Temperature field of inlinite plate with variable thermophysical characteristics, p. 180. AVDUEVSKII V. S. and GLEBOV G. A., Heat transfer and the leading critical point of an indestructible body in flow of partly ionized air, p. 20 1. SERGEEVA L. A., Comparison of heat transfer under steady and unsteady conditions, p. 210. RUBTSOV N. A. and STEPANENKO P. I., Radiant-conductive heat transfer in plane ammonia layer, p. 216. DORFMAN A. SH. and LIPOVETSKAYA 0. D., Approximate solution to turbulent boundary layer problem, p. 224. ROZE N. V., Hydrodynamic analysis of the hot rolling of some polymer materials, p. 233. STEPANOV S. V., On the thermal conductivity of two-phase systems, p. 247. SPIRIN G. G. et al., Pulse method for study of thermoactivity of dielectric liquids, p. 253. MAL’KOV V. A., Contact thermal resistance of machined metal surfaces in vacua, p. 259. RABINOVICH G. D.. Convective drying of disperse material in agitated crossflow of coolant, P. 278. MOLCHANOV A. D.‘et al., Spark discharge method for accelerating mass transfer in solid-liquid system, p. 293. KLEINER M. K., Approximate methods applied to problem of heating of massive bodies, p. 299. KAIDANOV A. I., Coordinate functions to solution of boundary problems by Galenkin’s method, p. 309. POSTOLINIK Yu. S., One-dimensional convective heating with time-dependent heat-transfer coefficient, p. 3 16. PRIKHOD’KO I. M.. Thermal conductivitv of two-laver and time-varvina: heat transfer coefficient. P. 323. MATSEVITYI Yu. M., Nonlinear heat conduction problem with boundary conditions of the fourthkind, p. 328. GORYAINOV L. A., Heat conduction in rod of variable length drawn with constant velocity from melt, p. 333. INSAROVA N. I., The viscosity of an oriented solution, p. 347. TRUB, I. A., Method of calculation of multizone endothermic roasting furnace in fluidised bed, p. 351. INAYATOV A. YA., Heat-transfer for transitional longitudinal flow over tube bundle, p. 353.
Science.
1974,Vol.29, pp. 893-896.
PergamonPress.
Printed in Great Britain
SELECTION OF CURRENT SOVIET PAPERS OF INTEREST TO CHEMICAL ENGINEERS (Journals are available in English translation by Consultants Bureau, New York). Teor. Osnouy Khim. Tekh. 1972 6. MIRONOVA G. YA. et al. Mass transfer in countercurrent laminar flow of a liquid film, o. 3. GIL’DENBLAT I. A. et al. Diffusion transfer between liquid and gas streams, p. 10. ROZEN A. M. and RUBEZHNYI YU. G., Scaleup of pulsed extraction column, p. 17. ABRAMOV A. A., Mass transfer in heterogeneous reactions including the Stefan flow, p. 23. LEITES I. L. et al, Optimum scheme for chemiabsorption separation of gas mixtures, p. 29. BUROVOI, I. A. and PREDKIN N. I., Identification of heterogeneous catalytic processes, p. 37. MAIKOV V. P., Technical and economic evaluation of heat-transfer surfaces, p. 45. SAFONOV A. I. and KRYLOV V. S., Motion of bubbles in rotating layer of liquid, p. 5 1. SOLOMAKHA G. P. et al., Gas content of two-phase layer on bubble-cap trays, p. 58. MURAV’EV L. L. et al., Process occurring in a fluidised-bed granulator, p. 64. GEL’PERIN N. I. ef al., Flow of gas through restricted fluidised bed with cylindrically shaped void, p. 7 1. TAMARIN A. I. et al., Propagation of static pressure fluctuations in fluidised bed, p. 83. VAKRUSHEV I. A., Simplified theory of vertical gas jets in fluidised bed, p. 89. GRIBNYAK T. T. et al., Local amplitudes of particle vibration of free-flowing material in vibrational treatment, p. 94. KAFAROV V. V. et al., Computer optimization of industrial chemical systems, p. 101. VOLIN Yu. M. et al.. Stabilitv of steadv states of comulex chemical engineering schemes. D. 109. BOGOSLOVSKII V. E. et ai., Kinetics of mass transfer in rectification of three-component mixture in film apparatus, p. 117. BOYADZHIEV KH., Theory of absorption controlled by resistance of both phases, p. 118. EZHOV V. S. and ORLOV B. N., Mass transfer in fractionation of hydrocarbon mixtures in a grid sieve tray column, p. 121. MUZYCHENKO L. A. et al., Accuracy of determining Peclet number by response curves, p. 123. SAFONOV M. S., Existence of negative values of Tayior coefficient for longitudinal diffusion, p. 127. VOLZHINSKII A. I. et al.. Theorv of ion exchange kinetics. D. 129. VIGDOROVICH V. N. and SHUMILOV V. P.,-Optimisatidn of heater motion in recrystallisation zone, p. 13 1. DUDOROV V. V. and DOROKHOV I. N., Mathematical models for unimolecular reactions in closed reaction vessel, p. 134. MUTRISKOV A. YA., Effect of hydrocarbon autooxidation and mathematical model of foam reactor, p. 137. NARINSKII D. A. and AEROV M. E., Effect of longitudinal thermal conductivity and of fluctuations of velocity in granular bed on heat transfer coefficients obtained by method of unsteady-state heating, p. 140. KONOBEEV B. I. et al., Parameters of concurrent upflow in air-water system, p. 142. TULYAEV Yu. K. and AKSEL’ROD L. S., Gas content distribution along diameter and height of bubbling layer on grid tray, p. 146. MELIKHOV I. V. and VUKOVICH Z. H., Crystallization from solutions, p. 163. BLINOVA N. I. er al., Effect of surface-active impurities on the stability of supersaturated solutions and size of crystals obtained, p. 169. ABRAMOV A. A. and VOLKOV A. K., Intra-pore reaction in gas, p. 176. BUROVOI I. A. and PREDKIN N. I., Identification of heterogeneous catalytic processes by dynamic models using modulating functions, p. 187. KUZNETSOV L. P. et al., Optimization of chain and catalytic endothermic reactions in apparatus with ideal displacement, p. 192. KOSTENKO G. N. et al., Optimization of multistage evaporating units, p. 199. KHOLOPANOV L. P. et al., Tangential forces and nonlinear calculation of wavy flows of a liquid film, p. 204. KUTEPOV A. M. and ZHIKAREV A. S., Separation of vapour-liquid systems by liquid jets, p. 208. SAFONOV A. I. and KRYLOV V. S., Gas flow in rotating liquid layer, p. 2 14. TALACHEV V. S. et al., Flow of liquid induced by gas jet, p. 219. CHERNYSHEV V. I. et al., Statistical analysis of models describing the mixing of liquid in gravitational film flow, p. 232. ROINOVA T. G. et al., Residence-time distribution in systems with stagnant zones, p. 237. BARMASHEV V. A. et al., Limits of stable operation of apparatus with slit-type gas feed with fluidisation of fine granular materials, p. 243. GEL’PERIN N. I. et al., Flow of gas in boundary layer with spherical cavity, p. 250. BRAGINSKII L. N. and BEGACHEV V. I., Relationship between peripheral velocity of process liquid and agitation power, p. 260. MAIKOV V. P. and TSVETKOV A. A., Efficiency of contact mass-transfer devices, p. 269. BOGOMOL’NYI A. M. et al., Estimation of thermal conductivity of gases and gaseous mixtures, p. 276.
893
Current Soviet Papers
894
FISHMAN L. L. and BERG0 B. G., Design of complex fractionating systems, p. 278. GOLUBKOV Yu. Y. and SOLOMAKHA G. P., Mass transfer coefficients and determination of effect of diffusion coefficients on mass-transfer for dilute solutions, p. 283. MOLOKANOV Yu. K., Calculation of mass-transfer efficiency of bubble plate with transverse non-uniformity of liquid, p. 286. IZMAILOV A. V. et al., Algorithm for multistage extraction process, p. 290. ROZEN A. M. et al., Circulation velocity in evaporators with external boiling zone, p. 294. KAFAROV V. V. ef al., Direct method for analysing hydrodynamic structure of multiphase streams, p. 297. ORLOV V. A. and TUMANOV YU. V., Stroboscopic method for measuring liquid velocity gradients in agitated vessels, p. 299. OSSOVSKII B. G. and BARSARGIN B. N., Hydraulic design of liquid-gas injectors, p. 302. DONAT E. V. and SYCHEVA T. N., Effect of transport capacity on entrainment from fluidised bed, p. 306. LEICHKIS I. M. et al., Investigation of filtration, p. 3 10. PUTILOV Yu. G. et al., Design of rigid membrane cartidge filters, p. 3 13. ZHVANETSKII I. B. et al., Mathematical simulation of fractionating column with side strippers, p. 323. AVRUTSKII M. M. and SOLOMAKHA G. P., Analysis of mass transfer stage in rotary disc apparatus, p. 335. ARAFA M. A. and CHEKOV 0. S., Effect of hydraulic parameters of a valve tray on longitudinal mixing of a liquid, p. 343. KRUGLOV S. A. and SKOBLO A. I., Sectionalised liquid flow sieve tray operation, p. 355. MATARUEV V. N. et al., Mass transfer from liquid in porous medium to moving gas in plane channel, p. 361. KISHINEVSKII M. KH. and KORNIENKO T. S., Determination of hydraulic resistance from experimental dataon mass transfer, p. 367. ASTAKHOV V. A. et al., Equilibrium on adsorbents of various chemical structures, p. 373. DEVYATYKH G. C. et al., Theory of countercurrent crystallisation column, p. 380. DULEPOV Yu. N. et al., Mechanism of recrystallisation of salts from boiling saturated solution, p. 383. BAKHTIN L. A. ef al., Mathematical models of apparatus for process of particle growth, p. 389. BABENKO V. E. et al., Mathematical model for continuous drying of free-flowing products, p. 400. RYVKIN V. D. et al., Calculation of residence time and effective coefficient of longitudinal mixing of material in rotating furnace, p. 407. KAFAROV V. V. et al., Mathematical model for unsteady two-phase flow in packed column, p. 412. CHERNYSHEV V. I. er al., Residence time distribution of liquid in gravitational film flow, p. 426. GEL’PERIN N. I. et al., Hydrodynamics of liquid-gas injectors with dispersed liquid, p. 434. KUTEPOV A. M. and TERNOVSKII I. G., Clarification of suspensions with small hydrocyclones, p. 439. ROZENBERG M. M. er al., Determination of parameters of diffusion model for longitudinal mixing, p. 447. PLANOVSKII A. N. et al., Regular conditions in mass-transfer problems, p. 456. SAFONOV M. S. and IKSANOV R. G., Two approximations in a one-dimensional model for countercurrent mass transfer, p. 460. BOGOSLOVSKII V. E. et al., Influence of the hydrodynamic rectification regime on the ratio of mass transfer coefficients in multicomponent mixtures, p. 463. MOLOKANOV Yu. K., Interrelationship of parameters of different versions of sectionalised model of a fractionating tray, p. 467. ALEKSANDROV I. V. and RUDOV G. YA., Comparison of experimental and extrapolated equilibrium data for dilute mixtures, p. 470. PAVLOV S. Yu. et al., Rapid method for obtaining equilibrium data for calculating extraction fractionation, p. 473. KONDRAT’EV A. A., Rectification of mixture in column with several feed intakes and recoveries, p. 477. SHUL’TS E. Z., Effective axial liquid diffusion in a bubbling bed, p. 480. VARFOLOMEEV M. N. et al., Effect on activity of complex catalyst of distribution function of residence times in reactor, p. 483. GOLUB S. I. et al., Height of ascent of liquid drop in vertical flow of gas, p. 486. UDILOV V. M. et nl., Fluidisation of spherical particles, p. 491. Khim. Nefyanoe
Mashinostr.
1972 8
KOZITSKII V. I., Heat transfer coefficients for boiling of n-butane on surfaces of various roughness, No. 1, p. 11. SHLEINIKOV V. M. and SOBOLEV M. A., Evaporative water cooling in scrubbers of an air separation plant, No. 1, p. 12. TROSHKIN 0. A. et al., Output of rotating perforated thin-walled hollow cylinder, No. 1, p. 13. BRAZHNIKOV A. V., Improved design of slurry feed unit for horizontal conveyor type settling centrifuge, No. 1, p. 46. VAL’DBERG A. Yu. et al., Dust removal from gases in aluminium electrolyzers, No. 2, p. 10. KIR’YAKOV V. I., Influence of frothing on fractionation of air, No. 2, p. 13. YAKOVENKO M. M. el al., Corrosion prevention treatment in pumps without dismantling, NO. 2, p. 18. Ibid. 1971 7 KALYAKIN U. P. et al., Operation of radial-blade and anchor-type stirrers in cylindrical vessel with elliptical bottom, No. 7, p. 6. SHPANOV N. V., Calculation of average filtration rates on drum vacuum filter, No. 7, p. 8.
Current Soviet Papers
895
SOLOMAKHA G. P. et al., Bubble-trays with directional gas introduction into the liquid, No. 7, p. 9. DUBINSKII M. B., Kinetics of plasticisinga material in extruder, No. 7, p. 11. KHMARA V. F. el al., Operating regimes for ozonator, No. 7, p. 12. SEMENOV E. M. and KHARLAMPOVICH G. D., Increasing dust collection efficiency of cyclones, No. 7, p. 14. ZADORSKII V. M. and VASIN N. V., Testing of new valve tray designs, No. 7, p. 15. VEDENEEV, V. A., Evaporator with slotted heating chamber for concentrating acid solutions, No. 7, p. 37. OSPENSKII A. V., Continuous slurry washing with dynamic filter-thickener-washer, No. 7, p. 38. VOLOSHIN P. S. ef al., A melt filter, No. 7, p. 41. VAKHRAMEEV B. A., New machinery produced by the Ya. M. Sverdlov Ural Hydraulic Equipment Factory, No. 8,p. 1. KURAMZHIN A. V. et al., Methods for fabrication of multilayer vessels, No. 8, p. 3. ALTUKHOV S. M. et al., Calculation of volumetric characteristics of diaphragmcompressors, No. 8, p. 9. PLEKHOV I. M. and ERSHOV A. I., Investigation of direct-flow centrifugal separator, No. 8, P. 15. LOGVINENKO G. D. and ZYKOV D. D., Investigation of drum-type cr&tall&er with heater;No. 8, p. 16. SHVARTS V. A. and KOBTSEVA V. A., Heat transfer and hydraulic resistance in axial flow of oil outside smooth and spirally-finned tubes, No. 8, p. 23. GUSHCHIN Yu. A. et al., Balanced vibratory mixer for low viscosity fluids, No. 8, p. 37. Kolloid. Zh. 1972 34 BOBROVA L. E. et al., Critical shear stress and contact energy in lyophilic disperse systems and gelatin gels, p. 6. BORODENKO, V. I., Induced capillary condensation, p. 11. DERYAGIN B. V. and KURGIN Yu. S., Condensation growth of mist droplets: passivation by cetyl alcohol vapour. p. 36. KIEPIKOV E. S. er al., Stability of thin liquid films under influence of laminar liquid stream, p. 68. KROTOV V. V. and RUSANOV A. I., Gibbs elasticity of liquid films, p. 81,197. YAGNYATINSKAYA S. M. er al., Surface tension and solubility parameter of amorphous polymers, p. 132. BABALYAN G. A. and AKHMADEEV M. KH.. Measurement of diffusion of surfactants at low concentrations. D. 139. YABKO B. M. and YABKO YA. M., Stabilization of suspensions by surfactants, p. 148. BEZRUK V. I. et al., Interaction between disnersed oarticles in an electric field, u. 165. BONDARENKO M. V. and VEILER A. Yi., Rheologic properties of colloidalgraphite suspensions, p. 172. VEREZHNIKOV V. N. et al., Colloidal properties of binary surfactant mixtures, p. 180. ZAKIEVA S. KH. et al., On the initial sedimentation rate of suspensions, p. 189. ZAKHARYCHEV V. P. ef al., Role of thermal agitation of an oligomer in the dispersion of pigments, p. 192. ZIMON A. D., Detachment of adhering particles by air or water stream, p. 197. EFREMOV I. F. and US’YAROV 0. G., Long-range interaction of particles in disperse phase: particles of different size and shape, p. 213. KRUGLYAKOV P. M. and TAUBE P. R., Synthesis and stability of foams containing a solid phase, p. 228. KULEZNEV V. N. et al., Change in viscous properties of polymer mixtures durina transition to new ohase. v. _ 23 1. PLEKHOTKIN V. F., Calculation of absorptionisothermfornonideal vapour, p. 243. SHTARKMAN B. P. et al., Effect of interaction between particles in polyvinyl chloride dispersions on their rheologic properites, p. 276. YULAMdV Yu. I. and KOLESNIK I. YA., Unsteady evaporation and condensation of drops, p. 284. PCHELIN V. A. and YAMINSKII V. V., Hvdronhobic interactions and the nature of the disnersion medium. D. 305. BEZRUK V. I. et al., Frequency effect of an~external electric field on the interaction between dispersed particles in suspensions, p. 32 1. VOLKOV V. A. and EZHOV V. I., Structure of some aqueous surfactant solutions: phase transitions in non-ionic solutions, p. 327. KORTNEV A. V. and MARTYNOVSKAYA N. V., Influence of ultrasound on dispersity of crystals during the latent period of mass crvstallisation, n. 352. SWINSOV G. K:, Experimental studies on anomalous water, p. 396. CHERNOV I. G. ef al., Effect of kinetic narameters on the disoersion urocess of rigid-chain nolvmers and .nrooerties - . . of aqueous colloidal systems, p. 426. _ ABRAMZON A. A. and ABRAMOVA N. V., Emulsion stabilization with high molecular weight surface-active compounds, p. 444. FOMINYKH A. M. and SANNIKOV V. A., Electrokinetic surface properties of a new filtration medium, p. 474. Mekh. Polimer. 1970 6
KUKSENKO V. S. and SLUTSKER A. I., Relation between fracture and deformation in oriented polymers, p. 43 POPOV V. I., Relationship between normal and shear stresses in viscoelastic liquid flow, p. 126. Inzh. Fiz. Zh. 1970 18
DETKOV S. P., Radiant heat transfer of a non-gray gas with gray boundaries, p. 5. LYKOV A. V. et al., Experimental study of the transient heat transfer between metal spheres and liquid at constant temperature, p. 12. VADACHLORIYA L. A., Shielding of thermal radiation, p. 2 1.
896
Current Soviet Papers
PIGAL’SKAYA L. A., Heat transfer in a cylindrical layer of an absorbing medium bounded by nonblack surfaces, p. 31. VORONIN V. 1. and BLAZHKOV A. E., Boundary layer at thermally isolated plate, p. 39. GORBIS Z. R. et al., Heat transfer in a uniform mixture of dispersed materials, p. 45. KALENDAR’YAN V. A. and KORNARSKII V. V., Heat transfer in transverse flow past a cylinder with circular finning, p. 52. MASLOV V. E. and LEBEDEV V. D., Effect of gravitational force on aerosol motion in curvilinear gas flow, p. 59. ZHELTOV A. I. et al., Passage of electrical current through afluidised bed, p. 64. FROISHTETER G. B. and SMORODINSKII E. L., Effect of motion energy dissipation on heat transfer for laminar flow of Newtonian flow through circular tube, p. 68. LUZHNOVA M. A. and RAIKHBAUM YA. D., Constants of vapourization of metal particles in an arc plasma, p. 77. DEIMONTOVICH V. B. and R DOMYSEL’SKII I. D.. Determination of diffusion coefficients bv method of integral analogs, p. 90. KOLOVANDIN B. A. et al., Turbulent nonisothermal flow of an incompressible gas in a rotating circular tube, p. 96. PETROV G. D. et al.. Particle size distribution in various zones of a spray, P. 105. GOLOVIN A. M. and SERGIEVSKII E. D., Approximate solution of the boundary layer equations with blowing present, p. 110. DENISON S. V., The friction coefficient in nonstationary flows, p. 118. AVDONIN N. A. et al., Temperature field of rod in water-cooled crystallising tank, p. 124. KOZLOV V. N.. Heat conduction with variable heat transfer coefficient, P. 133. NIKITIN A. T. and BOBROV V. L., Temperature distribution in repeatedly heated polymer, p. 139. GORDIEVSKII L. A. et al., Flow of dye slurry in cylindrical tube, p. 146. LEITSINA V. G., Slip and convection in gas between two plates, p. 150. REZNIKOV A. N. eial., Temperature due to motion of plane annular heat source, p. 154. BEZKROVNYI I. M.. Solution of unsteadv transport problem by the flux method, P. 162. PROKOF’EV V. E., Study of unsteady heat transfer by electric models, p. 172. FIKIIN A. and FIKIINA L., Calculation of cooling time of solids, p. 177. DEVOCHKINA S. I. and BROVKIN L. A., Temperature field of inlinite plate with variable thermophysical characteristics, p. 180. AVDUEVSKII V. S. and GLEBOV G. A., Heat transfer and the leading critical point of an indestructible body in flow of partly ionized air, p. 20 1. SERGEEVA L. A., Comparison of heat transfer under steady and unsteady conditions, p. 210. RUBTSOV N. A. and STEPANENKO P. I., Radiant-conductive heat transfer in plane ammonia layer, p. 216. DORFMAN A. SH. and LIPOVETSKAYA 0. D., Approximate solution to turbulent boundary layer problem, p. 224. ROZE N. V., Hydrodynamic analysis of the hot rolling of some polymer materials, p. 233. STEPANOV S. V., On the thermal conductivity of two-phase systems, p. 247. SPIRIN G. G. et al., Pulse method for study of thermoactivity of dielectric liquids, p. 253. MAL’KOV V. A., Contact thermal resistance of machined metal surfaces in vacua, p. 259. RABINOVICH G. D.. Convective drying of disperse material in agitated crossflow of coolant, P. 278. MOLCHANOV A. D.‘et al., Spark discharge method for accelerating mass transfer in solid-liquid system, p. 293. KLEINER M. K., Approximate methods applied to problem of heating of massive bodies, p. 299. KAIDANOV A. I., Coordinate functions to solution of boundary problems by Galenkin’s method, p. 309. POSTOLINIK Yu. S., One-dimensional convective heating with time-dependent heat-transfer coefficient, p. 3 16. PRIKHOD’KO I. M.. Thermal conductivitv of two-laver and time-varvina: heat transfer coefficient. P. 323. MATSEVITYI Yu. M., Nonlinear heat conduction problem with boundary conditions of the fourthkind, p. 328. GORYAINOV L. A., Heat conduction in rod of variable length drawn with constant velocity from melt, p. 333. INSAROVA N. I., The viscosity of an oriented solution, p. 347. TRUB, I. A., Method of calculation of multizone endothermic roasting furnace in fluidised bed, p. 351. INAYATOV A. YA., Heat-transfer for transitional longitudinal flow over tube bundle, p. 353.