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SCIENTIFIC ABSTRACT VERBA, A. - VERBETSKIY, G.P.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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vmu, A. Method of singularities for computing the Velocit7 distribution in a radial impeller. Acta techn Hung 34 no.1/2:109-134 161. 1. Department of Hydraulic Machines, Technical University, Budapest. VERBA,, A.1 SZABO, A. Typical characteristics of radial-flow puxpe depending on size of clearance between rotating cascade of vanes without front shroud and casing. Acta techn Hung 28 no.3/4:323-348 160. (EKAI 9:9) 1. Department of Hydraulic Machines, Technical University, Budapest. (Impellers) (Pumping machinery) A~ SZADOO Akos; VFRBAq Attila Application of water jet pumps in head increasers. Eldrologiai kozlony 42 no.2tl72-176 Ap 062. 1. Budapesti Muszaki Egyetem Vizgepek Tanazeke. VERPA 2 E. "With the Soviet people for eternity." p.237 ZHIMICAR, (DI:Lnisterstvo dopravy) Praha, Czechoslovakia No. 11, Nov. .1958 Monthly List of East European Accessions (EhAI) LC, Vol. 8p r*. b, June 195Y Uncl. 87-YRAj B. 1. ; VERBA, S. 1. ; _61HOPAU3KA6, K. K. "The determination of some parameters of radioactive aerosols re-moval from tixe- air. " paper to be presented at the Symp on Atmospheric Chemistry, Circulation & Aerosols, Visby, Sweden, 18-25 Aug 1965. Hydrometeorological Service USSR. VERBA, I. (Balm) Wise selection of volunteer instructors. Voen. znan. 35 no-11:10-11 N 159. (KIRA 12:12) (Baku-Air defenses) VFMA,-.I, Long trip. Voen.sruln. 35 no.6:8-9 Je '5 9. (MIR& 12:12) 1. Predsedatell komiteta pervichnoy organizataii Dobrovolf- nogo obahchmotva sodaystviya armii, avintsil i flotu ahkoly NO-36, Moskva. (Crimea--Description and travel) VERBAt 1. Conditions are the same-but the results a-re-differ-ent- VoonerrAn. 37 noA19 Ap 161. iMM l4j4) I* Prednedstell komiteta pervichnoy organizataii Dobrovolln,)ro obahchestva, sodaystviya armiiq avi&toii I flotu, arednyaya shkola No.36p Moskva. (Odessa.-Military oducation) vm :4601~- Z Battle relic Voen. zuan. 33 no.4:37 AD #57. 10:6) (Flags) YZVSTIFMV, Decisilana of the Fourth All-UhAon Congress of the AU-thAon Volunteer Society for Assieit&nce to the ArrT, Air Force, and Navy are being put into effect. Voen. snan. 34 no.8:16-17 Ag 158. (MIRA 11:12) leStarehly instruktor Tashkentskogo oblastnoge komitatik Dobr*vell- noge obahch6stva sode7stviya armii, aviateii i flotu. (for Tevati- feyev), 2.Predoodatell komitats pervichnoy organizatotl Dobrovollnogs obahchestva, sodaystviya armii, aviateli i fletu aredner shkely N*.36, Mookova. (for Verba). (Kilitar7 education) VERBA, J. Horna, J.t Nemocak. J. Microwave vision picture signals. p, 212, SLA.BPRCUDY OBZOIR, Prague, Vol. 15, link for the transmission of tele- no. 5, May 1954, SO. Mot-ithly List of East European Accessions, (EEAL), LC, Vol. 5, No. 6 June 1956, Uml. LTKOT, Aleksey Vasillyevich;.P!~A~t,,jrodaktor; IARIONOV, G.Te., tekhatcheski), redaktor [Heat and saos transfer in drying processes] Teplo- i massoobusa v protmesBakli mushki. Moskva. Goo. energ. izd-yo. 1956. 464 p. (Mass transfer) (MLRA 9:11) (Heat-Transmiss ion) (Drying) VERBA, H,I., kandidat takhnichaskikh nauk; POLIVAYA, I.V., Inzhaner. ?-~- e- 6~. :t " '.,. , Aimivereary scientific and technical session of the Koscow Power 2mginaering Institute. Prom.anarg.11 no&2:35-38 7 156. (KWA 9: 6) (P*war anginnering-Co W oases) VA"A. H I - 4=0 Some systems for using tensoneters In laboratory practice. Zav. lab. 22 no.9:11D6-1108 156. (MIR& 9:12) 1. Moskovskiy energeticheskiy Institut Imeni V. M. Molotova. (Strain gauges) It< G MIXHAYLOY, Nikolay Nikhaylovich; MHA, M.I., red.; MDVICDEV, L.Te., tekhn.red. [Problems in drying fuel at electric power plants] Yoprony sushki topliva na alektrostanteiiakh. Koskva, Ooa.energizd-vo, 1957. 150 P. (MIRA 11-2) (Fuel--Drying) *Rpif), ml, LULN TSKIT, V.V. [deceased], doktor tekhm. nauk. propodavatell; SOKCW,. Te'Ta., doktor tekbno nank, prepodavatell; LIBIOWO P.Do, doktor tq~m-. uauk, prepodavatell; GINM-9FAHB, K.L., Imnd. tekhn. nauk, prepodavatoll:'LLVROV, NJ., dokto'r tokhu. nauk, prepodavatell, ' IVANTSOV, G.P., kand. tekhn. nauk, prepodavatell; GOLUBKOT, S.N., bmd. takhn. nauk, prepodavatell; SFaELSTTUX, A.N., karid. takhne- nauti, propodavatell; NIKITIN. SeP., kand. tokhn. nauk. prepodavatell~' OHISTykm, S.T., kand. tektin, muk,, prepodaystell; DUDNIEDV, Ye.G.; doktor tekhn. nank, prepodavatell; ZAVASTOV, A.M., kand. tokhn. nauk. prepodavatel,%,_YJWAI Male, kand. tekhn. nauk, prepodavatell; GWASIHOT. S.G., prok-,,-r;a,; LWAN, Ta,A., dote., red.; AIZINSHTAT, I.Il, red.; VORONIN, K*Po. tokhn. red.; LARIOKOV# GoTee, tekhn, red* [Heat engineering handbook] Teplotektinicheskii spravochnik. goakra, Goo. energ. izd--vo. Vol.Z. 1958. 672 P. (KIRA 11:10) (Heat engineering) SOKOWVSKIT, V.S.; VERBA, R.I. Special features In the outflow of superheated liquids through orifices and packings. 1Tauch.dokl.vyn.oh1-nly; anerg no.4:159-164 158. WRA 12t5) (Hydraulics) AUTHORS: TITLE: Verba, M.I., ff0-X6T6T3kty' 04-4-4/25 Candidate of Technical Sciences, and V.S. Calculation of the D*S har C&pacity of Throttling Devices for Condensate Extraction Raschet propusknoy sposobnosti podporn,vkh shayb dlya otvoda kondensata) PERIODICAL: Prom-shlennaya Energetika, 1958, Vol.13 Fo.4, pp. 10 - 13 ~USSR). ABSTRACT: In the operation of steam plant, correct extraction of condensate reduces heat loss due to stray steam and reduces condensate make-up. All condensate extractors include a throt- tling device whose aperture diameter governs the discharge capacity of the condensate extractor. It is nec-essary to deter- mine the correct diameter for super-heated condensate but the difficulty is that the flov, of a super-heated liquid through an aperture does not follow the same laws as the flow of cold water or steam. As published work on the calculation of these throttling devices suffers from a number of defects, the Moscow Power Institute (MEI) developed a simple and reliable method. The object of the investigation was to determine the laws of flow of superheated water with various initial and final conditions at various nozzle dimensions. The most important step was to r late the flow of super-heated water to the back-pressure under GardZ~ 94-4-4/25 Calculation of the Discharge Capacity of Throttling Devices for Condensate Extraction constant initial conditions of pressure and temperature. The corresponding expression is given for a sharp-edged throttling device, also a nomogram based. on experimental results. The latter expresses a unified functional relationship between the flow of condensate and the physical conditions and geometrical factors; it can be used to determine the flow of condensate for values of back-pressure above and below the critical value. This is of considerable advantaCe over previous methods. By means of the nomogram, any four:known quantities may be used to determ4.ne a fifth. Two examples of the use of the nomogram are expla:: ned: in one, the pressures, the diameter and the initial temperature are known and it is required to determine the flow; in the other, the pressures, the flow and the initia temperature are known and it is required to determine the diameter. It must be remembered that the nomogram is con- structed for cylind-rical thLrottling devices, with sharp inlet edges, having a discharge coefficient of 0.67 - 0.7. There are 1 figure and 7 references, 4 of which are Ru55i&n' and 3 English. 'AT LE: Library of Congress & rd!~R 54~ SOV/1-43-59-2-14/19 1011S: A Lebedev, P.D., Professor, Doctor of Technical Sci- ences; Verba, M.I., Docent, Candidate of Technical Sciences-F-1-eonchik, B.I.; Fortnov, V.D. and Sadchi- kov, O.V., Engineers TITLE: The Drying of Heated, Inorganic Solutlonn by Meano of Spraying (Sushka raspyleniyem podogretykh neor- ganicheBkikh rastvorov) PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Energetika, 1959, Nr 2, pp 111-116 (USSR) ABSTRACT: When drying heat-resistant, inorganic solutions by spraying them into a stream of hot flue gases, the heat and mass exchange processes may be consider- ably intensified by heating the solution to a temper- ature somewhat below its boiling point prior to spraying, maintaining an adequate pressure in the pipeline. A more intensive dehydration is observed with a sudden reduction of the pressure of the heat- ed liquid when the latter leaves the sprayer. The Card 1/5 dehydration process is achieved, by the heat of SOV/143-59--0-14//19 The Drying of Heated, Inorganic Solutions by Means of Spraying the drying agent (flue gas), and by the, interior heat of the atomized particles. The preliminary heating of the solution causes Weduction of the viscosity and surface tension, and consequently, it changes the character of the intermedilate-phase surfaces and with them the apray dispe.10sion. * There- by the basic laws are disturbed which are valid for the dispersion of a cold liquid flow. For investigat- ing the basic thermal and hydrodypamic. peculiarities of this drying process, an experimen4al, semi-indus- trial drying chamber was built at the K4fedra-su- shillnykh i teploobmennykh ustroystv MEI (Chair of Drying and Heat-Exchange Equipment of MEI). The drying chamber was built in such a way that one parameter of the process could be changed while all the others were kept constant. Provisions were made to perform the drying in a direct flow and in a counterflow of flue gas, or to feed the drying gases from the sides of the chamber. Figure 1 shows Card 2/5 a diagram of the drying unit. The basic series of sov/1,13-59-2-14, 1/19 .The Drying of Heated, Inorganic Solutions by Means of Sprayng tests was conducted with centrifugal sprayers. A total of 60 experiments was made for which a 50% salt solution was used as experimental liquid. The liquid consumption was changed from 70-260 kg/hg theotemperature of the liquid was varied from 75- 300 C, the pressure of the liquid from 50-150 atm. The-temBerature of the flue gases was varied from 190 550 C. Kerosene was used as a fuel for heatin,-:, the drying chamber. Since preliminary heating of the liquid causes a faster crystallization of the dispersed particles, the interaction of the flue gas components with the product is less intensive than when using a cold liquid. The increfise of the sulfur content of the dried material did not exceed the maximum permissible value of 0.06% SO . The processing of the experimental data and tAeir ana- lysis showed that the most favorable drying condi- tions were obtained at a liquid temperature of 2800C, and at an initial gas temperature of 460 01. The Card 3/5 irrigation factor bias 0.1 kg of the solution per kg SO V/1 4 3-'51 9 - 2-14/'19 The Drying of Heated, Inorganic Solutions by Means of Spraying of dry gas. The specific fuel consumption for 1 kg of the product was 200-250 glkq - product. The mass exchange factor was 12-20 kg1m hour. When spray drying cold liquids the mass exchange factor at the same temperature of flue gases amounted to 8-12 kg/ m hour. The effectiveness of interphase surface which means the dispersion of atomized particles. So far, peculiarities of flowing out and disinte- grating of a heated liquid stream were not consider- ed in the works of Soviet and foreign scientists. The authors established some characteristical hy- drodynamic phenomena of this process and some cal- culated suggestions for the design of sprayers will be subject of future investigations. The authors mention only the four types of aprayers used dur- ing their experiments: a centrifugal aprayer with one tangential inlet, a centrifugal sprayer with two tangential inlets, a centrifugal sprayer with"a Oard 4/5 special ccnical atomizer and a conical nczzle. The SOV"/143-59-2-14/19 The Drying of Heated, Inorganic Solutions by Means of Spraying experiments with the centrifugal sprayers showed that their output was reduceg by 30-40% when the liquid was heated to 260-290 C, in comparison ,vith the cold liquid. Tile authors came to the conclusion that the preliminary heating increases the drying efficiency of heat-resistant inorganic liquids. The preliminary heating of the liquid prior to spraying permits the use of flue gases of fuels with a low sulfur content no a drying agent. There are 2 tables, 1 dingrtim, I graph, ari(f 2 Sovit,01 rp- ferences. ASSOCIATION: Moskovskiy ordena Lenina ener.eticheskiy institut (Moscow Lenin Order-Povier Engineering Institute) PRESENTED: Kafedra sushillnykh i teploobmennykh ustanovok (Gbair Df Drying and Heat Exchange Equipment) ra SUBMITTED; Novomber 26, 1958 Card 5/5 11(2) 60V/143-59-3-14/20 AUTHORb: Verba, M.I., Candidate of Technical 6ciences, Leon- Engineer TITLE: The Calculation of Spray Drying Equipment (0 ranchete raspylitellnykh sushilok) PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniya - Energetika, 1959, Nr 3, PP 108-113 (USSR) ABSTRACT: The investigation of spraying processes is a very complicated problem. Spraying processes are used, for example, in drying equipment, internal combustion engines, jet engines, .scrubbers. The investigation of spraying problems may be divided into two sectionst fl the investigation of spraying hydrodynamics,and 2 the investigation of heat and mans exchange laws of the atomized matter in a surrounding gas medium. Regardless to the great achievements made in studying the hydrodynamics of the spraying process, there is a very limited number of relations suitable for prac- tical calculations. In this connection the authors Card 1/2 review about 20 Soviet publicationo dealing with these The Calculation of Spray Drying Equipment ~jOV/143-59-3-14/20 problems, published during the period from 19')9- to 1957. Based on studies of these publicationn and two English papers, the author arrive at the conclusion that the methods presently used for calculating ap- paratus in which some spraying processes are applied, will require many-sided experiments and generaliza- tions of numerous works. The -theory of similarity seeins to be the most effective aid. The spray drying method with a preliminarily heated liquid is of spe- cial practical interest. In this caseq the criterion equations describing the heat exchange, must also con- tain criteria taking into consideration the influence of the mass transfer intensity on the heat exchange. There are 22 references, 20 of which are Soviet and 2 English. ASSOCIATION: Moakovskiy ordena Lenina energeticheskiy institut (Moscow-Lenin Order-Institute of Power Engineering) Kafedra sushillnykh i teploobmennykh ustroystv (Chair of Drying and Heat Exchanging Devices) SUBMITTED: September 8, 1958 Card 212 VVIBA, X,I., kand.takhn.nauk; ISATEV, V.S., inzh.; I30NCHIK, B.I., inzh. Iffect of the heat-transfer coefficients and the substance on the dT7ing process of building bricks. Izv.vys.ucheb.IaTv; energ. 2 no.4:109-114 Ap '59. (MIRA 12S9) 1. Moskovskiy ordena Lenina ennrgetichnnkly inntitut. Predetavlena. kafedroy sushil'n3rkh I toploobmannykh ustraysty. (Bricks--Drying) 0, 400D 66175 SOV/143-59-10-13/22 (A) AUTHORS: Lebedev,P.D., Doctor of Technical Sciences, Professor, and Verba, M.I., Candidate of Technical Sciences, LeoncblY, t.I., Engineer TITLE: Laws Governing The Atomizing of a Superheated Liquid PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, Energetika, 1959, Nr 10, PP 76-83 ABSTRACT: The results of an investigating of the hydrodynamic peculiarities of atomizing superheated liquids are pub- lished in this article. When heating a solution to a temperature of 300-3300C (preventing boiling by apply- ing the proper pressure in the pipeline) prior to atom- izing, the specific volume increases by approxim.--.tely 1.5 times, the kinematic viscosity decreases (by 6-5 times) and the surface tension is less (by 10-12 times). Peculiar hydrodynamic conditions are created by the practically instantaneous boiling of the superheating liquid upon leaving the atomizer. They determine the Card 1/4 structure of the spray cone and influence the second 66175 SOV/143-59-10-13/22 Laws Governing The Atomizing of a Superheated Liquid ry dispersion of the drops. The process of atomizing superheated solutions differs considerably from the atomizing of a cold liquid due to changes in thermo- physical and hydromechanical conditions. The investi- gations were performed on an experimental installati- on which was different from the one described by the same authors Z Ref 1-7 only in performing the atomizati- on in a cylindrical, vertical drying chamber of 800 mm diameter and 2.3 m height. Preliminary tests Z Ref 1_7 showed that a conical nozzle had the best charac- teristic as an atomizer, creating a very high degree of dispersion and greater spray cone angles of the atomized matter. Its design is simple compared to oth- er atomizer types. Geometrically similar nozzles with different diamters of the minimum profile were used (0.28, 0-35, 0.44, 0.63, and 0.805 mm). The flow fac- tor for these nozzles was 0.8-0-95, depending upon the temperature of the solution and increasing toge- Card 2/4 ther with it. The liquid to be atomized consisted OX 66175 SOV/143-59-10-13/22 Laws Governing The Atomization of a Superheated Liquid ordinary water and an inorganic salt solution having a specific gravity of 1.36 (concentration 500 g/1). The investigations were conducted at pressures of 90-150 atmospheres and at liquid temperatures of 160-3200 C. The dispersion of drops and the density of the spray were investigated by microphotographs and other aids. The formation of drops in the spray cone is a result of a complicated separation and fusion process of the primary drops. The pulsation of the drop motion, and the impossibility of formulating boundary conditions in the dEvelopment of the process exclude a complete analytical solution of this problem. Theoretical in- vestigations of G.I. Petrov and T.D. Kalinina Z Ref B.D. Katsnellson and V.A;,Shvab Z_Ref 27 and other in- vestigators show the pos bility of using existing equa- tions, describing the disintegration process of a flow with the aid of the theory of similarity. The au- thors of this paper noticed a practically constant Card 3/4 flow of the superheated liquid thru the conical nozz 66175 SOV/143-59-10-13/22 Laws Governing the Atomization of a Superheated Liquid le. This observation and theoretical assumptions of I. L. Perl1man Z-Ref g lead to the conclusion that the boiling of the liquid starts outside the nozzle. The principal laws governing tbeatomizing of a superheated li- quid by conical nozzles were established by the authors as a result of their investigations. They obtained for- mulas for calculating the mean volume-surface di~,meter of drops, for calculating the atomizing spectrum and graphs of local spray cone densities. This paper was presented by the Kafedra sushillnykh i teploobmennykh ustro stv (Chair . of Drying and Heat Exchanging De- vices~. There are 2 diagrams, 3 graphs and 10 Soviet references. ASSOCIATION:Moskovskiy ordena Lenina energeticheskiy institut (mioscow "Order of Lenin" Institute of Power Engineer-k' ing) SUBMITTED: May 23, 1959 Card 4/4 n (2) ""0V/143-59-10-10/22 AUTHORS: Lebedev, P.D., Doctor of Technical Sciences, Frofessor. nd Verba, 1.1. 1. , Candidate of Techniep! Sciences, Docent a I - - 0 1 , TITLE: The Anvlicntion of Infrared Radiation in Engineering PERIODICAL: Izve~;tiya vys-shilch ij-lhebnykh znveden-Jy, Energetika, IT 1959, "r 10, PP 108-113 ABSTRACT: This review contains some data on the lesign of radi- tint heat soi)rces which foiind apDlicption in foreign engineerin-,, (U')A, 71'est Sermany, German Dem-cratic Re- C., public, etc). It is based on the monograph. by Dr. W. Borchert nnd Dr. K. Junbitz ZR-ef 17. Fig 4 shows a ceramic rndiqtor of the type produced by a Leipzig in- striiient buildint,- nlart and by the Teltow plant of communication en-lineering parts -in the GermRn Democra- tic Reptiblic. T11cre nre 9 photographs, 3 diagrams and 6 references, 2 of vihicb are EnUlish and 4 German. ASSOCIATION, Moskovskiy ordena Lenina energPticheskiy institut (Mo-,co,w - Ordpr of Lenin- Po,,,;er Enginooring Instituto" Cnrd 41,4 VERBA M.I,, kand.t.ekhn.nauki LDOTICIIIK, B.I. i::~~ Psychometric method for measuring preBsuress Izv&vy3.ucheb#zav&; energ. 4 no-4;122-123 Ap 161. OUPA 14:5) 1. Moskovskiy ordena Lenina energetichookly inatitut. Predstavlena kafedroy oushillnykh i teploobmennykh ustanovok. (Pressure gauges) VEI~BA, M.I., kand.tokhn.nauk; UMIGHIK, B.I. Calculation of evaporation in apray drying of overheated solutions. Izv,vya* ucheb. zavs; onorg. 4 no.7:76-78 J1 161. (HIIIJ% 14-.7) 1. Moskovskiy ordena,Lenina Inergotichoskiy institut. Predstav- lona kafedroy sushilinykh i toploobmannykh ustanovok (Drying apparatufj) (Solution LGh'azi-B try)) D~~) (Heat-Trantimission) VERBA) M.I.p kand. tek-hn. nauk; GUSL`V, V.A., rispirant Problem concerning the mathematicil aLmulation of thermochemical processes accompanied by phase tranAormations. Trudy 14EI no.48: 7-14 163. (MIRA 17:6) M. 1. ; Po rtnov, V. D. AUTHOR: VVELa ORG: Energy Institute, Moscow (Energeticlieskiy Institut) C TITLE: Thermal conduction' of a chemically reacting ternary gas mixture SOURCE- Inzhenerno-fizicheekly zhurnal, v. 9, no, 6, 1965, 729-734 TOPIC TAGS- Irreversible thermodynamics, thermal conduction ABSTRACT: The authors consider a gaseous system contained hetween two plates having temperatures T 3~nd T - A T. Since a temperature gradient exists between the plates, in the presence of the rea('tj0Ti a concentratiwi fradient of.ibmisociation and undis8ociated mole- exiles exists at eDch point of Space. Dw 'iva~-y uiidissoc,ated mol(wide diffuses into the region at the higher temperature, and dissociate8 there, d)-sorhing heat. The light dissoci- ation products &ffuse back into the zone of lmver tempe.-ature and there recombine, evolv- ing heat. As a riisult of inter-fiffusion in. t'ni-,4 (,~-cik pri-wi-cis, the heat transfer in the direc- tion oppoqed tn tf,e tern~~eraturf~ ,Tradiew mcreasf-ti. in the arzd~-sis of tho. thprmaJ ronduc- tion of the reacting gases, therm-al diit'-i4twi ajtt', ,;,4 _~'_.~uur effocl arp aj,;o taken inti-) account. Card 1/2 UDC! 536. 23 L 15897--66 ACC NR- AP6001996 The steady state of '',iis cyclic process in a ternary system reacting chemically In accor- !dance with the equ tion A 'C- B - C is corsi&,red, and an F-quation for the therm-'d condue- tion of this system Is derived by means of methods o" irrovor-Mile therrnod~,na-mlcs. Orig. art. has: 29 -or-mulas. SUB CODE: 20 / S1,11M DATE: 16F(41)6~5 (MI(; M." F- 1-)4)1 OTH FIFF: 006 I Card Z/ 2 L 2 3-66 1,WT(1)/EWT(m)/ETC(f)/EWP(J)/T IJP(C) D.S/WiV/RM ACC NR- AP6012682 SOURCE CODE: UR/0170/66/010/004/0516/0519 AUTHOR: Verbs, M. I.; Fortnov, V. D. ORG: Mosoow'Powar Institutep Moscow (Energetlobaskiy institut) TITLE: Heat conductivity of a multicomponent gas mixture'lin the presence of equilibrium obemical reactions SOURCE: Inzbenerno-fiziebeskiy zburnali o'10g no* 4t 1966$ 516-519 TOPIC TAGS: host conductivity, chemical reactionp chemical equilibrium# gas dynamics ABSTRACT: In the presence of cbemic i reactions between the components 'ai~ of a gas mixture, beat and mass transfer must be investigated by introducing transforms for the fl-ow--o-f-mssa and energy: Ki. (2) I c,,d 1/2 UDC: -536.23 L 29453-66 'ACC MR' AP6012682 In the absence of external forces, the basic squation.for transfer of mass energy is written in the form: a,,,.grad V. (1 1, 2. 3. (3) A-I By an extended mathematical development, based on the above promises, the article formulates a method for calculation of the effective value of the beat conductivity coefficient. The method is sold to differ from previously proposed methods in that it takes into account not only diffusion but also thermodiffusion components* Orige art* has: 24 formulas. Auft SUB CODE: *20/ SUNI DATE: 190ot65/ ORIG REF:, ~ 001/ OTH REP: 005 W"BA, M. I - Yarl, t-khn. !0"k, dvtff~nt~ clk~;N, V.A, -1 Averaging :af *te tempernt,ire of a deccwmo~~Irg mterifil. ir a reactccr wlth 1~ - I a fluidiztA bod. Izv, -ryn. uchob. zav.; tnierg. 8 no.619,-62 Je 165. WIRA 18:7) 1. MoskovLkiy orderia U~Mna onf~rgetlchaskly instltut. Pred,3tavlona leatedroy sushillryl,.h i toploobinennykh ustroystv. ALEK.1j'ANDROVA, M.A.; ASINOVSKrY, E.I.) BALANDDI, V.V.; BRODYANSKIY, V.M.p kand. tekhn. nauk; VAKERAII.EYEVA, Ye.A.; VNLUrI,.J-, kand. tekhn. nauk; VORONIII., T.A., kand. tekhn. nauk; GIRSHFELID, V.Ya., kand. tekhn. nauk; DZYCH, M.Ye., prof. doktor tekhn. nauk; IVIN, F.A.; LAPSIIIIi, M.I., kand. tekhn. nauk; LIFOV, Yu.M., kand. tekhn. nauk; LYUDAR.~ZAYA, A.F.; 14AKARENKO, I.D.; MIRIMOVA, V.M.; NEVLER, S.Ye.; ROZANOV, K.A.j, kand. tekhn. nauk; ROTACH, V.Ya., kand. tekhn. nauk; KINELINITSKIY, R.Z., kand. tekhn. nauk; SIIEVCIOIKO, E.G.j LIOGOMOLOV, B.A., red.; VAINSHTEYN, K.N., spets. red.j LICHAK, S.K., spets. red. (German-Russian heat engineering dictionary] Nemetsko- russkii teplotekhnicheskii slovarl. Moskva, Sovetskaia entsiklopediia, 1964. 512 p. (MIRA 18:1) 1. Moscow. Energeticheskiy institut. 2. Moskovskiy energe- ticheskiy institut (for all except Vaynshteyn,, Lichak). Y~RBA,_M.I., kand.tekhn.nauk; LEONCHIK, B.I., kand.tekhn.nauk; PAVLOVSKIY, - inzh. Determination of optimum conditions for the drying of paint coatlngs. Izv. vya. ucheb. zav.; energ. 5 no.3:76-80 Mr 162. (MIRA 15:4) 1. Moskovskiy ordena LeniA energeticheskiy institut. Predstavlena kafedroy sushillnykh i teploobmennykh ustroystv. (Protective coatings) VERBA,-r,-.I-Ikand.tel~-hn.nau~:9 dotsent; KARAWMV, Yu.F., lnzh. ys. uchei. zav.; energ. 4 Inductive telemetering scales. Izv. no.10:123-124 0 161. MRA 14:111 1. Moskovskiy ordena Lenina energetic~.eskiy institut. Predstavlena kafedroy sushil'nykh i teploobmennykh ustro,,c-tv. (Telemetering) (Scales (Weighting instruments)) VERBA, M.I., kand.tekhn.nauk; LEONCHIK, B.I., kand.tekhn.nauk New method of drying solutions by spraying. Prom.energ. 16 no.6: 4-7 Je '61. (MIRA 15:1) (Solution (Chemistry)) (Drying) 1.1, T -I~Ejw 0- ~"* I Mechanism of recent tectonics of the I:st'-Yanisey depreas-lon as revealed by a study of the uripin of the mountain-chaln complexeB of the re'llef. Uch. mp. NIIGA. Rej:. geol. -.110.-1: 58-71 1 (4 - (111RA 19:1) AFONINA, A. P.;-VERBA, M. S. TM against common corn smut. Zashch. rast. ot vred. i bol. 5 noolOt33 0 40. (MIRA, 16:1) 1. Zaveduyuebehan fitoontomologichookim goeudaretvan"m eortoispyUtellnym uchaatkom, a. Glubochitsa; Zhitomirskaya obl. (for Afenina). 2. Pomoshchnik zaveduyuehego fitoantomolo- gicheakim gosudarstvennym sortolepytatellAft uchastkom, a. Glubochiteaj Zhitomirakaya obl. (for Verbal. corn(maize)-Diseaseis and peate) uts) (Dieulfide) t VEERBA, N.., polkovnilc Concern for troops sex-ving extended ealistments. Staroh.-zez-ez'-,* no.12:24 D 161, OlaRA 15j) (Russ ia-A=W~--Fay, a.Uowances, etc.) T- i Ol t I Vnedrerkc V .-.'roi-ivc,dvtvo (Cred.i t ill T'r(,c! ction c"L ~:(Aor!rn Tochn, Eh.-r kcv, Vol 7 VERBA, P.I.; DROZDOVA, K.F.,, red.; SIMICHENKO, M.G.., tekhn. red. (Soviet ruble] Sovetskii rubl'. Kharlkav, Khar~koiskoe kcnizhn~e Izd-vo, 1960. 38 P. (Money) WaA irl: I) VERBA, Prokofiy Ivanovich, kand. ekonom. nauk, dotsent; POKLONSKIY, ekon. nauk, nauchnyy red.; DONSKOY, Ya.Ye... red.; --- __ - -, -SFMCIWKO, M.G.,tekhn,red. - - --- -- -- -- [Role of credit~in the development of the industries of regional economic councils; based.on materials of the Ukrainian S.S.R.] Roll kredita v razvi',,ii pror7shlennosti sovnarkhozov; na mate- ria:Lakh Ukrainskoi MR. Kharlkov, Kharlkovskoe knizhnoe izd-vo , 1961. 143 p, (MIRA 150) (Ukraine-Credit) (Ukraine-Industries) .,,VZRBA, Prokofi7 Ivenovich, kand.okonom.nauk; DONSKOT. TsJu. [Donolkoi, ,.,- - 1A.W.1, red.; LIMANOVA, M.I., telrJm,red. (Local industry and the means of its development] Mistseva promyeloviet' ta dzherela ii rozvvtku. Kharkiv, Kharkivs'ke knyzhkove vyd-vo. 1959. 84 p. (MIRA 13:2) (1kraine-Induatries) VERBAP S., avintsionnyy telhnik tSyktyvkRr) The great In the small. Grazhd.av. 20 no.12t18 D 163. (KIRA 17:2) VERBA? S., aviatakhaik (g. Syktyvkar); VOROBIYET, I., inahener- bortoperator; URTER'TV , P ; KOSTENKO, V., flag~ahturman (Alm-Ata); SIROTA, M. Readers' letters. Grazhd. av. 20 no.3:18-19 Mr 163. (MIRA 16:4) 1. Komandir podrazdeleni a Moskovskogo upravleniya transportnoy aviateii (for Karterlyev~* (Aeronautics, Commercial) ITO. Kiyesi (ITO, Kiyoshi]; VZH TSW, A.D. [translator]; VIM, S.A.- (translator]; DTNKIH, Ye.B., red.; AGRANOVICH, X.S., red.; IOURVA, N.A., tekhn.red. (Probability processes] Veroiatnostays protsessy. Pod red\N B.B.Dynkina. Moskva, Izd-vo inostr.lit-ry, No.l. 1960. 153~p- Translated from the Japanese. (MIRA 14:1) (Probabilities) VERBALISKATAp L.M. Prolonged remissions in periodic schizophrenias Zhur. nevr. i psikh. 64 no.1:93--99 164. (MIM 17:5) 1. Institut psikhiatrii AMU SSSR, Moskva. VEIBALISKUA., L.H. Variations in the course of periodic oohi2ophrenia, Zhur. nevr. i paikh. 64 no-3:411-419 164. (MIRA 17:5) I* Institut poikhiatrii AHN =R, Moskva. .k.. WERBAL'SiQIYA, L.H. Some clinical observations on the problem of "faxilial" schizophrenia. Zhur. nevr. i psikh. 61 no.9:1387-1391 161. (Vjiu 14:9) 1. Rizhskaya respublikanska psikhonovrologic',.'eskaya bollnitsa (glavny-f vrach Z.G.Socl-mevar. (SCHIZOPHIMIA) ACC N" AR6016627 SOURCE CODE: UR/0299/65/OO0/024/A009/AOO9 UTHOR: Ve .9 oy,~_V_A_ -cil-lotor for biological and medic ITLE: A highly stable ultroacnIc-os nvestigations OURCE: Ref. zh. Biologiya, Abs. 24AlOO SOURCE: Sb. Metody fiz.-kbim. enaliza. Rostov-na-Donu, 1965, 60-61 PIC TAGS: ultrasonic Irradiation, crystal oscillator, acoustic ologic effect LBSTRACT: The special feature of the proposed design is a quartz itabilized master oscillator. The master oscillator is based on a 6Zb4 )entode. A circuit with electron coupling is used in the oscillator. L quartz resonotor is placed between tbo control and screen grids. The )ower preamplifier is based on a 6F9 tube. Capacitive coupling is used .n the oscillator for cascade amplification. The final cascade based on W-50 tubes operates on push-pull amplification. The quartz is coupled. .nduatively with the oscillator through a high frequency step-up ;ransformar. The oscillator can operate under continuous or pulse ;onditions. Freqvency of the Eenerstod ultrasonic oscillations in UDC: 578 ACC NR- AR6ol6627 106 cps and emission intonsity 13 6 w/cm2,, N. Sbarapova. ZT-ranslation of abstract7. SUB CODE: 06s 09 1 L , A SARXISOV, V.A., inzh., MOLOMMIDI, N.V.? Jnzb.; -VLRIATD'~ G'V~.p 'Y)211. Laying strings of rails without, joints in the construction of second tracka. Transp. Btroi. 14 no.393-7 Mr 164. (MIRA 17t6) KORIMOV, A. A. and '~EHLUTSYATA, V. V. Karag&-n-da Agricuitural-Experimental .13tation. NProgress of esparsette in and steppe ralon3 and the role of tuberouz bacteria." SO. IMMOBIOLOGIA, Val. 21, 110. 4, July/Aug 52. 0 0 0 0 0 0 0 0 41 0 0 41 0 0 0 0 0 * * 0 0 0 0 9 0 0 0 0 A. llk.~ V. 7. Sainfoin Pena Lration of sainfoin into arid stcppe ma4ons anr; the role of nodLie bar-t--- Mikrobiologiia 21, 110. 4, 19~2. 9. Monthly List of Russian Accessions, Library of Congress, November 195d~ Unclassified. VMBD;IXTS', V., uchitall-pensioner (Koloniya, StaniBlavskoy oblaati) KL'orka" and *Lruba.u Znan.ta prataia no.2:20 P '59. (KIRA 12:10) (otters) W)MMKO'A.A. Wine industry of the R.S.F.S.R. in the final year of the five- year plan. Vin.SSSR 15 no.3:4-7 '55. (XLRA 8:8) 1. Nachallnik Glavnogo upravleniya vinodellcheakoy prov7shlen~ nosti (RSYSR). (Wine and wine makb~v,) VEIMKO, A.A. 'ap*oplexy (with summary in English]. Akush. I gin. 11 no.6:72-77 N-D '57. (MIRA 11:3) 1. 1z kAfedry akusheretva I ginekologli (znv.-prof. I.F.Zhodrnnin) II Hoakovskogo moditsinakogn instituta imoni N.I.Pirogovn. (OVARINS. hemorrh. clin. aspects & ther. In apoplexy) VtIRKNKI), A.A. , Cand "'ed Sci -- (di.-I-3) llr~ita for the problem of apoplexy of tne ovary." ,,lo:-,, 19~-)b, 16 pp (~~cnnri 'Vos, 'itate !'Pd im;t irr. N. 1. ldrogov) QL, 21-58, 111) - 1211 - VMMO. A.A., kand.modenauk Hemorrhage into the 34 no.8:103-106 Ag (OVAMS, ovary [vith summary In InClIshl.' M71rurgila 158 (KMA 11:9) hemorrh* di;fert diago from appendicitis (Rue)) apoplexy, (APPEHDICITIS, differ.diag. apoplexy of ovaries (Rua)) IEI~BENKOt A.A.f kand.med.nauk Prlobjem of phantom prepancy. Sov.med. 24 no.1.1:106-109 11 160. (MIM 14 -.3) (FRMFANCY) BEMSOTAp LM.; VERBETKOp A*A. .-I .............., Spleneetcmy in Kdrovnikovl-s disease in Invgn=t v=eno Kbirurgiia 36 no.2t9O-9/+ T 160* (MA l3s22) %HWOMMGZ) (PROGNAVCYv CaGUGATIORS OF) (SPLEM-DISMES) (BIND PLATELM) KAZARINt V.S.; VERBETTKOt ~,~A,4-M1,0KHOROVAt L.V. Diphtheria of the genitalia in girls and women. Vop. okh. =at. 1. det. 6 no. 2183-85 F 161. (MIRA 14:2) 1. Iz kliniki detskikh infektsionnykh boleznoy (zav. - zusluzhennyy deyatell nauki prof. D.D. Lebedev) Il Moskovskogo meditsinskogo instituta imani N.I. Pirogova (dir. - dotoont M.G. Sirotkina) i polikliniki No* 3 Ministerstva zdravookhraneniya SSSR. (GMERATIVE ORGL14S, iBMALE-DISEEASES) (DIPIITHEaIA) VERBENKO, AsAs j* karAdomed,nauk Apoplexy of the avary in uterine and extrauterine pregnancy. VOP. okh. mat. i det. 6 no.7:70-73 Jl 161. (MDU 14: 8) (PREGMCY, EXTUUMLM) (OVARIES-DISEASES) VFITIBENKOY B.Ya. (Volgograd, IlSentralinyy rayono Semigorskaya ul., d.18) Levice for guiding metal rods in ostoosynthesis. Ort. travm. i protjz. 23 no.lot63-65 0 '62. (IIIRA 17:10) 1. Iz gospitallnoy khirurgichonkoy klinlki (zav.- prof. V.S. Yurov) Volgo$_radskogo meditsintskogo instituta. VERBENKO, B.Ta. ...... Treatment of fracturea of the patella with retal JJin.96 Ortnt).p travm. i protez. 26 no.401-72 Ap 165. (141RA .18:12) 1. Iz khirurgicheskogo otdeleniya (zav. - B.Ya.Verbenko) b,.-.,llnitsy No.16 (glavnyy vrach - M.K.Bezrukova), Volgograd. BAYAZITOV, M.S., iftsh.; VERBENKO, O.A., inzh.; PCLYAKOV, V.Ye., kand.- I. tekhn.natk., dotStnt Distance-type PZ-152 protection system with a.c. operative current. Ixv. vys. ucheb. zav.; energ. 6 no.2:1-5 F 163. (MIRA 16:3) 1. Ural'Bkiy politekhnicheakiy institut imeni S.M.Kirova. Predstavl'*a kafedroy elektricheskikh stantsiy, setey i sistem. (Electric power distribution) (Electric protection) VERBFBKDP YO.G. Supply of the 3parating cf a ptwt!oz:9ie-. rrvs = a.c. netwcark. I=. tekb-,. nc.52,11-" M7164 %PURA :!?.Ti ) S/194/61/000/012/076/097 D273/D301 AUTHORS: Khalin, P. G. and Verbenko, Ye. G. TITLE: Ultrasonic cleaning of deposit in locomot-_'ve boilers PERIODICAL: Referativnyy zhiirnal, Avtonatika i radioelektronika, no. 12, 1961, 19, abstract 12E102 (3b. na-ichn. tr. Vses. n.-i. in-t organiz. prioz-va i truda v chern. metallurgii, 1960, no. 1, 145-153) TEXT: A description is given of the construction and results of -urials of an ultrasonic plant for preventing and removing deposits, produced by the All-Union Scientific Institute Organization of Pro- duction and Labor in Mining Metallurgy on the basis of development work of the Leningradskiy institut inzhenerov vodnogo transporta (Leningrad Institute of I-later Transportation Engineero). The lant was used on the boilers of locomotives of the gn (9P) series Meam pressure 13 kg/cm2, heating surface 91.6 m2). A pulse generator on the gas discharge tube (frequency of oscillation 15 k:~/s, repeti- tion frequency 3 - 4 c/3) feeds a vibrator of resonant frequency Card 1/2 S/19 61/000/0-"2/076/097 Ultrasonic cleanin- of too D273YD301 U 30 kc/s. In tho boiler, the oscillations from the vibrator are transmitted through a wave-guide with a cooling jacket. The plant. is fed from a steam turboo-enerator. Trials showed that up to 601% CD of the surface of the boiler is cleaned on feeding soft water; on feeding hard water there remains a con,,itlant layer of deposit of thickness 0.1 - 0.2q, mm, which protects the walls of -the bollei- from corrosion. The authors think that the removal of the deposit is explained by a difference of modulus and the prevention of it by destruction of -rowing crystals. 5 figures. / Austractor's no-e: complete translation.-7 Card 212 VERE,Nno Emil Albin Pneumatic servo-votors and interference organs. Hares automat 8 no.3t89-95 160. 11 M400 ACC NR. AR0326'18' _'CtIRCE CODE: IIU/0012/65/013/005/0161/0'L6-C AUTHOR: Verbenyi, Ernil Albin--Verbeni, Ye. (Graduate instrumentengineer) ORG: Factory for Mechanical Measuring 1nstnmv-nts (Mechinikai Meromuszorek Gyara) TITIZ- El,_-ctrical control elements for li'Ltim,,ite functions SOURCL: Mlcreo eL; v. "D, w.). 5, P)65, 161-1.62 TOPIC TAG3: servornotmr, linear control oystem jB-rjU,.C,r: A new component suitable for use in conjunction with the servoraotor-ac tun ted, linear-output control syste eveloped at the Factory for Mechanical Measuring Instruments, won described briefly. The component comprises the geared power motor, the body, and the output element actuating the sensor. The component, available in a 5-watt and in a 10-watt version, performs the ultimate operations in the control flystem and is especially useful where the sensor) such as a valve, is subjected to variegated loads. The component is capable of being mass-produced, is reliable, lightweight, and inexpensive. Two drawings and a list of perforvwoca specifications i-was presented to illustrate the construction and performance of the :co,~ponent. Orig. art. has: 3 figures. [JFRS: 32,4961 00D 9, 13 5UD?l DATE: nonie UX: 621.3-52 ,e 0 UM/Madicine - Public Health, Jul/Aug 48 Administration Mediolne - Public Health, Officers *The Organization of a Directing Oblast-Publio &e1th Department," L. G. Veber, Moscow, 71 PP "Sov Zdravookhran* No 4 Diacourses en organitatiop of the work of special- lots, clinlelsta, and medical institutes. Tables abaw mperience of health depart=mt pereconal In the RSFSR and in other union republics. FM 13/49T76 KONOVALOVA, N.I.; Y~ ~KR. I N.Z,... ..-" Lathe optrations on *Getinaks*, a laminated plastic material. Trudy Ural.politekh.Inst. no-50:131-146 156. Nm 9:11) (Plastic materials) (Machine-shop practice) ERYUKYAN, A.; HROVETS, S.; VERBER, T. Mechanism of reactive diffusion in the system copper - sulfur* Fiz,net.1 metalloved. 15 no.33362-370 Mr 963. ()aRA 164) 1. Gorno-metallurgichookaya Akademiya,*Pol'skays. Narodnaya Respublika, Nrakov, (Copper sulfide) (Diffusion) USSR/Engineering C;elt 4`3 Pent Producticti Peat a7drogon-ation "Different Probleria in Planning Peat-Driquetti3 Plante," R. Ya. Vorber, Chief Fngr, Peat-Briquptto Factory, Tootcl, Yerevftn -S'71R, 2 p~i "Torf From" No 1C. BrIquetting proceEis dopondE ;,-rastLy on the watei content, of -peat ~ L:~ag zerlef: of axper1rents cz),-,- duoted-at the Peat-BrIquette lhctory, Tc--tal, Yerevan SSRI , resulted In compilation of data showing effect of humidity of peat P-rA dry weii, `i~ of beat on the hoL~rly productJon capscitX of 14uette!?. BRYUKRAN, A. (BrUckman, A.Ij MROVETS, S. [Wovect S,jj URBER, T. (Werber, T.] lavretigating the degree of sulfur participation in thn reaction diffusion of aulfide scale formation on nickol. Piz.-met. i metalloved. 20 no.5s7O2-707 N 165* (14IRA 18112) 1. Gornometallurgicheskaya akademiya, g. Krakov, Poll;ikaya Narodnaya Respubl-ika. 85042 0 1 r3. ID,, 11572 0) 11 ~ 9 c-,Ll S/126/60/010/004/011/023 Eln/E452 AUTHORS: Mrovets, S. and Verber, T. TITLE: Some Basic Proble-Ws-Tn 'Studying the Oxidation of Metals PERIODICAL: Fizika metalloy i metallovedeniye, 1960, Vol.10, No.4, pp-572-580 TEXT- The authors discuss published work (Refs.1- 31) on the scaling of metals, including their own work (e.g. Refs-17,18). They go on to propose a new mechanism for the formation of two-layer scale and to point out some corrections needed for interpreting results of investigations with inert markers. For experimental convenience their work was carried out not on oxidation of metals but on their reaction with sulphur, since the latter usually proceeds at lower temperatures and the solubility of sulphur in most metals is less. Flat q2pptjrVQ silverApecimens were sulphided in liquid sulphur at 445'C till a surface layerSWck enough to absorb the beta-radiation from the radioactive isotope had been formed. Some S35, was then added Ithe experiment being continued for different times. The scale%was stripped off the metal residue and its activity on both--'s-Mes determined. The results (Tables I and 2 for copper and silver respectively) are Card 1/3 S/126/60/01899WO4/011/023 ElIl/E452 Some Basic Problems in Studying the Oxidation oi~ Metals contrary to those expected from investigations using inert markers (Ref.15) or chemical analysis. They indicate that inward diffusion of sulphur through the outer layer is not involved in the formation of a two-layer scale on these metals. The authors suggest that in the initial stage a thin layer is formed which grows by outward diffusion of metal with plastic settling of the scale on to the metal (Refs-32,43,44). At a critical scale thickness its further settling becomes impossible and a gap is formed between it and the metal. A new scale layer forms on the core, the oxidizing agent being supplied by dissociation of the outer layer. Metal ions and electrons produced by this dissociation diffuse outwards through the outer layer and combine with sulphur. Further growth of the outer layer depends on bridging across the gap. The mechanism is shown Schematically in Fig.l. The authors criticize the usual interpretation of the location of the inert marker in the scale at the boundary of two layers as evidence of diffusion in both directions. This effect, the authors show, can be explained in terms of their proposed mechanism: Figs.2 and 3 show photomicro- graphs of the boundary regions in experiments with copper and silver Card 2/3 65042 S/126/60/010/004/011/023 Elll/E452 Some Basic Problems in Studying the Oxidation of Metals respectively, containing 7 x 10-3 cm diameter platinum wire markers; Fig.4 refers to silver for a comparatively short duration of scaling. Professor L.Czerski made valuable suggestions for this work. There are 4 figures and 2 iables and 48 references: 4 Soviet, 14 English, 14 German, 3 French, 9 Polish, I Private communication and 3 in Acts. Met. ASSOCIATION: Gorno-metallurgicheskaya akademiya Pollskaya Narodnaya Respublika g. Krakov (Mining-Metallurgical Academy of the Polish Peoples Republic, Cracow) SUBMITTED: March 1, 1960 Card 3/3 "ill,, olltf~-'*;El-;2 5.1-~ F - :aa t !,-- n 0 f a -;, w :~ -'- * y -- i~ fili r,:als~ c- -. - - '.. . ~ . :7f- ~ I f 18 ~ -. : ~,4. ( I I f:R!~ .1 'i - ` - .1. 113 rmuip- t a U ur g, i r;;n ~,l 1'r.17-rk.:)y Naro.-!noy ~,,13pljblll.ld, Krak-i,v. MROVMt S. (Mrowec, S.]; VERBER, T. Kinetics of sulfidizing cobalt at high temperatures. Fiz.wt.,i melmlloved. 14 no.5:710-774 N 162. (MIRA 15312) 1. Gorno-metallurgicheskaya kkademiya, Pollskaya Narodnaya Respublika, g, Krakov. Cobalt) (Protective coatings) HROVETS, S. ; VROE4r-T. Somou basic problems in the stuly of the mechanisms of metal oxidation. Yiz. met. i metalloved. 10 no.4:572-580 0 160. (MIRA 13:11) 1. Gorno-metalbirgicheskaya, akademlya, Pol'okaya MaroInaya Respubliks, Krakov* Netallic films) WMWMN) A.; MROVETS, S.; ~TR J-a ,-- -) T-.-- Investigating the mechanism of the reaction diffusion in the system nickel - sulfur. Fiz. met. i metalloved. U no. 5:704-708 My 161. (MIU 14:5) 1, Gorno-metallurgicheakaya Akademlyap Pollakaya Narodnays Respublika, Kra-kov. (Ilickel-Corrosion) (Protective coatings) VIRMO - T. I - Bonas awards to workers of li,pht Industry enterprises. Blul. nauch. Inform.: trud I zar.plata no.10:44-45 159. 4 (KIU 13:6) (Lvov-Shoo industry-Production standardq) (Lvov_13onus system) L 1 32R-56 ~',T7I :i,~ A H() R (;1 4 A Ve e s h c ha g i nL 'Pri e r K TITLE: 2-Furyl and 5-nitro--2--f-uryl alkynyl ketones SOURCE: AN SSSR. Dokla , V. 164, no. 1, 1965, 99-102 0. ~y TOPIC TAGS: fungic ?de, antivirus agent, ketone, acetylenic ketone, furyl alkynyl ketone ABSTRACT- This work was undertaken in the course of a search for compounds with fungicidal and antiviral agents. Fury! al~ynyl ketones had been previously pre- pared by the authors from the corresponding carbinols by oxidation with activated r-ianganese dioxidc . 5-Nllrofury', 3rY1a1kvn-;1 retones were obtained by nitrd[!,~n of the corresponding ietones. The r-a riE-i -ndl'i-n- are ~ictaed ~v tale na-'-e aryl groui, a,-,, held ~ , 4 - - e-e ; ~e* --le" an phenyll gr)j,,: ~7 a 7nen,, I!- -,i tn r, e ns are a, e, 5, ~_A "e Card 1/2 L 1328-66 ACCESSION NR: AT5023365 manner, a series of ketones was prepared: 45 C-R 0 where R - phenyl, P-tolyl, p-chlorophenyl, m-bromophenyl, p-bromophenyl. The yields and physical constants of the above compounds and their semicarbazones are given in tabular form. rhe results of biological tes..s of the compounds obtained will be presented in a separate paper. Orig. art. hag: 2 tables. / [VS) ASSOCIATION: Inatitut organicheskogo sinteza Akademii aauk LatSSA (Instttute of--,- qUap_i,c Synthesis, Academy of Scllencesj:-arSSP) ; Ingtit,ite nefte- i uglek-hirnicheskogo sinteza pri lrkutskom, gosudarstvennorn ~nivpral,e,. e Im. A. A. Zhdanova :.-'stltute Pe zi~; Lax 5LaLe Oniverscivi aL i L! rLu I NO REF SOV: 005 S -' B OTHER, 006 ATT) FRESS:~~(t~~ Card '2/2 VIRimny'lau. Ways of increasing the profitableness of textile enterprises. Tekst. prom.15 no.10:16-18 0'55. (MLRA 8:12) (Textile Industry) e,,- r 81081163100610MI0281089 B166/D13e AUTHORz Verbetakiy', 0. P. TITLE: ...Laboritory'studies.of :reinforcement corrosion in cracks in etrese.od, reinf oroed -.*concrete PERIODICALt Referaii*nyy shurnal. Khimiyaj no,.2. .1963i 3309 dbotrot 2K31 (Izv.-.'Thiliesk. zi.-i._ in-ta sdo"sh. i-Sidroenerg.'s ;4 ('4010621,_ TEXT., In ordinary donea hydraulic concrete, r*Inforoontentloorrosion -.only develops in places where -there are cracks communicating with the outer surfac.e.. When. specimens are kept oontinu9ijely 'in 'air but insides the. reinforoemiDnt does. not corrode# even where thers.ire lirgooracks In the concrete. . With periodic submersion in a 30%.,NaCl solution, 'or in tap water, and subseduent drying in air, reinforooment'parrosionAs more intense in the wider &raoks ( >. 50 P) 9' In cracks - > 300 p -it in deep pitting oorrosi*on which mainly develops. When stored under water reinforooment.coirosion.was noted in or~oks.of 2000 pg but only on working r6da'su~-~e'ated to'high tensile stresses., r4Yf*i*noe~- 111batrectert note~.Complete-_tranil,ationj Card T r AID F - 1745 Subject USSR/Iiydraulic Engineering Construction Card 1/1 Pub. 35 - 4/21 Author Verbetskiy, 0. P. and Kyullman, E. R. Title oduction of high quality concrete by preliminary vibration of the cement mixture Periodical Mr. stroi., v.24,, no.2, 7-9. 1955 Abstract According to tests made in the Institute of Hydroelectric Construction In Tbilisi and the Tbilisi Railroad Institute a new method of vibrating cement grout and paste was devised. The advantages of using vibrators for obtaining a better frost-resistant and impervious con- crete is discussed and the use of small grain sand Is recommended. Two tables showing compressive strength of concrete are Included, with a schematic diagram showing the process of concrete mixing. Institution: None Submitted : No date 98-58-7-3/21 AUTHORS: -Verbetakiv. 0,P, Candidate of Tec~,nical Sciences, YyUl'. man, E.R., Engineer TITLE: Hydrotechnical Concrete from Vibroactivated Cement (Gidro- tekhnicheskiy boton na vibroaktivirovannom tsemente.) PERIODICAL: Gidrotekhnicheskoye stroitelletvo, 1958, fir 7, pp 9-12(USSR). ABSTRACT: Cements of brands 300-400 actuallv delivered to the Soviet building industry are not ground finely enough and there- fore their potential possibilities are not fully utilized in the concrete. When ground in vibromills, their activity increases lA-2 times. Profescor Yu.Y. Butt(ref.1) finds that the dimension limit of the grain of cement is in the order of 3 microns. lt was also found that excessively fine grained cement is lesu resistant to frost due to in- creased water absorption. Lower frost resistance necessi- tated the application of another technologic process of pre- paring concrete. The authors describe the method of hamid cement activation. It is achieved by mechanical processing of cement suspension, cement dough or cement-sand hard sol- ution from which the concrete in subsequently made. (Ref. 4 Card 1/3 and 5)- Concrete made from the activated cement possess in-

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