SCIENTIFIC ABSTRACT BELOGLAZOV, S.M. - BELOGORSKAYA, N.I.

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BELOGIAZOV~ S.M. of hydrogen in steel by the -anodic dissolution methode Zavs lab. 27 no# 12tl468-1469 161. (mm 1511) 1. Permokiy gosudarstvennyy univeraitet im. A.*M, Gortkogo. (Steel-Hydrogen content) BELOGLAZOV S.M. Effect of certain organic brighteners cn the aboorpticn of hydro gen by steel during zinc plating in cyanide electrolytes. Zhur. prikl.khim. 35 no.6tl333-1338 Je 162. (MM 15:7) (Zino plating) (Steel-Hydrogen content) BELOGLAZOVj S.M. Sffect of saw organic substances on hydrogen absorption by steel during its cathodic polarization in an acid. Izv.vys.ucheb.z&v.;- khimA khIm.tekh. 6 no.108-62 163, (KERA 16:6) 1e Permskiy famateevticheakiy institut, kafedra fizicheskoy khimii. (Steel-Hydrogen content) (Polarization (Electricity)) (Organic compoun0s) BELOGIAZOV, S.M.; Prinimala uchastiye STEPANOVA~ M.N.J, inzh. Distribution of hydrogen absorbed by steel during its cathodic treatment in acid and the effect of this distribution on the microhardness of steel. Fi2so met, i metalloved. 15:no*6:885- 889 is 163, (MBA 16:7) I* Permskiy farmatsevticheskiy institut, (Steel,-Hydrogen content) I (Hardness) B7--l~vGLAZOVV S.M. Overm, ) 1,1 ant.1mony = of ielenit=j Lollurim, arzenl,:., ar hydrogen ~vvm:lfagf, ~n In an a,.-~d ma~um. riz. kh1m. 38 no.2s4,27-433 F 161. (W.RA 17:8) .BEIM1,UOV S.M. J1 Fffect of aliphatic alcohols on the hydrogen absorption by steel during cathodic polarization Lr acid. Yhur. prikl. khIm. 37 no.i2:2715-2720 D 164. 0,4111A 18: 3) BELOGLAZOV S.M. I Effect of aliphatic aldebydes on hydrogen absorption by steel during its cathodic polarization in acid. Zhur.prikl.khim. 38 no.g12O33-2059 S 165. (MIRA 18t11) XCC NR':- AP6034i9i SOUWE 66]~Et UR/0369/66/00ii 1AUTHOR: Beloglazov, S,, M. ,ORG: Pharmaceutical Institute, Perm' (rarmatsevt1cheskLy'institut) 'ITITLE; Effect of aliphAtic anines an the hydrogenation of steel during its cathodic polarization in acid SOURCE: - Fiziko-khimiches%aya mekhanika materialov, v. 2, no. 6, 1966, 526-531 TOPIC TAGS: tertiary amine, bydrogen embrittlement, intergranular corrosion, poly- amine compound; hydrogenation ABSTRACT: The effect of trimethylamine, triethylamine, ethylamine, butylamine, and tribenzyidmine (amino'concentration = 0.01-0a02 mol/1) on hydrogenation of steel dur- ing its polarization (5-400 min) in 0.1 normal H2P04 solution containing 2.5 mg/l H2SeO3 was studied ~t 18-202C and a current density of 10-51 ma/cm2. The hydrogen.up- take was measured'.volumetrically and the effect of the amines on hydrogen diffusion through the steel cathode-membrane was assessed on the basis of the change in plastici- ty of the steel.' Among the primary and tertiary aliphatic amines, the' inhibiting ef- fect on the hydrogenation of steel was found toincrease with increasing molecular weight of the amine. Tribenzylamine exerted the highest ia.;biting effect among the amines tested* , The inhibitive effectiveness of the allphAtic amines was found to In- -I ACC NRs AP6034193 ase with current density. This dependence was less pronounced in the case of tri- .zylamine. The inhibiting effect of amines on hydrogenation in steel during its hodic polarization was explained in tems of the fomation of an amine surface lay- on steel which prevented hydronium ions ftx= an intimate contact with the metal dur ~ the charge transfer processes. Orig. art. 'has: 3 figures. CODE: 07,11/ SUBM DATE: 24Dec65/ ORIG REFt 005/ OTH REr: 013 BELOGIAZOV-j, V. Good tradition. Prof.-tekh. obr. 19 no.6:23-24 Je 162 (MRA 15:7) 1 . 1. Pomoshchnik direktora po kullturno-vospitatellnoy rabote remeslennogo uchilishcha No-3, Amurskaya obl. ,(Amur Province-Vocational education) EErMLAZOV =X=Z=Z-L& Masters teach and learn. Prof.-tekh. obr. 20 no.6-.7 Je 163. (MM 1637) (Vocational education-Teacher training) v J: .'. kan, 1" - I . VASI L *.YEV) * ~' I. i. tekhn. Y-.-uk; BELCI.~LAIU, ', T - .. -.p. I-'ri ` r ~.l , ~ ~ , during r_as=n- thratigh ! Rtic~. tronssi . 23 no. ' 0: 4'5-4? 0 164. ("-uP-4 17-12), 1. Kap-itar teplokhoda "OktyabrIakaya revol.-'rutsiya" (for Belolgiazov). BELOGLAZOV, V, Important problem of education. Prof.-tekh.obr. 22 no,8:22-23 Ag 165. (MIPA 18:12) 1, '1.,-- :4-;z --'._.,:--]~~I,~:, ~- Lnnt~- i. . - . - - 1.1 . , f~~-i~--::-~~~it~-.Q,~.-~*,-,"~. BELOGLAZOV, V.G. Results in the use of modified andonasal dacryocystorhino-. stomy. Vest. oto-rin. 25 no.4:77-84 JI-Ag 163, (MIRA 17:1) 1. Iz otorinolaringologicbeska'y kafedry (zav. - prof. I.I. Potapov) TSentrallnogo instituts, uaovershenstvovaniya vrachey i oftallmologichookogo otdeleniya klinioheskoy gorodakoy bollnitsy No.67, Moskva. 688(6 A,UTHORS: Grishayev, I. Aet Kolosov Ve i6f S/020/60/131/01/016/060 )Iyakotal V. I.9 B_5 9 Vo if B013/BOO7 NUEovq B. Vo LETO Z; V TITLE: The Experimental Determination of the Power of the Submilli- meter Range in a Magnetic Undulator PERIODICAL: Doklady Akademii nauk SSSR9 ig6o, Vol 1319 Nr 1, pp 61 63 AUSSR ABSTRACT: The present paper describes the preliminary results obtained by determining the summational mean power of the electromagnetic oscillation lof the submillimeter range. The power to be de- termined is emitted by relativistic 17 Mev electrons in a mag- netio undulator. With an average electron amperage of 4 t1a, '.10-7 w was obtained for the level of the mean power* The pro- duction of a radiation in the tenth-of-a-millimeter range and in the submillimeter range is of great practical interest. Such electromagnetic oscillations can at present be produced only by means of spark generators and heated bodies. However, the power levels obtained in this way are very low. The undulatory methhod Card 1A of producing high-frequency oscillations# which is based upo]17 68805 The Experimental Determination of -the Power of the S/020/60/131/m/oi6/o6o. Submillimeter Range in a.Magnetic-Undulator B013/BO07 using the double Doppler-effect-of frequency tradeformationg makes it possible-to bridge-the entire range of electromagnetic. oscillations from I mm to visible light. The level of the emit- ted power may actually be made sufficiently large, even in the case of an incoherent radiation. For the frequency of radiation in''a,magnetio undulator for the free spacel 1~ v/[1 (1 - Poo' A holds. Here v denotes electron velocityg 10 the pKi.d of mag- nbti c structurej v/01 2.% - the angle between the direction of motion.and the direation-towards the observer. The production of electromagnetic osoillationa.mayp in a sufficiently wide frequency-rangep be determined by measuring electron energy (with constant 1 0). The undulator used in the present paper con- sists of separate electromagnetep in which it was possible to eliminate completely the harmful components of the magnetic field. 9CO of the Input amperage passed through the entire un- dulator. With the wave guide dimensions used here, a discrete spectrum of electromagnetic oscillations was obtained because of the difference of the excited oscillations. This spectrum is Card 2/4 subdivide4 into the two principal ranges of 100 to 250 P and 68805 The Expqrime7ntal Determination of the Power of the 5/o2o/60/131/01/oi6/060 Submillimeter.Range in a Magnetic Undulator. BOWBOOT 50 to 67 pe The-main part of the lines produced is in the latter range. At present, measurements of the entire power of radia- tion.of the entire spectrum investigated are being carried out, and preparations are made for recording the spectrum. Figure 1 shows the scheme of the device, The elimination of background is briefly dealt with. The power of electron radi ti 11 in the un- 2 PtH 3 dulator is proportional to H 9 and therefore i~Ht2 - WIL holds. Herefrom and from an other equation it is possibie R2 2 to calculate the absolute amount of radiation intensity for a given magnetic field. The results obtained by the measurements are given in table 1. The authors thank K. D. Sinellnikov, Lcademi- cian of the AS UkrSSR, for the suggested themeg and Ya. B. Faynberg for discussing the results obtained, There are I fig- urep I table, and 3 refeTences. Card 3/4 68805 The Experimental Determination of the Power of the 8/020/60/131/01/016/060 Submillimeter Range in a Magnetic Undulator B013/BOO7 ASSOCIATION: Fiziko-tekhnicheekiy inatitut Akademii. nauk USSR (Institute of !~!.sics and Technology of the Academy of Sciences of the ,M.- 7 PRESENTED: September 16p.1959, by M. A. Leontovich, ALoademician SUBMITTED: September 19 1959 Card 4/4 TE=.ATNIKOV# Mikbail Stepanovich.- BAYKOVAI K.G. p inzh. p retsenzentj BZ;gdAZQXp-VnJ., kapitanp retsenzent; ZAVARUYEV, V.V., inzh.9, red.; LOBAHOVO Ye.M., red. izd-va; YEPIMMOVA, T.T., tekbn, red. (Ship accounting] Sudovaia otchatuost'. Moskva,, Izd-vo ORecbnoy transportl" 1961. 131 p. (MIU 140) (ImIaTlA water transportation-Accounting) VLADIMIROV Nikolay Petrovich., Inah.; CRENTSOV, Konstantin Petrovichp inzh.; GOLMSWINj M.P.p inzh.j retsenzent; BELOGLAZOVp V.I., retsenzent; KUSTOV., L.I., prof., red.; kMtjdq~i~' A.N.j red.izd-va; RIDNAYA, I.V.p tekbnaed. (General sailing directions for inland waterways] Obshchaia lotsiia vnutrermAkh vodrjykh putei. Moskva, Izd-vo "Reabnoi transport,",1963. 270 p. (MIRA 17:3) VLADIMIROV, Nikolay Petrovich; SHCHEPETOV, Ivan Alekseyev:Lch; ,XLQWAWV, -Vasilly, ;yanqyich;_, PUSHKAREV, Leonid Vasil Wyevich; ZERHOV, S.A., inzh., reteenzent; AGAPOV, A.D., kapitan, retsenzent; FYATLIN, A.A.,kapitan, retsenzent; UKULIN, P.F., kapitan, retsenzent; MOSKVIN, S.V., kapitan-nastavnik,, retsenzent; POROCHKIN, Ye.M., red.; MAMIUSHINA, A.N., red. [Special sailing directions for the Volga-Kama and Don River basins; Moscow Canal, Volga River from the Ivankovo Hyd)---.ulic Development Complex to Bertyull, Kam R4ver from the city of Perm to its estuary, Vol"A-Don Canal, T31mlyanak Reservoir, and the Don River from the TS ml$ansk Resexioir to the city of Rostov] Spetslotsiia Volzhsko-Kamskogo i Donskogo basseinov; ka- nal im. Moskvy~ r,, Volga ot Ivanikovskogo gidrouzla do nas. p. Bertiull, r. Kam ot g. Perm' do ustlia, Volgo-Donskoi kanal im. V.I.Lenina, TSimlianskoe vodokhranilishche i r. Don ot TSimlianskogo vodokhranilishcha do g.Rostov. Moskva, TrM sport, 1964. 288 p. (HIRA 17: 10) "SIL'YEV, Aleksandr Vyacheslavovich; BELOGLAZOY, Vasiliv J-~vi~ch- GOFMAN, A.D.p retse~nzent; YEFP&IOV, G.V., retsenzent; CHESTNOV, Ye.I.p nauchn. red.; IAGOVSKIY, G.N.p red, (Using low speed steering] IspolIzovanie podruli- vaiushchik-h ustrostv. Moskvay Transport, 1965. 55 P. (MIRA 18:5) BELMLVOVA, 011ga Alekaandrovna Engineer of Cartographic Factory of the Main Administration of Geodetics and 'Ccirtography attached to the Council of Ministers of USSR; made "Hypsometric 14ap of the USSR". SOVIET SOURCE: N: Kommunist, Vo. 62 16 March 51s Yerevan. Abstracted in USAF "Treasure -LslandA on file in Library of Congress, Air Information Livision, Report No. 112662 Unclassified. BROGLAZOVA. O.A.. radaktor; STIXARMO, X.I., redaktor. *Titlas of the U.S.S.R.] Atlas SM. Koekva, 1954. 147 p. WaA ?:9) 1. OmskVa kartograficheakeys, fabrike, (for SvinarenkD) 2. Russia (1923- U.S.S.R.) Glavnoye upravlauiye goodesil i kartografii. (Russia'--maps) MOM SVINARENEO,M.I., redaktor; BUMIAZOVA.O.A._1 redaktor; USWOV#A.G., tekhnicheekiy redartor [Atlas of the U.M.R.] Atlas SSIiR. Izd. 2-ce. Hooky%, 1955. 147 p. (MA 9: 4) l.Russia (1923- U.S.S.R.) Glavnqra upravIeWp geodezii i kartografii. (Russia-Atlases) BELOGLAZCF? q I.Y., tekhmichesk6 . rodakt4r; ER(MOVMUYA ,U- V-1,4 -KMAKUM, ri ir; IIKOIAYWA,' I.I.. tekhniChaskiy redaktor. ,[Atlas of the U.S.B.B.3 Atlas SSSR. Moskva. 1956. 194 p. 1. Russia (1923- U.S.S.R) Glav=7~e upravUalre geedezii i kartograf iie - (Rassia-maps) BUDAYEVA, M.I., tokhn.red. [Road atlas of the U.S.S.R.] Atlas avtomobillnykh dorog SSSR. Moskva, Glav.uprav.geodesli i kartografii MVD BSSR, 1959. 165 p. (MIELA 12:9) 1. Rassia, (1917- R.S.F.S.R.) Glavnoye upravleniye shossaynykh dorog, (Rassia-Road maps) ~(2) AUTHOR: Beloglazova 0. A. -59-8-14/27 SOV16 TITLE: Road Atlas of the USSR (Atlas avtomobillnfth dorog SSSR) PERIODICALs Geodeziya i kartografiyal 1959# Nr So PP 56-58 (USSR) A13STRACT: In 1959 the Road Atlas of the USSR was published by the Omekaya kartografioheakaya.fabrika (Omsk Cartographical P'~Aut Y. ~- Its format is 17 by 27 cm. It is printed on both sid6s,in 6 colors on 8 sheets of 8 pages each,, and consists of twq.partse Part I.comprises 25 pages and contains the main automobile roads, Part II consists of 91 pages and contains the .regional automobile roads. There are Taps of those regions only which have auto roads. The normal organization of road maps is described. The B~rope4n part of the USSR and the Ferganskaya valley are reproduced at a scale of 1 : 2tOOO,OOO , the maps of the Autonomous Republics and oblast' of the northern part of the E~ropean USSRt the central strip of the Asian part of the USSR, the Kirgizakaya SSR and Tadzhikskaya SSR are represented at a scale of i : 3,OOOPOOO , the maps of the Autonomous Republics and ihe ob lastl of the Pribaykal I ye and Zabaykal I ye as Card i/2 well as those of Soviet Far Fast, Kazakhakaya SSR, Road. Atlas of the USSR SOV/6-59-8-14/27 Turkmenskaya SSRr and Uzbekskaya SSR (excluding the Ferganskaya valley)'have a scale of I 1 4,000000 - The paper goeB'on to describe the methods and probesses used in the production of the atlas,.' Card 2/2 BELOGI ZQU7.~,04,,t-xed. (Railroads of the U.S.S.R.; routes and stations] Zhelez- rqe dorogi SSSR; napravleniia i stantsii. Moskva 2 1965. 150 P. (F.IRA 18-c1) 1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geodezii i kartograflio DOLGOPMOVS V.I.p inz,h.; DOLGOFMOVAp L.P., inzh.; PETROVA, N.G., inzh.; EELCGLOVSKAYA Tj Insh, Electrolumineseent mimic flowsheets and signal registers for control boards. Elek. sta. 34 no.7:72-73 Jl 163. (MMA 16: 8) IMOM SOV130-58-12-9/21 AUTHORS: Bullskiy, M.T. Kalashnikov, A.G._2 Beloglovskiy, M.Sh. and Alimov, A.6. TITLE: The Structure of Rimming-Steel Ingots (Ostruktaire slitkov kipyashchey stali) PERIODICALS Metallurg, 1958, Nr 12, pp 20-22 (USSR) ABSTRACT; Rimm~ng steel with under 0,37% C and 0-7-1-0% Mn has been produced at the "Azovstall" works since 1955 and-accounts for 60% of total output. The authors give reductions in metal loss obtained by substituting semi-killed steel for killed steels. They tabulate melting and teeming data and analyses for two heats of type Ometiz, 1 Of type 3 kp and 1 of type 5 kp steels, and go on to compare the structures of the corresponding 6.8-tonne ingots. The compositions of ladle samples were, respectively: 0.10. 0.07 0 22 and 0.36% c; 0.30, 0.47, 0.42 and 0 71% Mn; 0.05~1 ;.038, 0.01+9-and 0 03d S-7 0.036 0.032 6.032 and 0.038% P; 0.135, 0.1127 6.1c0 and 0.13A% As. The durations of effervescence in the ingot moulds were, Card 1/2 respectively, 30, 15, 15 and 3 minutes. The structures of longitudinal axial fractures of the ingots (Figs 11 2) SOV/130-58-12-9/21 The Structure of Rimming-Steel Ingots show that by following the main points of specified melting and pouring procedures sound ingots can be obtained, securing minimal metal consumption in rolling. The authors suggest that, in view of the quality of 5 kp steel ingots, this steel should be more widely used. There are 2 figures and 1 table. ASSOCIATION: IfAzovstall" works 'Card 2/2 BOV/133-58-8-8/36 AUTHORS: Kha itonov, A.S. , Candidate of Tehnical Sciences, Dobent, Bul'skiy, M.T., Alimov, A.G., Glinkov, G.M. and Beloglovskiy, M.Sh.,'Engineers TITIE: Optimum Temperature Conditions for Smelting Rimmi Steel from Phosphorus Pig Iron (OptimW.nyy tekDeratqrny rezhim ."5 ~ vyplavki kipvashchey stal-J". iz tosforistogo chuguna PERIODICAL: Stall, 1958, Nr 8, pp 706 - 709~(USSR) ABSTRACT: An outline of the smelting practice of rimming steels used in the Azovstall Works is given. 'On the basis of an analysis of the temperature data during the refining period of a large number of heat% the optimum metal temper- ature at the beginning of.boiling and before deoxidation was established in order to obtain steel wJ 'th a low consumption coefficient. The influence of the charging rate of additions during the refining period on the velocity of heating of metal - Figure 1; the influence of the metal temperature at the beginning of pure boiling on the number of ladles of metal of low and high con- sumption coefficients - Figure 2; the influence of metal temperature before deoxidation on the number of ladles of Qardl/2 metal of high and low consumption coefficients - Figure 3; el-33-58-8-8/30 optimum Temperature Conditions for Smelting Rimming Steel from Phosphorus Pig.Iron the influence of the! tmnl ratio in the finished rimming steels on the consumplCol coefficient of metal - Figures 4 and 5 (A); frequency distribution of the number of ladles of steel with different tl :hA01 ratios - Figure 5 (B). It was also establis e t t is advantag- eous to produce riming steel with the manganese content in the ladle sample near to the laer-limit permitted by standards and that the ratio of ~~Maj LCCj in the finished steel should not exceed 2.7,for teels StO, 1 and 2kp and 2.5 for steel St3kp. There-are 5 figures and 3 Soviet references. ASSOCIATIGNS: Zhdanovskiy metallurgicheskiy institut (Zhdanov, Metallurgical Institute) and Zavod OAzovstall" ("Azovstall" Works) Card 2/2 1. Steel--Producton 2. Steel--Temperature factors 18.3200, 18.92oo 77616. SOV/133-6o-2-16/25 AUT11ORS: Kalashnikov, A. G., Beloglovskiy, M. Sh., Bullskiy, M. T. (Engineers) TITLEt Structure and Properties of Semikilled St.5Ps-Steel PMODICAL: Stall, 1960, Nr 2, PP 153-158 (USSR) ABSTRACT,. Since 1955, killed open-hearth MSt.53P-steel has been replaced by regular silicon-free semikilled St.5ps- steel (9.28-0-3,7% C and 0,-,7-1 -0% Mn) at "Azovstal 1 11 Plant (zavod 'Azovstal, ). T6e semikilled steel meets State Standards for that type of product (GOST 38o-50). Malting is done In 350-ton, tilting open-hearth furnaces fired by mixed gas with oxygen enrichment. Bottom poured big-end-down ingot molds facilitate production (elimination of metal cap) and cut cost (no Al addition to the top part). The con- sumption per ton of rolled product is less-than Card 1/5 in corresponding killed and rimmed steel (See Fig. 1). Structure and Properties of SemIkIlled St-5PS-Steel 35 .70 -41 2S - 4e-A t - ~b 0 15-- foil rj4 L LL ill I I ILLIE ,('2"' f2,01- 42,f1. , 05 ON- *IV58 -f185 (f13 (V fW fj4.1 (154 (IIJI (223 17J47 Matal Co"4umfrrjon FacTor 7-7616 SOV/133-6o-2-i6/25 Fig. 1. Mean consumption of metal per melt for blooms of (a) St-5P and ~b) St.53P-steel In 195 Card 2/5 Structure and Properties of Semikilled 77616 .3t.5ps-Steel SOV/133-60-2-16/25- LoRsitudinal fracture and sulfur prints of a semikilled ingot showed only three zones, i.e., dense crust, blow- holes, and core. A comparative study of chemical heterogeneity, macrostructure and mechanical properties (tensile and cold bend tests) was conducted upon the roposal of S. S. P.-trov (Engineer) by A. G. Alimov, Eagineer), N, P. Kologrivov (Candidate of Tachnical ~ Sciences), and L. P. Tarasova, Ye. T. Raznotina, Ye~. T. NazarenIco, V. A. Fillchakova, L. A. Aleksandrova, Z. A. Yashchenko (Engineers), and S. L. Millner (Technician). Specimens were taken from 80 x 80 mm square billets and periodical profile Nr 1.2. A comparat1ve study of test results for killed St.5 and semikilled St-5-steel (79 and 1511 analyses, respectively) showed the following root-mean-square deviation from the predetermined composition.- Card 3/5 Structure and Properties of SemikIlled 77616 St.5PS-Steel SOV/133-0"0-2-16/25 C Mn S P As Killed steel 0.0136 0.023 0.0026 0.0037 mo6o Semikilled steel 0.0288- 0.024- 0.0058- 0.00 J~_ O.Oa74- o.op-62 0.029 0.0052 0.0012 0.0080 Adequately dense structure was observed in both types of steel, Lmpact strength of semikilled steel without Al is considerably higher than In killed steel at +200 C only.to decrease below 00 C. The authors arrive at the'following conclusions. (1) Tae application of optimal melting and teeming techniques for semikilled steel produces sound Ingots and results In a 10-12% saving of metal In comparison to killed steel by the elimination of open shrinkage cavities in the upper portion of the Ingot. (2) In order to produce semikilled steel with the same static mechani- Card 4/5 cal properties as killed steel, the absence of Si should be compensated Cor by a slight Increase in the Structure and Prop erties St-5Ps-Steel ASSOCIATION: of SemErilled 77616 SOV/133-6o-2--a6/25 Mn content. (3) For a large-scale application of se.mikilled steel, fLirther study is required for the improvement of its p1hysical and mechanical properties. There are 6 f1gures; 3 tables; and 3 Soviet references. "Azovstall" Plant (Zavod "Azovstallit) Card 5/5 Mno tA I N. I. BIMLYADOVA, N. I. Problem of gastrocollc flPtulas. Mdrurgila no-5:65-68 Ny 7:71 1. Is fakalltstakoy khirurgichookoy kliniki (sav. prof. K-O.R~- diiskiy).Kurzkogo meditainskogo institute. (dir. prof. G.N: Petroverkbov) (FISTULIL, (&MUCH, fistula, *aastrocolic) *xastrooollo) US3R / Gaaor~~.l 3iolo,,Sy. Individual Dovolop=nt. B If Abs joup : R_~~ Zliur - Biol., -o 19, Author : Balogl-radoya, X.J. Ills t : Kirsk Hod. List. Titlo : Co~apzr.,tivo 0'aaractor o*.L: and Homo-Transplants in OriS -.-"ub 3b. tr. I(ur8l:-iy mod. in--t, 197,3, No '5594 Hoala-n~; of 2n;_- ttuto- Raport II. 1956, No. 11, 121-9-142 Abstract A froo Stri-D Of Sk-in was si:2ultal0ously auto-- 'i- U I nd hoiio-trazisplarlt.~,,d oil 142 rabbits. at dif , laront p~ariods, froa 1 d,-.;?- to 3 yaar, tul-i,:~so tri.nsplant. a worc: zaxa~-.Unud his`llolor-ic,:~lly. tho opidC.-mis SrLdual- ly thins out and dies o.,L'--' two to thro--- .,-.oiiths U_,x tr.,,nspl4nt_:,tioa. In t h 0 0 an ~'. 0 `V- i v -, t- 18 - suo b:.sa of an autotmasplaiit.- (ziT) -'Ghcra can -o obsorv;;d a roactiva infla-.-imatioii i-ad a Card 1/3 U3)SR / rj~~nQral 13jolo3tr, L-idividual B I Abs Jour 'R,~-L Zhur - Biol., 1-0 19, 1956, 17o 35594 rosonoratioa of cona~~otivo -'U-iasuo basc~ :.t t1ij o:mcnso of th,."~ mtainod ulo,,,icats of th,~ tr"-n3- plantatc. T.1a coiuioctiv_- tisau,~ b,:~s~~ of Cho ho~iptra,4spl,~at. ' ; (HT) is 3raduclly mlplaccd by 3ranulation tissuc. T'ac AT v--sicles :~r,) prc- s--rvcd Xild function in 1'.10scl caslltsp L-1 t1l_` VO- sicL~ walls of HT d-,rstrophic ;jrocc3sQs quickly d.;w;IoD. Th_~ veoiclos rc:~aaorat_ld fro.-I, the host tisauca subs--quontly also undor'~o dystrophic c h an~t, _~ a'itain 2 -- 3 ~_iontha cftor tranal:)L2.11- t~,.tiozi, no vosiclcs cr-- found in 1T. In AT as woll. c-,s i:-i HT, thc: norv~) oli-inits dil-, dur-i:r tho firnt dzys; r_-,,r,,x-u~r.,.tioa of acw nom- f ilb-ors b,_,gins fro_~ tho 12th day; tho ponotratio_,. iato thQ transplantato tisau3s is prosorvod duri% Card 2/3 U3.371 / Goncral 3iolo3y, Ijdivjdu-,j Dovolop-lent. B Abs Jour Rof Zllur Biul. 19, 195-5, "Yo 85594 tho ant ir,~ lif ~.; -9cricd of tlac; tz-,L-asplantat In c-11 cas-as olE iio,~otranspli-riz-,tio-i tot,:l r,,D-- sorption of th,; strip occurr~A La 3-5 ;.*,onths, and '.'1"3 rapl",c,~;d by scar-tissu--. Th,:; r--cooa for R dostruction, th-, author b-li---v,~3, is a maction of t.Lasu.:, inco:~ipatibility botw,~--n the donor ,.ad th3 rocipi~~alj. -- 3). 3. Card 3/3 SOURCE: Hof zh*~ Biolosiy&* 15voftry tomp Abs. 18M,174 TITLE: Funotional'state of a free akin trans 2jant Y CM - 78 "M SOURCE: --Sbo tro Nurskogo.me4- In-tits :VVP- l8v 19630 TOPX TAGS: humang transplantation# akin# tissue# sensory disturbance# akLi tem~oratures perspiration TM.SLATION.- Skin transplants were-oxamined.in 16 patients for'-a p-drai wo of sk r4)riod of 5 days-13 yr6, Tem t in* transplants was A h:L&her in the first 2-4 weeks# and after a year the temperature was 2-30 lower compared to healthy skin areas. First of all,, tactile and pain sensitivity was restored starting from the peripherly of the skin transplant: with serious tissuo Injuries (suboutaneous fatty tisausap ruaclea) sensitivity was restored &Ctor 4# 6-i# 9 mid even 11 years', in cases in which subcutaneous fatty tissue was not injured, oonsitivlt7 was restorsd oarller,, Later# pain and tomperaiAlro Card 1/2 7. tl SUB CODE., LS 'ENCLt 00 Card RUMTSKYP M.G.; ~3~ VA I N. Criteria of the take of a free transplant. Acta chir. plast. 1+ no-3: 172-180 162. 1. University Surgical Clinic, Medical Institute, Kursk (U.S.S.R.) Director: Prof. M.G.ftditsky M.D. (TROSPLWATIOIli (SKIN TRANSPLANTATION) BELOGLYADOVA, N. I., Cand Mad Sci -- (diss) "Matarials for the study of free skin transplantation (Clinical-Exparimant,al data)," Khartkov, 1957, 10 pp (Khartkov Madical Institute), 200 copies (KL., 36-57, 107), T.Ve Cesarean s-ection in peritonitis, Soy.med. 22 no-3:231-132 Mr 158o (MIRA U:4) 1. Is fakalltatskoy khirurgicheskoy kliniki (zav. - prof. M.G.' Rudnitaki ) Ku A moditainakogo instituta (dir. - prof. AJ. rs ago Savellyev (MRITONITIS, in ptegu, cesarean section, indic. & hazards (Run)) (CIMARW SICTION in peritonitis, indice' & hazards (Rus)) 10 BELOGOLOV, A. Ya., Eng. 2. USSR (600) .4. Electrio Power Distribution 7. Supplying large scale construction with electric powers Elek. sta., 23, No. 31, 1952.. 9. Monthly List of Russian Accessions, Library of Congress, February 1953. Unclassified. BZLOGOLOV, A.Ya. Large block installation of power plant equipment. Mekh trud. rab. 10 no.1:28-30 Ja 136, (KMA 9: 5) 1. Zameatitell glavnogo inzhenera Dneprostroya. (4droolectric power stations) USS-.'-VGeneral Biology. General Hydrobiolos;v. B-6 Abs Jour Ref Zhur-Biol., No 16, 19 56, 71675 Author Belogolovva,, L. A. Inst 'Leningrad 8t_a%-e--Uh-rv-ersjty. Title Composition and Dynamics of the Feeding Base in the Reservoirs of the Kizan Sturgeon Plant. Orig Pub :Uch. zap. LGU, 19572 No 2287 103-116 Abstract :In the 5 reservoirs of the sturgeon plant in the Volga delta, the effectiveness of the re- servoir method of raising sturgeon was tested. Specific c,)mposition, formation and dynamics of plankton and benthos of the reservoirs were studied. The young sturgeon develop and grow with complete success in the reservoirs. Length and weight indicators of the young, fed predomi- Card 9 1/2 42 EELOGOLOVAYA L.Aq BOGDANOVA, L.S. Hydrobiological characteristics'of.the tail water of the Narva River in connebtion with the regulation of its stream,flow. Uoh. xap.MU no.34tl26-152 - 162. 1 1 (KM i5:8) (Narva River-Imahwater biology) I MOGOLOVAIA, N. Consultation* Hiaa*indSSSR 33 ikojs60-61 162. (MM 15:12) 1. Mookovskiy my"okombinat. (sausage) .. YA.KUNIN, I.; BELOGOLOVAYLJL,-- A collective strives' to vi I the title of enterprise of co=mnist labor, 1 Hi"AiLd. SSSR 34 no.ls4-6163. (MRk. 3.6s,4) is Kolbasr" zavo~ No.1 Mookovskogo 6rdena Imnina aWasokoviwta. (Moscov-Meat industry) (Socialist competition) LAVRUSHINj, A,Ta.; OLISRMKIY,, 1,1o; ABRAMM, N.D.; STALIKMVAp MJ*; YILA5=, I.G. ;'_pm~movq A*S*6 spetered.; VI,SILIMWA, G,Ye, red.; 01MYS]WA, Ye.A., tekhn. red. [Pleat industry; *.colleotion of artioleal Miasnala prograhlennost 1; abomik. Moskva, Pishchopromizdat. (Obmen peredovym takhnichaskim opyt9a). No.14. [Waotices of efficieney,promoters of the Moscow Ina 1 -0 Meat Comb p~t ratsibmalizatorov Hoskovskogo miasokombinata. 1956. 25 P. 1'. Rassia. (1923- U.S.S.R.)' Anioteretvo promyz~lennosti mymonykh i moloobnykh produktovo' Otdel tekhaicheelpy luformateii. (Moscow-Meat industry) SHCHERBANI, A.N., akademl-k; FURMAN, N.I., kand. tekhn. nauk; BFLOGOLOVIN. N.S.; PRIMAK, A.V.; TARASEVICH, V.N. Transistorized contactless relay device, Avtom. i prib. no.3t 47-49 Jl-S 164. (MM 18:3) 1. Akademiya nauk UkrSSR. (for Shcherban'). ACC'k R't--d AUMIOR: Shcherban', As Non Furman,,N* It (Candidate of technical sciences); Grishko, V. Go; BelogolovIn. No So ORG; none TITLE: Telemetric frequency-meter with increased sensitivity SOURCE: Mekhanizatsiya i avtomatizatsiya upravleniya, no. 1, 1966, 18-20 TOPIC TAGS. frequency meter, -telemetry equipment, transistorized circuit kBSTRACT: A frequency meter, originally designed for use as a receiver of telemetric 3ij,nals when measuring methane concentration in mines, is described. The transistorlmd neter circuitry consists of an input voltage converter and a capacitive pulse shaper. rhe converter includes a two-stage pre-amplifier and a magnetic multivibrator. The ?re-amplifier synchronizes the multivibrator with the received frequency. The pulse ahaper is a full-wave bridge rectifier consisting of two capacitors and four diodes. Some of the meter parameters are: operating frequency, 2-3 kc; minimum input signal implitude, 10 mv; output power, 3 mw; supply voltage, 15 v; maximum measurement error, L5Z; and temperature characteristics, flat from 5-50C. The meter, developed by the Institute of Technical Thermophysice of the Academy of Sciences USSR, can be used to neasure frequencies in telemetry systems or for direct frequency measurements. Orig. irt. has: 1 figure. WB CODE: 14, 091 SUBM DATE: none/ SOV REF: 002 UDC: 621.317.761 A6~-t.i-R,A!;~666202 SOURCE CODEs UR7oo-7qW&76-JV61j 2oo.572009 AUTHOR: Smetankina, N. P.; Kuznetsova, V. P.; Iyukasp S. D.; Bologolvenaj G. X.; Frolova, Ye. K. ORG: Institute of Chemistry of High Molecular ComDoundsp Acadery of Sciences, Ukrainian SSR (Institut khimii vysokomolakulyarnykh soyedinaniy Akademii nauk Ukrain-~ skey SSR) "-,'TITLEs, Synthesis and study, of functional organosilicon'compounds with a hydrocarbon %bbridge between the silicon atoms. Part 11: Acetylenic alcohols of disily1methylene ,V4`hd ethylene and some of their conversions 'S*'OU'RCFs Zhurnal obshchey khimiis v. 369 no. 2005-2009 TOPIC TAIS: acetylene compounds organosilicon co=ound, alcohol ABSTRACT: Continuing their studies, the authors investigated primary and tertiary acetylanic organ6silicon alcohols and glycols and some of their conversions. Acetyl- enic alcoholsdf the disily1mothylene and -ethylene series were synthesized as fol- lowst L ACC Qj AP?000202' Oug'Ur BrugCma-C-C113 + R RO + BrNgQ.-C-C1~6OUgUr' CH~ X_SI-A-SI-CI R IV OH R w X-bi-A-S'i R rt R" . . .... 4113 A =,-CHI--- A = -Cffs- (VIT) ~c R R, = R, C11" -'L CH - (Y111), X CH;, R nR' R on (m). Mim R=R?=R*=Cjf, (I ~X=CMC~CH.OH.R R'wC~R'.R*=Cff. C. CHO,,:R=R'=.. R In the presence of HC3.,, the alcohols and glycols obtaima.readily resLet with virql butyl other to give the corresponding acetalst 215 _.~.Cc NRI AP7000 C'13 C"3 Ocillo C113 Cu., 113C OC111, X- 1CllSl-CMC-Cll2O-Cl1-C1l3. X-N1C1l2Sl-C=-C-~-OC11-CI1,j C113 elf; &I, CU3 (XI X M cff~, fvllvl~ X::CII, (XITj) X = C.1r.. X1 XMC.".. x ciie-'C-O I(-OCjf.. C11', no C1113 ~ll-OCH2-cac-si-cit2clI~~Sl-.CMC-Clt,O-Clt-OCtllo C41140- C2113 C113 (XV) RI=Clf,. Room Clf,-. (XVI) Rlm RI=CH,: (XVII) no =CH,. n= iso-C,Hp, Substitution of chlorine for the hydroxyl group in primary acetylenic alcohols by Meana of thionyl, chloride in the presence of pyridine formed products of the type n .11, X-SI-A-SI-C-ac-Clip it IIV Jk- _C112- A- -C112CIl'- (XVITI) X=R=R*=R*mCH,: (XXI) X = QaC-CHCI, R*= RI XIXI X=CH RIMR*MCH, . 11 RI-CH: C. -x CH, (XXII) X = Cac-CH'Cl. R R--C~f,' (XX X=C." CI RmWxxlll- ! (Xxt1I) X Cue-0110. R C If ni.cii` ACC NR& AP70002oz. Table 1 MY FOf ft 'A 1&-' ( 1 50 90-92. (.5) 1 4637 O.SSi2 62M 62.85 CS11,00Sit 11 57 Jt2(2) KUM 0.9365 82'.27 $2.67 ct'ifnosi; .:111 50 M-131 (0. t4) 1.5M 0.99*C 71.37 '71.89 111. c .00:S12 IV -40 130-1450 15 1 4950 0.9~iT 90,48 90.38 cl,3112802si2 V 30 142-147(2: 4 !:4920 0.9572 91. 12 93.43 c 61IM92212 ACC NR, AP7000202 In additiong the following y-chloro derivatives of tertiary alcohols wore obtainod by chlorinations C113 C'13 C113 x-SI-CIj,-SI-CS-.C-C-CI C113 C113 (:113 tXXIV) X CHj. (XXV) X ca Coll.. (XXVI) X on -CimC-C(Cjf,hcj.: The yields and physical constants of the synthesized compounds are given in Table 1. Orig. art* habt 2 tables. SUB CODES W SIMM DATES 12JU165/ ORIG REFS 0051 OTH FXF: 001- KUZNETSCVA, V.P.; SMETANKINA9 N.P,j BELOGOLOVINA. G.N.: OPRYA, V.Ya.; -1--.1111-I.- - 11- XUDMOVA, M.Ae Synthesis and study of functional organosilicon compounds with a hydrocarbon bridge between silicon atoms. Part 7s Certain properties of , 4catylene hydrocarbons with et:hylene and phenylene bridges between silicon atoms. Zhur. ob. khIm. 35 no.9tl636-1639 S 165. (MIRA 18:10) 1. Institut khimii vysokomolekulyarnykh soyedineniy AN UkrSSR. FUKSj I M.; ,VALEYEVA, FA; POPKOVA, F.V.; VMXOVA, L.P.,-, -B=,QLOYSK9A,,-T-A-;. GASHKEVICH, I.K.; Prinimall uchastiye: MCROZDTA, L.M.; DASHEVSKAYA, VAKHMINA, L.S.; KARAVAETA, G.V.;*IVAKC7SK1Y, A.K.;' ZMHINA, G.Ye.; SOLOVIYEVA, G.M.; ANDRIYANOVA, M.V.; AKHMETOVA, T.-M.; NEMIROVSKAYA, Me..; MUSORINA, L.S.;,,KALASHNIK07A, Ye.l.; FES-HKO, A.P.; IVANOVA, N.V.; ALKESEYEVA, N.I.; SADOVNIKOVA, G.N. Study on the po3sibility of reducing the diphtheria vaccine dose In revaccination of 9 to 12 year-old schoolchildren. Zhur. mikrabiql., epid. I i=un. 41 no.lb103-107 165.. (MIRA 18s5) 1. Ufimakiy inatitut vakt3in I syvorotok imeni Mechnikova. BF110GORSY-AY'lly Ye.vo Chlor ophyl 1 cOntOnt In planktor. C)f 't,,c 'Aza-t. Tr,.,jy 17:221,..230 t64. ;,mzu LEFORSKIY V.V.p iNzh*; PEMOVp S.S.p inzh.; BULlSKIrp M.T., inzh. (deseased); ALIMOV, A*G*j inshe; BEL4GOLOVSKIY, M.Sh., inzh.; TARASOVAI L.P.0 inzh.; KAUWIKuvp X.G., IM.- Production of medium-carbon, capped steel. Stall 23 no.8:696-699 Ag 163o (KM 160) 1. Metallurgicheskiy zavod "Azoystall.0 (Steel-Matallurgy) BXWGOLOVT . A~!~OQZZ Sw . 4dQ;qytQb; ZAZNMIT, Ta.Ta., otv.red.; OVA, G.A., rad.i xd-va; BOG-HKM, T.T., takha.red. [Struggle to increase labor productivity; from the experience of certain party organizations in Leningrad industrial anter- prises (1951-1955)] Sor'ba z& povyshenia proizvoditalinosti truda; is opyta raboty nakotorykh partiinykh organizataii pro- myshlennykh predpriiatil Leningrada, 1951-1955 gg. Leningrad, Izd-vo Akad.na.-Jc SSSR, 1960. 151 p. (MIRA 13:7) (Leningrad-Labor productivity) NIKONOV, I.N.[deceased]; )TDVYY-, A - .. retBenzent; ROW &"-Inzh -=.IENOVI V.S.~ inzh.9 reteenzent; NEKLEPAYEVA) Z.A., inzh., red.; USMKOp L.A.., tekhn. red. [Civil engineering structures in railroad transportation] Iskusstvennye sooruzheniia zbeleznodorozhnogo, transports. Izd.3., dop. i perer. Moskva, Transzheldorizdat, 1963. 338 P. (KERA 16:12) (Railroads--Construction) TATUNIN, A.T., nauchne sotr.; MANILOVA~ H.Z.p nauchn. sotr.; ROVNYY, A.A.., nauchn. sotr. Prinimali uchastiye: KOZIMIN, Tu.G.j RAYNEN, Z.V.,- SHEEYAKIN, O.S.; BELQWkMj7 A.A KHARO, Ye.N.; SHERSHM , 14.N.; NEKLEPAYEVA, Z1.0, red, (Guide for the determination of the load capacity of metal spans of railroad bridges] Rukovodstvo po opredele- niiu gruzopod"emnosti metallicheskikh proletrqkh stroenii zheleznodorozhrqkh mostov. Moskva, Transport., 1965. 255 P. (MIRA 18:10) 1. Russia (1923- U.S.S.R.) Gli.vnoye upravleniye puti i sooruzheniy. 2. Nauchno-issledovatellskiy institut. mostov Leningradskogo instituta inzhererov zheleznodorozhnogo transporta (for Tatunin, Manilova, Rovnyy; BELMMODSKAYA,, E.Ya. (Moskva) Quiz system of measuring the knowledge of students in the schools for working youth, Mat. v shkole no.3:71-72 M~e 62. . (MIRA. 15-.7) (Mathematics-Study and teaching) 3706 5/190/62/004/005/012/026 B110/B144 0 AUTHORS:. Ushakov, S. N., Belogorodskaya, X. V., Bondarenko, S. G. TITLE: Synthesis of dimethyl-butyl-silyl ether of polyvinyl alcohol PERIODICAL: Vysokomolekulyarnyye soyedinoniya, v. 4, no- 5, 19621 -704-707 TEXT: Synthesis and properties of dimethyl-butyl-silyl ether of polyvinyl alcohol have been described. Dimethyl-butyl aminosilane (b.p. 83-850C/ 3-4 mm Rg; d 0.608; n20 , 1.4354) obtained from 20 ~ D dimethyl-butyl chlorosilane reacted with polyvinyl alcohol containing 1.3 mole% of acetate groups(viscosity 20 cp in benzene) in dry pyridine at 1000C, and the ratio pyridine ; polyvinyl alcohol was 50.; 1. The reaction products were separated in petroleum ether at a degree of substitution of 18-24 mole% and in a 4 : 1 mixture of methanol and water at a higher degree of substitution after formation of a homogeneous solution. The authors found: (1) The reaction rate increases with the dimethyl-butyl aminosilane excess. At a molar ratio of 1 t 2, dissolution Ca~d 1/3 S/190/62/004/005/012/026 Synthesis of dimethyl-butyl-ailyl B4110/B144 sets in after 40-hr heating, and the degree of substitution is 18-48 mole%; at I ; 4, dissolution takes place after 10-hr heating with a degree of substitution of 23.3 mole%,. (2) The increase in the degree of subs.titution depends on the reaction time. A degree of substitution of 39.9 mole% is attained by increasing the reaction time from 5 to 25 hra (ratio 1 : 3)0 The sum of hydroxyl,.acetyl, and silicon ether groups was between 90 and 95 mole% owing to the loss of hydroxyl groups by dehydration., The IR absorption spectra 2815, 2950, and 2820 cm- corresponded to CH 2-CH(OH)-t -CH 2-CH(OCOCH3)-, and -CH 2701i[osic4H9(CH 3)21- groups, respectively. The in':rsduction of large, nonpolar groups caused an increase in solubility in non,,olar solvents. Introduction of 18.4 mole% of dimethyl butyl silyl -rou -s reduced the vitrification temperature of polyvinyl alcohol from 0 BOOC to 32-70C since the hydrogen bonds between the chains were disturbed. 1111,e above ethers show better solubility in benzene and petroleum ethers poorer tensile strength, and greater elongation at rupture than triethyl silyl ethers. There are 3 tables, Cara 213 S/190/62/004/005/012/026 Synthesis of dimethyl-butyl-silyl ... B110/B144 ASSOCIATIONs Leningradskiy tokhn'ologicheakiy institut im. Lensoveta (Leningrad Technological Institute imeni, Lensovet) SUBMITTED. April 1, 1961 Card 3/3 Armsiom HRi AAmA 81/M90/64/0()6/00W063o/b6 34 AUTHORSs Do 91prp ~4qUAyA~sjle Vol Ushakovs Be No T1TLEs Synthesis of dimathylpropylellyls WA dimettq1pherAsi3A sabers of 'polvvirql alcohol :'SOURCEs Vy*sokomolek, soyedinej. To 6s no. 49 19649 630-634 TOPIC 1 6 AGSs polyvinyl alcohols polyvinyl alcohol osters dimebhylpropylsilyl ester,,, djmo-'v),%y1phony1si1yl ester, dimethylpropylaminosilmep dimothylphenylaminosilanep cater4-Cications solubility of eater AB9rRLGTt The synthosis of dimethylpropyleDyl ester of polyvinyl alcohol was conducted in a pyridine medium at 100C, A polyvinyl alcohol of 27 000 molecular weight with various amounts of dimethylpropylaminosilane was used, It was found that the degree of mbabitution depoWed on the excess of aminosilane and on the reaction timee The polrwa produced were colorless rubber-like mees adherim well to glass# leathers plastioss wA wood* Their solubility In nonpolar solvents increased with a higher dopes of substitution* The synthesis of dizetlWlphalwl- silyl eator of7polyrirWl almhol was conducted under sird'a corAitione froa Card.1/2 ~;:ACCESSION NRs AP4032564- polyvirql alcohol and dimethylpherqlaminosilanee Polymers so obtained had 25-90 molej,11 silyl blocks* The degree of substitution depended on the reaction time and on the excess of aminosilmes These polymers were readily soluble in benzenes pyridine,, and dioxane,, but were insoluble in water., TheV were rubberlike and ':possessed good adhesive propertioas The reaction rate of substitution of the OH groups was higher in this 'group pf polymers than in the ones obtained with dinethylpropylavdnosilanee OrJge arts hass 2 oharba* 4 tables,. and i fonRilas ASSOCIATION s TekhnologicheakiyInstitut im6 Lensoveta (Technological ImUtute) SUBMITTED s 3$A-prO DATE ACQt nmv64'. E=s- 00 w7t..00, So CODEI GGs HK OTHER 1-000 Card 2/2 84830 5/020/60/134/005/018/023 BO16/BO54 /Z AUTHORSs Ushakov, S- N., Corresponding Member AS USSR and roly TITLEt On the Synthesis of Silicon Derivatives of Pol vinyl Alcohol PERIODICALs Doklady Akademii nauk SSSR, 1960~ Vol. 134, No. 51 pp. 1115-1118 TEXT% As there are no data published on the production of various silicon derivatives of polyvinyl alcohol which are used to modify its propertieso the authors tried to produce these derivatives (general formula -CH 2-CH-CH 2 -TH-CH 2-1 where R is an alkyl-aryl or aralkyl), OSiR3 OR For this purpose, they used the following reactionst a) of chloro silanes with polyvinyl alcohol as well as with its alcoholates in a heterogeneous medium; b) of ehloro silanes with partially saponified polyvinyl acetate in a homogeneous medium; t) of trialkyl aminosilanes with polyvinyl Card 1/3 84830 On the Synthesis of Silicon Derivatives of S/02 60/134/005/018/023 Polyvinyl Alcohol B016YB054 ~alcohol in a pyridine medium. In the case a), there are difficulties.due to the good reactivity of chloro silanes with water, pyridine, formamide, and other solvents of polyvinyl alcohol. In the heterogeneous reaction under a), the finely ground powders of polyvinyl alcohol, its alcoholate, and its alkaline der~.vative were suspended in benzene, mixed with trimethyl chlorosilan--, and-stirred at 20-700C for 7-24 h. This did not lead to a noticeable stbotitution of the hydroxyl groups of the alcohol. by-alkyl silicon radicals.'Further, partially saponified polyvinyl acetates (case b)) were used wbith maintain their solubility in benzene. To attain the latter reaction, the alcoholysis must be carried on to a maximum content of 10 mole% of hydroxyl groups in the polyvinyl acetate chain. The reaction under b) was carried out in benzene or in a benzene- dioxane mixture. The medium was absolutely anhydrous, The resulting ECI was bound with suspended MgC03. which Is of great importance. The product obtained was precipitated from a filtered solution with petroleum ether, purified by dissolving it twice in dioxane, and precipitated with water (Table 1). Thus, 50-70% of all free hydroxyl groups of the partially saponified polyvinyl acetate were substituted. No noticeable destruction occurs. the-resulting copolymers with a Si content of 4.8% have an Card 2/3 On the Synthesis of Silicon Derivatives of Polyvinyl Alcohol u4vd~ S/020/60/134/005/018/023. B016/BO54 increased vitrification temperature; Tvitr 360C- In the case c),,the same apparatus was used as in'the case b) (a three-necl flask with recooler). The.pyridine used was absolutely dry, and pr%.tected from air moisture. PrOTiOUSIY,'polyvinyl.alcohol was swelled in pyridine for 18-20 h. The reaction mass is completely homogenized withinl,5-2 h. The reaction product was precipitated.with various organic liquids since its solubility strongly fluctuates depending on the degree of substitution. The authors found that under the above conditions an organosilicon ether of Polyvinyl alcoholqis formed-Table 2 shows results of some special experiments of the r+action of the above ether with triethyl aminosilane. Renee, it appears that triethyl ailyl ethers of polyvinyl alcohol were obtained with different_degrees of substitution. Table 3 shows the solu- bility of some products obtained, Table 4 lists their properties. There are 4 tables and 4 references: 3 Soviet and 1 US. SUBMITTEDi June 10, 1960 Card 3/3 VMMHCHAGINAp V.1.1 ZAKHMI=Op M*As; BMWORSKAU, X,T. Cross-seations of the ro--alprocal system consisting of lithium~ sodium.. and bariul- of fluorides and chlorides. Zhur. neorg khim. 9 no.lls2611-263i N 164 (MIRA 18;1) 19 Roatovskiy-ea-Donu institut seltakokhozyaystvannogo mashino- stroyaniya. BMGCRSKAYA, kand.med.,nauk Experience-in,the use of the fluorescent ant-Lb.:d-,v method in the djagnoais of colienteritis.. Kaz.med. zhur. no.2t66-69 W-Ap'63 (MMA 16tU) 1. Kafed ra detskikh bolezney (zav. - Prof. Yu.V.Hakarov) i tsentrallnaya nauebno-isaledovateltskaya laboratoriya (zax. G.I.Poletayev) Kazanskogo meditsinakogo instituta i 2-ya detskaya klinichaskaya boltbitsa (glavnyy vrarih - L.F.C(Lovyan- nilcova), KazaA. BELOGORSKAYA, Ye,V. ColibacillosU in very young children. Mauch. trudy Kaz. gos. med. inst. 14:369-370 164. (IIIIIA 18:9) 1. Kafedra detskikh boleznay (zav. - prof. Yu.V.Makarov) Kazan- skogo meditainskogo instituta. ROZEMLI, F.A.; BEWGORODSKIY. 14.1.- USKMINIKOV, A.A. LZ Now drying mehine unit for nuclear photographic naterialse Trudy NIKFI nom2:188-194 158, 04M 13:5) (Photograpby, Particle track) (Drying apparatus) SOV 77-3-4-11/23 AUTHORS: Samoylovich, D.M.; Belogorodskiy, U.I.; Barinova, Ye.S. TITLEs Increasing the Sensitivity of Type .R Emulsions (Povysheniye chuvstvitellnosti, emullsiy tips, R) PERIODICALt Zhurnal nauchnoy i prikladnoy fotografii i kinematografii, 1958, Vol 3, Nr 4, pp 284 (USSR) ABSTRACTs The authors attempt to explain the fact that in type R photogra- phic films treated with triethanolaminet the sensitivity and the fog increase, by postulatinga dual mechanism for the triethano- lamine. 'This increases the pH of the solution and at the same time has a reducing effect on the silver halide grains. To test the assumption, type R emulsion from the Zavod tekhnicheakikh plastinok (Industrial Films Plant) of the Mosgorsovnarkhoz was treated with a solution of caustic soda. Fog and sensitivity increased considerably. The centers of sensitivity probably have a selective adsorption with regard to the hydroxyl ions which may lead to the formation of AgOH or other intermediate compounds, more easily reducible than silver halide. There are 4 references... Card 1/2 3 of which are Soviet and I Canadian. I Increasing the Sensitivity of Type R Emulsions SOV 77-3-4-11/23 ASSOCIATION: Zavod tekhnicheskikh plastinok (Industrial Films Plant) of Moegorsovnarkhoz* SUBMITTED: March 160 1958- 1. Photographic emulsions--Sensitivity 2. Photographic emulsions --Test results 3. Caustic soda--Performahtj~ 4. Triethanolcmilne --Performance Card 2/2 Name: BELOGORODSKIY, Valentin Mikhaylovich. Dissertations Sub-Diaphragm Aboess Degrees Doc Med Soi Affiliations fnot indicated7 Defense Date, Place: 14 Nov 55, Council cf the Leningrad 3tate Ped Mod Inst- Certification Dates 19 May 56 Sources BMVO 4b7 I BF-TOGNCIDSKIY, Valentin Mikhaylovi.?h; Yu.Ya., red. [.,,'ubdIaphrag;mtic a scos!i, patlioLrene5is) dir-~Tc.3is, tr-Eat- mentl Poddlafragmaltuyi abst.-;eos; patogenez, diagnoutika, lechenie. Laningradj, lleditsiria, 1964. 150 p. (I.; i ji-.-. 17..7) BELOGORODSKIYY V.A.; VAYNER, JL#A,; SMEBRIN, I.Ya. (Guide to boring and blasting operations in the making of exploratory boreholes] Rukovodstvo po burovzryvnym. ra- botam, pri prokhodke gornorazvedoobnykh vyrabotok. Sost. V.A.Belojorodakii, A.A.Vainer, I.IA.Serebrin. Moskva., Izd-vo "Nedra," 1964. 231 p. (MIRA 17;6) 1. VsesoyuzzWy nauchno-iseledovatellskiy institut metodiki i tekhniki razvedki. EIWGCRODSKIY ., doteent (Leningrad, Shcherbakov per,, 7, kv, 17) EMRAJVJ~X Subdiaphragmatic abscess. Vest.khir. 77 no.10:59-67 0 156. (MLRA 9:12) le Iz kafedr7 obahchey khirurugil (zav. - prof. T.I.Korkhov) Lenlugradskogo pedlatricheskogo meditsinskogo instituta. (ABDOMEN. abscess subdiaphragmatic. surg.. approach & technic) BELOGORODSKIY. V.H. doteent (Leningrad, LigovOciy pr., d.36, kv.3) Tr6atment of subdiaphragmatic abscess, Vest,khir, 83 no,9tl0l- 108 'S 159- OaRA 13:2) 1. Is kafedr7 obalache3r ktilrurgit (xaveduyubably - prof, V*16 lorkhov) Loll o pediatrii0be:kor meditsinskogo instit-atas' ABSCISSO th r. ~GINZBM, O.F.; WLWORODSKIY,_V.V.- PETROV, A.S. Dyes with antipyrine m*4pi. Part 9: Derivatives with two and three heterocy6les*.- Zhur*ob.khim. 32 no.10:3317-3320 0 162. (MIRA 15:11) 19 Leningradskiy tekhnologichookiy institut imeni Lansoveta. (byes and dyeing) (Antipyrine) EXIOGOROV, M. (Kursk) I 1 .1 , 1. -Ma ..... MON't ~iwoa paying attention to what is Important. Sov, profsoluzY 7- no*12:46-48 Je 159. (YEIRA 12tq) , Mrsk-Construction industry) HIKRAYLOVA, V.J. inzh.; BELOGORCV.. M. In conflict with the law. Sov. protsoiuzy 19 no.14s28-29 J1 163. (KMA 160) (Machinery-Safety appliances) BILOGORSKAU, I.D. [Bilohorslla%~, I.D.] Approximate method of solving nonhomogeneoue integral equations with an arbitrary regular parameter value (with summary in Hnglish]. Dop.AN MM no.12:1288-1291 '58. , (MIBA 12: 1) 1e Khar'kovskiy politekhnichaskiy institut Im. T.I.Lenina. Predstavil akademik AN USSR BOV.Gnederko [B.V.Hniedenkol (Inteval equations) SUVOROV, S.G.fauthorl; BELOGORSKAYA,.N.I. [reviewer] (Moscow). -------- 'What light tells us." S.G.Suvorov. Reviewed by U.I.Belogorskmia. Fig. V shkole 13 no.5:80-81 S-0"53.' (MLHk 6:8) (Light--Popular works) (Savorov. S.G) I 3xIWQRBW,A,6.X.L; GALIEN, D.D.; GqVACMQff, re*N,; GLAURIM, A,I,; DUBOV, A*Gol IJUVILurill, IUOP~.; YEVOKHOVICH, A,S.; ZVOMIN, B.S.;'ITANOT, S.I.; MUMIS, Y.T.; L)LVRDVSKIY, MOSEMIN, N.79'; -HliCHEM*, TeY&.-. NABONDV, M.Ye.; PMYMMN- A*V.; MOV. P.'..;'POXROVSKIT, A.Ao' R~ZNIM , L,I,; SAMMV. - v I..I.; SOKOLOVA, U.N.; IMCHIK, E.Ta.; YU~IVDVICH, V.P. Sargai Nikolaavich Zharkov. [Obituaryl.Tiz.v sbkole 16 no-3:94-95 My-Je 156. (Zh"kov, Sergai Nikolaevich, 1883-1956) (KUU 9:7) )kV Z -Z a7&Q r1 Q //,' )' i ' ( -' ' Or ARTSYBYSHAV. N.A.; BIIL~~..L; VINOGRLWVA, L.Yu.; GALLNIH. D.D,; oRi It N T. GUROMWAs IP B.S.; ZORN, V.A.; UVINTSAY, N.M.; HENSWIN, N.Y.; KINCHENKOV, To.Ta;; POKROVSKIY, A.A.; RZZNIXM, L,I.; SAKHAROV6:D.I.; TIMTONOVA, Z.I.- OT, S'y.; m7w, K.I.; YUSIKOVIGH, 7.7. Professor S.A. Artaybyahev; obituaa7. fts. v shkole 18 no.1-95-96 Ja-F 158. 11:1) (Artsybyshev, Sergel Alsksandrovich, 1887-1957) PELPGORSFAYA, N-I-j, BLUDOV, M.I.; BRAVMW, E.~L- BUIATOV, N.P.; IMMP T.D.; GOLIDFARB, N.I.; YEMPINY G.P.; YBGC)Rovp A*L* YENORHOVICH, A.S.- ZVORYKIN, B.S.; IVANOV, S.I.; KAMAMTSKIY, S.Ye.; KRAUKLISI, V.V.; ibFd9CR. G.R.- MALOV, N.N.- MAN0VETQVAp G.P.; IENSHUTINP N.F.- NINCHENKOV, Ye.,Yo-,.,- PERYSHkIN) A.V.; FOKWVSKIY, A,A,.-, POPOV$ P.I.'; lli~A. A.F,,; REZNIKOV., L.I.; SOKOLOV., I.I.; YUSKOVICH, V.P.; ZVENCHIKs Me. Dmitrii Ivanovich Sakharov; obituary. Fiz.v shkole 2-2 no.1:109 110 Ja-F. 162, WEA 15:3) (Sqkba ov,. Dmitrii Ivanovich., 1889-1961) BR_QoMX&U,,~; 'BLTJDGV., M.I.; GALANINp D.D,; UROPIN.. G.F.; ,POKROVSKIYP A.A.; POPOVO F.I.; ZVOMWO B.S.; IVANGVP S.I.,- KRAUKLIS,, V.V.; XMHENKOV., le.Ya.j PMYSHKIN, A.V.; REZNROV, L.I.; SOKOLOV,, I.I.; SUDOROV,, N.P.j YUSIKOVICH, V.P. Evgenii Hikolawrich; obituat~l' Flz.v shkole. 22 uool:Ul Ja-F (MDA 15:3) (Goriachkinj, Evgeaii Nikolaevich., 1895-1961)