SCIENTIFIC ABSTRACT MARAKHOVSKIY, I.S. - MARAKUSHEV, A.A.

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137-58-6-11812 Translation from: Referativnyy zhurnal, Metallurgiya, 1956, Nr 6, p 88 (USSR) AUTHOR~ Marakhovskiv. I.S. TITILE: Deoxidation of Steel by.Ferromanganese in the Ladle (Raskis- leniye stali ferromargantsem v kovshe) PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol 18, pp 404-406 ABSTRACT: The results of experimental and large-scale heats of low- carbon rimmed (C < 125o, except for 08kp) and medium carbon steels (C >0.13%) with deoxidation of the metal by Fe-Mn in the ladle are presented. In this case, the consumption of Fe-Mn diminished by 2.7 kg/t (steels with C < 0. 12%) and by 2.9 kg/t (steels with C > 0. 13%), and the duratfo-ii of the heat is reduced by 10 rnin as compared to deoxidation conducted in the furnace. However, the S content in a ladle sample is 0.001% higher in the former instance. When Fe-Mn with [ Si] > 17o is used the boiling of the metal in the mold is impaired somewhat. The qualitative indices of the metal (sheet surface, macrostructure, contamination by nonmetallic inclusions, and mechanical prop- Card 1/2 erties) are not affected by the method of deoxidation. Only a 137-58--6-11812 Deoxidation of Steel by Ferromanganese in the Ladle portion of the Fe-Cr is added in the ladle in the smelting of St 08pk steel. A.S. 1. Steel--Production 2. Steel--Deoxidation 3. Iron-manganese alloy----Applications 4. Din .pers--Applications Card 2/2 KCROIW, A.I.; BLIMOT, S.T.; IUBMMTS. I.A.; KOBUMMYIV, I.N.; TURUB13M, A.La; VASILITJff. S.V.; CHIRYEM, N.A.; BEWT, I.V.; TZLESOV. S.A.; KAZOTg ToF*; KEMONt TA,; KALIKOT# 74,; BULISKIT. N.?.; TRUBITSKOV. K.M.; SHAgYMW, Ma.A.; SUMOSEERM, V.T.; PALANT. V.I.; KUROCHM, B.N.; ZEDAMOT , A.M.; BELIKOT, KaN.; SABIMffg H,,P~; GAMBUZ. G.A.; PCDGCR&TSOT, A.A.; ALFAW, K.S*; HOVOLMSKIT, P*I.; KCMOTq A.R.; VASILIM. A.M.; KARAMOVSKIT, I.S.; MALMO IM8TUMOT, A.I.; A.T.; TAMHOVTS]ff. N.T.; AGAPOT, V.F.; VIXEM. BOHODULIN, A.I,,; VAYESUMB, O*Ya.; ZHIGULINq V.I.; DIKSHTM, Te.I.; KLMASIKKO, L.S.; KOTIN, A.S.; MOLOMOT. N.A.; SIVZMIY, N.V.; ZHIDIVSKIY, D.P.; MIKHAYLETS. I.S.; SLIUKAMff, P.R.; ZAVODCHIKOV, N.G.; GUMMORUK, V.A.; HAZAROV, P.M,; SAVOSIKIN. K.7s.; KIKCLA AeSo Reports (brief annotations).. Birl. TSKIICHM no.18/19:36--39 'Y7. (miRA lliO 1. Magnitogorskiy mtallurgicheskiy kDmbinat (for Korolev, BelikDv, Agapov, Dikahteyn). 2. Kwnetskiy metallurgichoskiy kombinat (for Bllnov, Tasillyev,, A4N., Boro6ulin, Klimasemko)- 3. Chelyabinekiy mstallurgi--heBkly zavod (for labanela. Vbynshteyn). 4. Zavod im. Dzherzhinikogo (kor Kobuxneyer). 5. Zavod "Zi6poror-hatall" (for Tarabluer, Kazo-, Podgoretakiy, Karakhovskly, Savoalkin). 6. Nakey"evoldy metallurgicheskiy zavod (for 'rasillyev, S.T., Mallkov, Zhidetakiy, Allferov). 7. Stallproyekt (for Chernenko, Zhdanov, Zavodahikov). B. MIT (for Helov). 9. StalinakLy metal- lurgicheakiy -avod (for TelesoT, Malakh). (Continued on next card) xCammv. A. I.-- (continued) Card 2. 10. ffI%hne-TagWsId7 matallurgichoskiy kombinat (for Hadvadev, Movolodsk-ly, Techer). 11. Zavod "Azovatallff (for Ralgaki7. Slepkanev). 12. Wantrallr7y naurobno-tesledovatellskly InsIvi- tit chernoy metallurgii (for Trastskov). 13. Ukrainskiy insti- tut metallov (for Suoyeroy, SUZLoehteyev, Kettsin). 14. Zarod "Irawy CIctyabr"', (for Palaut). 15. TeenoyuzW rauchno-issledo- vatellskly institut metallurgichesko.7 teplotekhnik:L (for Xurocbkln). 16o Zavod im. Tbroshllova (for Skbiyev). 17. Chelyabinakiv poli- tokhnichaskiy institut (for Morozov). 18. GIA.Proetall (for Garbuz). 19. Ural'skiy Lastitut chernykh matallov (for Pmebukhov). 20. Zavod im.Pbtrovskogo (for Zhigulin). 21. Mize-sterstvo cherno7 metallurgil USSR (for Molo",kov, Siverakly). 22. Glavepetestall Ministerstva chernoy metallurgii SSSR (for Nikolayev). (Open-hearth process) MARAKHOVSKIY, IN I.S., Gand Tech 6ci - (diss) 'IL6wiring 4 ~-A'-4-0 A.ItAme ~~ laminations in I * q46'7fow-carbon -bailkng steel. (Teeftnology "A.1,yuto amina U44-1 ~steel)." Dnepropetrovsk, olr~nelting and p-aiw4* 1958, 12 pp. (Nfin of Higher Education UkSSR. Dnepropetrovsk Order of Labor Red banner Metallurgical Inst im. Stalin) 150 CoPies (KL, 39-58, 109) _ 39 -- SOV/137-59-5-9854 Translation from; Referativnyy zhurnal, Metallurgiya, 1959, Nr 5, p 55 (US3R) AU'FAORS- Marakhovskly, I.S., Trubetskov, K.M. TIruE- Low Carbon Steel Smelting With Oxygen Blast Through the Pool PERIODICAL% Tekhn.-ekon, byul. Sovnarkhoz Zaporozhsk. ekon. adm. r-na, 1958, Nr 2, pp 14 - 19 ABS M CT- To determine characteristics of open hearth furnaces operating with 0 2 blast through the pool, data from > 1400 smelts of 08 KP steel (Zaporozhatall Plant) were investigated. Average V in oxygen blast increased up to 0.62% per hour aga-inst 0.40% per hour in smelts without 0 2 blast. Average V. was directly proportional to 0 consumption per unit,of time. V increased during 0 2 blast with higher [C] at the begiming-of'3blowing through. Increase in V cwas observed with 0.45 - 0.60%C In the pool of an cpen-hearth furnace. The authors conneet this fact with the temperature conditions of the pool. The rate of temperature rise of the metal in 0 blast is 600C against 4oOc Card 14 per hour, as usually. 02 blowing ih;ough accelerates the process SOV/137-59-5-9854 Low Carbon Steel Smelting With Oxygen Blast Through the Pool of removing S from the metal; this is due to improved mixing of the metal and the slag, speeded up heating of the metal, intensified development of S oxidation reactions and its elimination in the form of SO The effect of basicity of the slag is only noticeable up to Cao/sio - ~*8 If 0 with - i immer, n oi2the 6 at pressure and blowing through the pool withou sio tuyeres are used, the FeO content in the slag increases by 3 - 6% depending on CC]. Ajidity of the slag increases abruptly if the 0 2 consumption is up to 2,200 m-3/hour. Further increase in the rate of 0 2 supply does not affect acidity of the slag. Acidity of the slag decreases with a greater penetra- tion depth of the 0 jet; it remains however at a higher level than without blowing through. lige average smelting time with 02 blast is 7.4 against 8.11 houiswithout 02 blast. Fuel consumption is reduced by 7.5% if 0 2 blast is used and 02 consumption increases by 4,5 m3/t. The yild of metal at 02 blast is by 1 - 2% lower than without it (because of reduced ore consumption, intensified dust formation and Fe loss with the slag). Reduction of Fe in the slag can only be obtained by: completing blowing through, with [C] ex- ceeding the [C] content in deoxidation by 0.02 - 0.03%; consumption of 0 2 Card 2/3 SOV/137-59-5-9854 Low Carbon Steel Smelting With Oxygen Blast Throigh the Pool as high as ---fl2GO MI/hour for blowing through; immersion of the tuyeres into the pool by 200 - 300 mm. The increase in the furnace efficiency per one hour with the use of 02 blast is ---' 9%, as referred to actual time. The average durability of the furnaces, if 02 blast Is used, Is 476 smelts, which is by 60 smelts lower than in operation without 02 blast, V.K. Card 3/3 19 4~w 32600 S/1-37/61/000/011/032/123 A060/A101 AUTHORS: Levin, S.L., Marakhovskiy, I.S. TITLEi Reduction of lamination in armor plate made of low carbon rimmed steel PERIODICAL: Referativnyy zhurnal. t4etallurgiya, no. 11, 1961, 63, abstract liv365 ("Sb. nauchn. tr. Dnepropetr. metallurg. in-t", no. 34, 1958, 19 - 27) TEXT. An investigation was carried out as to the organization of an effi- cient smelting and casting technique for steel 08 Kn(08 KP) for armor plate. It was established that the reason for the formation of laminations is the presence of nonmetallic impurities consisting of oxides with a predominant proportion of MnO, and the evolved shrink hole. In order to reduce the contamination of the sheet by lamination it is necessary that: 1) the Mn content be proportional to the C content, the optimal Mn content being 0.33-0.43%; 2) the S content should be < 0.03%; 3) the smelting duration should be < 3 hours, the C content after the melting >0.6%, the C burn-off rate during the pure boiling >0.12%/i-Lr, and during the last 45 min of pure boiling > 0.03% C/hr; 4) the temperature for Card 1/2 S/133/62/0W/G07/003/C,14 A054/AIZ7 AUTHORZ Goncharov, I.A.; Yem, A.P.; Konovalov,-V.S.; Lapitskiy, V.I.; Marakhovskly, I.S.; Filonov, V.A.; Khitrik, S.I.; Yaitskiy, A.K. TITLE: Determination of the optimum composition of silico-chromane and its application in alloying 14 xrC (14KhGS) grade steel PERIODICAL: Stal', no. 1'. 1962. 615 - 616 TEXT: Tests were carried out (aith the cooperation of A.S. Rabinovich, G.T. Duzenko, : Fai'chik, M.I. Vaynshtok, P.L. Konstantinov, et al.) on the application of sill-co, (xoniane (with 15 - 13% Si, 25 - 4G% 1"Li and 25 - 35% Cr) in alloying 14KhGS grade steel. (The application of this te-nary alloy was pro- posed uy V.F. Fazov; I.S. Marakhovskiy, I.M. Leykin, A.A. Khomutov, A.A. Podgo rodets'wiy.) bilicochroma-rie for the tests was produced from ferromanganese, fer- rochrone, ferrosilicon, etc.; the test steel was smelted in a 10-kg induction furnace and in 15-ton and 220-ton op(n-hearth furnaces. Besides testing ferro- chromar;? with various percentages of the main components, the investigations al- so cove.,ed the possibility of adding this alloy to the steel without its previais Card 1 3 S/133/62,/000/007/003/014 Determination of the optimum cornposi tion A054/AI2'j redu~--.ion. When ferrochromane was added to the bath without previous reduction, the I-rning out of manganese was 35%, that of silicon 80 - 85,10, while, when it was added to the reduced bath the corresponding values were riot more than 4 - 5 and 45 - 50%. The burningloss ofchrome is not greatly affected by the degree of bath-reduction. By reference to laboratory tests, silicochromane with 32 - 34% I%In, 35 - 36% Si and 18 - 19% Cr was used in the pilot plant tests with a 15-ton c,per,--;earth furnace. In these tests silicochromane replaced silicomanganese :Ln pre.L-minary reduction and ferrochrome + ferromanganese in alloying. The burning losscCmanganese was 5 - 7%, that of silicon 50 - 55% and of chrome 16 - 18% in this Lest series. When 50% of silicocrLromane was added in the furnace and 50% in the ladle, the losses of silicon were decreased to 42,16 and the total amount of the alloy required for reduction and alloying dropped by IC%. The loss of manganese increased to 15%, while the burnine;la3s of chrome remained unchanged (15%). Similar results were obtained for the 220-ton furnace. The optimum com- position for silicochrome was found to be 35 - 38% Mn, 32 - 35% Si and 21 - 23% Cr. The distribution of the main elements in the height of the ladle was more uniform than with reduction according*to the conventional methods.. The amount of gases also decreased when silicochromane was used. As to nonmietallJc Inclu- Card 2./3 S/133/6~/000/007/003/014 Determination of the optimum composition .... A054/A127 sions the metal reduced by silicochromane showed silicate inclusions mainly In the skin of the ingot bottom, evidently because they could not float due to the lower liquidity of the metal caused by the addition of great amounts.of ferro- alloys in the ladle. This, however, can be corrected by using exothermic ferro- alloys. There is 1 figure. Card 3/3 WJ-U,KllOVSKIY I.S., cupsKly, G.I,.; yl,.S.; " ,I .1-1~..----il--~,-~l_.-._,.._~-,~.,.,.... ..--. 1) 1. . Deoxidation of' 08,cp steel -.,r: th f'ast bott,;m ~:Curj,-,g. - J- .- 10 no.7:26-27 Tl 165. i Y;,:%!. i I- : 1. Zavcd "Zaporozhstal"' i institut MARAKHOVSKIYp I.S.; FURMAN,.Yu.S. -Optimal~ .diqgen content in rimmed steel in relation to the rate and methc4 of'pouring. Stalf 25 no.7s613-614 JI f65. (MIRA 181.7) 1. rnatitut UkrNIIspetestall. 1 a 9 is 11 U is w is 16 1/ a to 27 a Id M 14 77 S 19 . 19 11 V IJ 14 15 NO 0 IS P V 41 Q U a "26 'A car# CIS I a L it 4 ' is, **A Ritpumiting rubber. M. G. %fxraklR-ktl. C. Lit vinenko and M. I.. N 19W. The cmnminutc(~ raw material 1, Mil)lMlnl lo h f fl ront y-Imoducis ith phic tar and inill in & "lixt. w e %yrithetic tuh1wr fffirn ale. Tlw w,gloi materiAl k trr2teq with li %1* itrAill. oo f .00 so 00 00 a** zoo t:oo it C-t I-CIALLUVOICAJ UIVINAILOC CLASSWICA11014 use we* till too 0, 0 .3 U is &I a is "twit w * Kit w9[ r(Un IIIII( WILon 1 14 !66000 0 ecolboo e 0 * 0 * ::o:::!Oo*OO**** sees 400 6 es 0006000000#0000000C 060166966 *oqqqoo*****qqj~/ A7 mia. 7.62 -,Dv] %7N 4 0 TV 64 I~c uC lQfx for t, 70% 701~ H~.;SG. fox 4 ii it tv., 20, wtvah~.d and dr~fr,& t,,-.w r1ol!f. -turf, eontonV,4, A % mg witli if,(, ult:41 'to _,xAvWcad3ud rub4or, it: iij re-li2til DA, wa vent'i an 1jr? for di :tA_ po yywy ixud for mandaAwn 0l -firtUL3Lui loather f6r,tadd. i -ion 1~~ryl If maybe convort,,~d hip) a n d pc~ flat lnfiFrier w~ P bo ding tho origFn I VKhB NAR&MOVSKIY M. Inshener. Important mistakes of a book (OTechnology of leather substitutes with cloth base.' N.Y. Legostaev, I.I. Zakharov. Revieved by K. Karakhovskli). Prom.koop. no.4:39 AP 156. (Wak 9:8) 1. Rukovoditell sektore, zameniteley koshi ToM=ozh Rospromsoveta. (Leather substitutes) (Legostaev, N.H.) (Zakharov, R.I.) K&RAKHOVSKIY, M.G.; ZAKHAROV. N.I.; PFJARSXAYA, G.D. Utilization of wastes of single-ply shoe leather substitutes. Leg. prom. 16 no.9:28-30 S '56. (PY-R, 9;11) (Leather substitutes) (Waste products) S/191/62/000/009/012/012 B101/B144 T I TL ',,etalizir,~ of products r.aaa from plastics p T FJEsticho~skiye massy, no. ', 11,162, 69 71 T.. ~ T: In 1'1161 a process for doing this was worked out by the TsentralInaya khi,micheskaya laboratorija Upravleniya khiziches'soy promyshlennosti Mos6orispolkoa;a (central Chemical Laboratory of the Direction of Chemical industry of the ~,osgorisj~olkom), i;ksperimentallnyy zavod (i;xperimental Plant), f,~,Lrika im. Balakireva (Plant imeni Balakirev-)*and Zerkal'naya fabrika no. 2 (Mirror Plant no. 2). A short critical review of the disadvantE--er, that attend metalizinL by precipitation of the metal from salt solij~'ions, L7alvanic coating, application of cold'or hot metallic dust and turning-in of metal foils, is followed by a description of the advdntaGes gained by metalizing ir vacuo. Using this process the plastic product is primed with pheno3 varnish. Glow discharge in a vacuum chamber is switched on during 10-15 min for ion bombardment of the plastic surfacu, after which the residual pre8sure is reduced to about 10-4 mm HE, Card 1/2 I -0911162/GOG/009/012/012 Metalizin~; of products ... B1CI/B14-4 and the imutal (Al, Cu, Cr) is vaporized on tungsten coils for 75-80 sec. kn application of varnish, or coatinC with SiO in vacuum, is recommended as protective coat. AnodizinG of the aluminum coating proved ineffective. Products from polystyrene, tiC -3 (L:5-3) or MCH(USN) copolymers, and frow polymuthjl methacrylate are bust suited for metalizin6. The aluminum consumption is 3-4 g1m2, power consumption maximum 5 kwhr for one charge of the chamber. The increase in Froduction cost by about 10-12!jq~ is ,iustified by the better appearance of the product. Card 212 S c v /8,4 - ~a -1 AUTHOR: Marakhov8kiy, V. ........................ TITLE: A Pilot's Dream Ccming Trw; (Sbad-:~tsya m,:.-htla pl'~,,ta PERIODICAL: Grazhdanakaya aviatalya, 1~58, Nr 11, p 1-2 (USSR) ABSTRACT: The author gives a bi,~graphl,-,al skr-,tch of rh--,~ pilot lst class Nikolay NikulayiYich Shapkin, C'omnmunll.st anj. of the foremost pilots of Soviet. passeng,,~-r aircraft, his graduation from an avlatic'n e-lh,~~07 ;and a term aa he joined the Aeroflot In 1950 as ~o-c-pilot or. art 11-12 plan-I., Training under Boris Kona tant lnovic~ h Labutin, one of -!A~3* and most experienced pilots, he show~~d high Drvmla~ and one year of his graduation from tb~ Si-Ji.-I,:,'~' of F~Vlra placed in command of. a transport plane.. Wh~--.a ttl~ plane made its appearance, he becam its pilct and fl.~,- tjh~~ on its first Moscow-Petropavlovsk-Kamcnatskiy - M.15::41 ~ -I . With a f1ving record of about one m-1111on km cn che Ir-u-1()II al-ni, pilot N. X. Shapkin hopes to fly th6r, n~!w T,)-114 pass6n&ar Card l/ A Pilot's Dream Coming True sov/84-58-11-23/58 to Peking, China, his-favorite port of call. A Kalinin, Chief of Staff, is mentioned. There is 1 photograph of N. N. Shapkin. Card 2/2 KARAKHOVSKIY. V- Navigator Miia Lebedeva. Grazhd.av. 16 no-3:11. Mr '59- (M MA 12:4) (Air lines-Employees) (Lebedeva, rUliia) KOICHIMKIY, Ya.L*; IW-WW(YVSKA-O-V.A* Combined perform-ance of distance and angular measurements at traverse stations. Geod.i kart. no.7:15-18 JI 162. (Traverses (Surveying)) (MM 15-8) -- - ....... .-- --l'- , -,-. , - ---- -*011~~Osp~48~ - f " -, , -- , ' It, , la~ ~-- lik, , ft-,. -#7,: lpations .. :-. ~P . :. ~ .. i., -. -71 7 7 7 MkRkMANO!,,-_B..P.; KUPTSOVA, Z.V., red.; SAYTANIDI, L.D., tekhn. red. -~,- (Safety measures in working on livestock farms]Takhnika bez- opasnosti pri rabote na zhivotnovoclaheskikh fermakh. Moskva,, .W-vo M-va sell.khoz. flSFSR, 1961. 1.1 p. (MIRA 15:12) (Stock and stockbreeding-Safety-measures) mARAKEWOV, K., Inzhner. Ploughing in snov. Tekh.mol. 23 no.2:9 F 155. (MLRA 8:4) (Ploving) KARAKHTAROV, K.P., inzh. New corn combine. Mekh. I elek.sote.eellkhoz. no.4:46-48 '57. (MIRA 12:4) 1. Ministerstvo aell kogo~hozyaystva. (Combin:s icultural machinery)) MSR / Cultivated Plants. Cereal crops. bl-3 Abs Jour : Pef Zhur - Ziologiya, No 13, 1958, No. 58566 Author : kwakhtanov K.; Budko, A4 Inst : Not given Title : Complex Mechanization of Corn Cultivation Orig Pub : Yashinno-trakt st-antsiya, 1957, 170 7, 54-57 Abstract : No abstract given card 111 52 MARAKHTAITOV, K.P., inzh. /-11""Uttitsf-Obtained from testing corn harvesting Machinery in 1957. Makh. I elek. sots. sellkhoz. 16 no.3:43-48 158. (MIRA 11:6) l.Ministeretvo sel'skogo khozyay9tva SSSR. (Corn (Maize)--Harvesting) (Combines (Agricultural machinery)--Touting) MRAKHTANOV, K.P.. inzh. SSh-65 self-propelled chassis. Makh.i elek. sotg. eel "Ichoz. 16 nn.5:46-48 158. (KRA 11:11) 1. Ministerstvo sallskogo khozyaystva SSSR. (Agricultural riachthery) (Combines (Agricultural machinery)) BOGDASHIN, A.S.; BOGGRODSKIY, A.A.; TINGARDT, H.B.; GORBUNOT, Y.I.; GORBUNOV, Y.R.; DUROV. T.K.; YERMAKOV, A.L.; IVANOY, A.A.; KARAKOVA, N.I.; KC93ILTAKOW, L.M.; K02LOVSKIT, U.I.; KARAj2EKAUS2j,__ K.P.; MIRUKTAN. G.N.; NXI'"WOV, G.P.; 110TIKOT, A.G.; CLIKHOVSKIY, X.r.; PASTRYAKOV, A.I.; POLAPANOT, A.T.; SIMYAREVISKATA. TeXh.; SCLDATAMOV, S.I.; SOROKIN, Ye.M.; TR=IHA, Z.T.; FEDOROV, P.P.; FAWSAUT. A.M.; FROG, N.P.; SHAMAYAV, G.P.; TANOVbXIT, T.Ta.; ORWCHOT, A.D., spetared.; BEYEVA, T.M., tekhn.red. [Handbook on new agricultural machinery] Spravochnik po novoi tekhnike v sel'skom khozisistve. Moskva. Goa.iz&-vo sellkhoz. lit-rY, 1959. 364 p. (MIRA 13:2) (Agricultural machinery) ZAKEEARGEMKO, A.L.. inzh.;~ KARMTANOV, inch.; GORMHOV, Y.R., inch.; ZEIIVCHNOV, N.I., inch.; K02LOVSKIT, N.I., inzh.; BARSUKOV, A.F.. red.; PSCHRUM, I.T.. tekhn.red. [New tractors and agricultural machinery; results of testing in 19571 Novye traktory I sellskokhozisistvannyo maBhiny; rezul'taty Ispytanii 1957 gods. Moskvs. No.2. 1959. 331 P. (141RA 13:12) 1. Russia (1923- U.S.S.R.) Glavnoye upravieniye mekhanizataii t elaktrifikateli sel'skogo khozyaystva. ("LractorG--Testing) (Agricultural machinery--Testing) GORBUNOV, V.R. (14oskva); MAXiKHTAtJOV, K.P. (Moskva); ILSINIIW, L.N. (14oskva) Agriculture should have new inproved --achine-,,. Fiz. v sh~ole 21 no.2:10-28 Mr-Ap 161. (xu" 1~.a) (Agricultural machinery) MARAKHTANOV. X.F. (Moskva); MUSINOV, L.N. (Moskva) . NOV agricultural maebiAery. Fiz. v shkole 23 no.5:6-18 S-0 163t (MM 17:1) MARAIMTANOV, Viktor Alekseyevich. [Drawing up estimates and calculating repair costs in the building and repair of river navigation vessels) Razrabotka smet i kalIku- liataiia remontnykh vedomostei na postroiku i remont rechaykh sudov. Moskva, Goa. izd-vo vodnogo transporta, 1954. 93 P. OALRA 7:12) (Shipbuilding--Costs) (Ships--Maintenance and repair) IWIMTANOV.0 V. A. "Preparation of Estmiates and Gomputation of Overhaul and Comtriction Gosts of River Vessels in USSR." Razrabotka Smet i Kal'Iculyatsiya Remontnykh 7edeTmstrT na Postroyku i Remont, Rechnykh Sudov, pp. 13-31, 1954 Translation 11-1148, 5 Jun 56 112-57-7-14510D Translation from: ReferativnyY zhurnal, Elektrotekhnika, 1957, Nr 7, p 109 (USSR) AUTHOR: Maraktanov, V. A. TITLE: Calculating the Static Starting Characteristics of Induction Motors Having Solid Rotors (Smooth and Slotted) (Raschet staticheskikh puskovykh kharakteristik asinkhronnykh dvigateley a massivnymi rotorarni (gladkimi i s pazami) ) ABSTRACT. Bibliographic entry on the author's dissertation for the degree of Candidate of Technical Sciences, presented to Ural'skiy politekhn. in-t (Ural Polytechnic Institute), Sverdlovsk, 1956. ASSOCIATION: Ural'skiy politekhn. in-t (Ural Polytechnic Institute) Card 1 /1 AMPDA -WV-A - Zinc plating of parts with the use of ultrasonic waves. Mashinostroitel* no.11:32 N 162. (MIRA 15;.12) (Zinc plating) ~Ultrasonic waves-Industrial applications) SOV/111-58-10-6/?5 AUTHDR: Loshchak, M.Z. Marakino N F TITLE: Tlr-f-a-ble Delivery High Pressure Plunger Pump r, in-1 (Reguli.ruyemyy plu-n--t,.em.,iry nasos ra;,~,ko&o c!avia PERIODICAL:Stanki j Instrument, 1958, Nr 10, pp 19-20 (USSR) ABSTRACT: A high pressure variable delivery plunger pumpq developed by the Nr 7 Design Office of t'c-- Engineering Industry Administration of the Kharlko- Economic Council (Konstruktorskoye b',rwo No.'71 Upravleniya mat&hinostroyeniya Khaxlkovskogo zovnarkhoza), is illustrated in cross-section and described. The pump, intended for hydraulic presses with slow ram motion, varies its delivery in accordance with the pressure in the system. The working principle is an eccentric cam? whose rotation operates the plungers and which is located and driven by two short pins fitted into diametrially opposed radial holes in the central driving shaft. The shaft is hollow and has a pin sliding in its Card 112 central bore. The central pin has two sloping faces SOV1121 - 58- 10-6/25 Variable.Delivery High Pressure Plunger Pump produced by Wo opposed unequal-V-grooves milled across the pin. The radial pins butt with their inner, spherical end faces against the slopes in the V-grooves of the central pin. The axial displacement of the move in the same direction and so to change the eccentricity of the cam. At 1450 rpm, the pump is designed for a maximum pressure of 320 kg/cm2 and a maximum output of 12 I/min. The central cuntrol pin is displaced by the output pressure working against a coil spring. There is I illustration. Card 2/2 MAMIN, N.Y.; WSHAK. R.Z. ---------- The U-18 cam-operated plunger pumps used in hydraulic presses. Biul. tekh. -ekon. Inform. na.1l.,28429 1 58. .(MIRA 21:1Z) (Hydraulic presses) (F~mping machinery) LOSIUK, M.Z. - HARAKM N F ;,j Regulated high-pressure plunger pumps. 19-20 0 558, Stan. i Instr. 29 no.10: (KIRA 11:11) (Reciprocating pumps) 'Vio ni. HARAZIN, N.F.; WSHAK, M.Z. The PA-476-001 device for the automatic control of presses. Bjul. tekh. ekon. inform. no.9:26-27 159. (MIRA 13:3) (Hydraulic presses) (Hydraulic control) S/193/60/000/002/005/01'> AOO4/AOO1 AUTHORS: Marakin, N. F., and Loshak, M. Z. TITLE: The H-451 (N-451) pump for hydraulic presses PIMMODICAL: Byulleten' tekhniko-ekonomichesioy informatsii, no. 2, 196o, 14-15 TEXT: The N-451 Pump has been designed by the Special Designing Office No.7. A oilot model was fabricated in 1959 at the "Gidroprivod'I Plant of the Yharlkov Sovnarkhoz. The pump-(see illustration) consists of cast iron casing 1, eccentric shaft 3 mounted on spherical ball bearings 2, coupled by grooved clutch 4 to' driving shaft 5 of the auxiliary gear pump. Shaft 3 has two eccentric journals and eccentric sleeve 6 fastened by a key. To compensate for unbalance, three cams are located at an angle of 120 0 to each other. Needle bearings 7 are mounted on the eccentric journals and on the outer surface of sleeve 6. Cylindrical steel block 8 is fastened to the casing. Plungers 8, ball-type suction valves 10 and delivery valves 11 are placed in the bores of the cylindrical blocks. Gears 12 2 and 13 suck the oil from the oiltank and deliver it at a pressure of some 3 k cm through the suction valves into hollow (a) under the plunger. The design prov~ides for a ball-type safety valve protecting the delivery line,of the gear pump from Card 1/2 s/193/6o/boo/bo2/oo5/b13 The H-451/(N-451) pump for hydraulic presses Aoo4/Aool excess loads. Cup-shaped seal 15 placed in cover 14 prevents the oil flowing out froffi the casing. The pump operates on mineral oil of the "Industrial'noye 30" or 114511 grades with a temperature range of +10 to +500C.. The pump capacity is 8 1/min, the maximum working pressure 500 kS/cm2, the shaft speed is 960 rpm,, the required power is 9 kw. There is 1 figure. Figure: =FiAKt M.Z.; MARAKIN, N.F. The NP-80 high-pressure pump. Biul.tekh.ekon.inform. no.5:31-33 161, (IURA 14:6) (Pumping machinery) I ~ I IL-11,11UYs, inzh.; IPSS L~.K, V.-. , f-nzh. !,air desigm for hydraulic d-riv,) on the AT-3 asbestos-cement -.nipo-moldipg nachine. Strcf-. i dor. maW-i. 6 no.9:2e-31 S 161. (?:Uu 1/,:1c)) :1,01ding machinea-Mydratilic drive) Pipe, Asbestos-coment) ~ ZBM4UNSKIY., B., kandtakhn.nzuki.2!~~~~zh.; CHMWUYF.V, Ya., inzb. Use of high-mement L-1draulic drive for the turning men-hanien of gantry crane upper structures. Rech. transp. 20 no.12:10--13 D 161. (14IRA 14:12) (Granes, derricks, etc.--Hydraulic drive) MARAKIN, Nikol ; LOSHAK, Mikhail Zakharovich; POSTERNYAK, e.F.., inzh.5 red.; SHILIMIG, V.A., red. izd-va~ GVD.TS, V.L., tekbn. red. [High-pressure hyd2aulic devices]Gidravlicheskaia,apparatura vysokogo davlenila. Leningrad, 1962. 22 ~. (Leningradskii dom nauahno-tekhnicheskoi propagandy. Obmen perednvym opytom. So- riia: Ifekhanichaskaia obrabotka metallo-v, no 8) (I-9RA 15: 8) (012 hydraulic machinery) MAMIII, N.F.; IASHAK, MA, Range of the DG hydraulic engines. Biul,tekh.-ekon.inform, no,1:44,45 162. (MIRA 15:2) (Oil-hytlraulic machinery) MARAKUT, N.F. , inzb..; ILSITAK., 14.Z. , inzh Series of the DO hydraulic engines~ Vest,mash. 42 no.3-90--, 91 Kr 162. (141RA 15"3) (Hydra:alic engines) Ewr(i 1272 WW SOURCE CODE: UR/041 AUTHORS: _Kudrya;vtsev, A. I.; Marakin, N. F.; Finkel', A. A. ORGi none TITLE: Axial plunger-pump. Class 59, No. 180090 SOURCEt Izobreteniya, pronWahlenrqye obraztey, tovarnyye 7.naki, no. 6, 1966, 130 TOPIC TAGS: axial pump, flow distribution, flow regulation 130 ABSTRACT: This Author Certificate presents an axial plunger pump provided with at least one inclined disk fixed to the drive shaft and with a valved distributor con- sisting of the individual pressure valves and of radially mounted suction valves forced to move by an eccentric connected to the drive shaft. To provide for the regulation of -the pump output by removal of liquid during at least a part o1: the pressure stroke of the plungers, the eccentric is free to turn about the inclined disk (see Fig. 1). The eccentric may be connected to a tie rod placed axially in a hollow of the shaft through a finger entering a threaded groove. The movements of this tie rod turn the eccentria in respect to the inclined disk. Card 1/2 UDC: 621.653-543-531.3 L 05189-67 ACC NR. AP6011272 0 i Fig. 1. 1 - plunger; 2 - eccentric; 3 - inclined disk; 4 - finger; 5 - threaded groove; 6 - axial opening in the shaft; 7 - tie rod Orig. art. has: 1 figure. SUB CODE: 13/ SUM DATE: 15MaY64 Card 2/2 ZHILINSKIYj Ye.S., zasluzhennyy vrach RSFSEj EYDELISHTEYN, S.I., kand. med.nauk; Prinimali uchastiyej AGRONIKv S.Ye.,, vrach; BLIKOVA, V.A., vrach; GOSPODINOVAp N.V., vrach,- MARAKINA, V.M., vrach; TINOFEYEVA, K.I., vrach. Importance of microbioogical analysis in the treatment of'~.'-' otorhinolar7ngological diseases with antibiotic aerosola~ Sbor.nauch.-prak.rab.Poliklin.im.F.E.Dzerzh. no.22152-162 161. (MIRA 16W (OTORHINOIARYNGOL40GY) (ANTIBIOTICS) (AEROSOL THERAPY) AKOV, K. i nAR -,aL an Defp Draw-n- Ma,L-e:jLLm zi icr M:AIIKOV ;.,'oscow Tec ,nciloC;.CI', for na 7,eclreo o' Carididatle 'n T~Dc:in-A.Cal y - De c -- m SO: Vec'icraia~ra Mosl-va, iaauar- - car 1 )5- KARAKOV, N. A. MIDBAKOV, S. D. Kand. Tekhn. 1.1auk i D-M'I';I1"-VA, T. N. Kand. Tek-hn. '-.auk, V. A. Inzh., IVPjIOV, S. A. Inzh., MkHAKOV, N. A. Tekhnik-,'4ek:nanik Lenin-radskiy nauchno-issledovatelskiy institut akademii dorvaunalnogo khov'ray-tva im. K. D. Famfilova Napryazhenno armirovannyye balki i .ne'khdubalochnyye zapoineniya d1va T)ereki-,-tiy pri stroitelInykh i remontno-stroitallnykh rabotakh v zhilykh zdaniyakh lenim7rada Pa.-e -0 SO: Collections of Annotations of Scientific Research Work on Cqnstruction, conpleted T In 1950, 10 7~-, 7r551 MMONTOVI I*Io, inzhe; MARAKOV, N.A., inzh* ------ Mamifacture of long reinforced concrete pipes in molds by a vibration and preamwe method. Bet.i zhel.-bet. no-8:354-357 Ag 161. (MMA 14:8) (Pipe, Concrete) OGORODNIKOV,-N,D*q inzh.1 MARAKOV tR,,G.9 Inah. Autamati6 self-recording..smoke meter with a sig6aling system. Snejrg6tlk,13-n.0.3s34-i-35 165. (WRA l9s7) KARArOV, S.Y. ... - ~~ - I ,11*415~- Birds and mammals of the mednyy Island. Biul.XOIP. Otd.biol. 62 no.1:117-118 Ja-F 157. (KIRA 10:6) (KORY ISIAND-VARTIBRAUM) MARAKOV -S.Z.-IWOV) Spring on Komandorskiye Islands. Priroda 51 ,62. Islands-Spring) no.4:125-126 Ap MRA 15:4) (Komandorskiye MAMOV) S.V. ~ Census of marine mammals of Komandorskiye Islands in the light of their ecologic characteristics. Vop. ekol. 4:130-131 162. (MIn 15; U) 1. Svesoyusnyy nauchno-isoledovatel'3kiy institut zhivo,tnogo syrtya i pushniny, Kirov. (Komandorskiye Islands-Marine fauna) (Wildlife census) MAJRAKOV9 S.V. ------- I&ft and new birds of Komandorskiye, Islands. O=Itologila no. 5.2166-167 162. (KIRA l6s2) I (Komandoraidye Islands-Birds) MAR&KOVO S.V, (Kirov); KLTJMGV, S.K. Natural monumerit or commercial 6pecies? Priroda 52 no.12.*79- 84 163. (MIRA 17:1) 1. Predsedatell Sektaii okhrany zverey Vserossiyskogo obshchestva okhrany prirody (for Klumov). MARAKOV S V Winter birds of the Komandorskiye Islands, Omitologiia no.7t480 165,, (MIRA 18:10) MARAKOV, V.T.; MILOSLAVSKAYA, G.M. Dynamics of organic matter in turf-Podzolic soils plowed by different methods. Nauchdok1.vys.shkaIy.- biol.nauki no.4!911-214 160. OCUU 13:11) 1., Rekomendovana. kafedroy zemledeliya Moskovskogo gosudarstvennogo universiteta im, M.VoLomonosova. (PODZOL) (HMS) (PL(AaNG) MARAKOVSKIY, N. ItStability of Explosives," Za Oboronu, 14, No. 61 1948. 111-Ii-AMAJ~10VI V. A. Maraktanov, V. A. "The calculation of static starting character- istics of asynchronous rotors with massive rotors (mwoth and notched)." Ydn Higher Education USSR. Ural Polytechnic Inst imeni S. 1-1. Kirov. Sverdlovsk. 1956. (Dissertation for'the Degree of Candidate in Technical Science) So: Knizhnaya letopis', 1-11o. 27, 1956. lioscow. Pages 9L~-109; 111. HWKTANOVj VA. Effect of the nonsimsoidal distribution of the magnetic field along the polar division of an asynchronous motor with a masBive ferromagnetic rotor on the parameters of its equlva~Unt circuit. Trudy Ural. politekh. inst. no.106:86-93 i6O. (MM 15,5) (Electric motors, Induction) (Equivalent circuits) ASIMAN, A.A.. dotsent; MRAKTANOVA. A.F. Prevention of the period of excitation in ether aneetheoia. Akush. i gin. no.4:54-55 JI-Ag '55 (WRA 8:11) 1. Is klinik! akusherstva i ginekologii (zav.kafedroy--prof. I.T.Millchenko) Knybyshevskogo meditsinakogo ihatituta. (ANESTHESIA, INHALATION ether. prev. of compl. by intravenous glucose) (GLUCOSE, ther. use for prev. of compl. of other anesth.) (DTH.M, anesth. and analgesia prev. of compl. by intravenous glucose) MARAKTANOVA, A.F. Structure of peritoneal vascularization of the anterior abdominal wall in women. Akush. i gin. 32 no.6:54-56 N-D 156. (HM 10:11) 1. Iz kefedry akueherstva i ginekologii (zav. - prof. I.T.Mill- chenko) i iz -kafedry normallnoy anatomii (zav. - prof. F.P.Marici- ZOO Kuybyahevskogo meditsinakogo instituta. (FMITOITSUM. blood supply dietrihution of blood vessels in anterior abdom. wall) MARAKTAROVAO . A.F. Norphological, changes In nerve fibres of the uterus and abdo.mi7ml wall under the Influence of alternating electrical current of lov frequency and diathermy. Aknah.i gin* 36 no,,l,.78-SZ Ja-T 960. (MMA 13tio) (UTERUS-INMVATION) (AMM-INMUTION) (NESMPHTSIOIWY) (DIATMM) RTABCIIENKO. Averin, apronom-entomolog; BOGOVIK. I.T.. kand.biol.nauk; RO(UCWW. V.L., sturshiv nauchWy sotrudnik; m1adsbiy nauchrWv_ aotrudnik; YATSEMM, G.K.; RUPAXS. A.A., agronom- entomolog: GHIKVILAMB, I.D., kand.sel'91mkhozyaystveunykh nauk; SEMNOV, A.Ye., kand. eel Iskok-hozyaystveEqkh nauk-, MANWall, V.V. Brief reports. Zushch.rast.ot vredA bol. 4 n0-3:54-56 Vq-J~ -~'--159- (MIR& 13,.4) 1. Nachallnik Favlodarskogo otryada po bor'be a vreditelyami (for 4abcheako). 2. Zaporoshakaya oprtnaya stantsiya (for Rogachev)- 3- Bostandykakoys opytwye pole Uzbekskogo instituts, sadovodstva I vinogradaretva (for Harakulin)e 4. Starshly agronom M2abarovelcoy karantinnoy Inspektaii (for Yateenko)- 5. Zaveduyu- shchly saktorom slushby ucheta I prognosov Ministerstva sell- skogo kbozyaystva ArmSSR (for Mannigran). (Plant diseases) (Agricultural paste) M A MULIF9 1. 11. WThite "ussla - Oak Fall plantings of oak spot-seedediv..'ith genninant accrns In the ~--crusEiar; c. S. F. I.Ps. khoz. 5 nc. 9, 1952. MCMILY LIST OF RUSSTAN XCESSIONS. Library of Congress, November 1952. UNCLAI~EIFIFL. MARAKIJLIN, I.V.,Cand Agr jci -- (diss) "Prewinter pt:~ of oak uncer conditions of ABelorussian SSR.11 Minsk, 19.58, 16 pp (Min of Higher Education USSR. Belorussian forestr7jnst S.M. Kirov) 1~0 copies (KL, 29-58, 135) 93 - 14ARMMIN, X.L. felldgher (KirovekBqa oblast') 1xperience of a feldsher-midwife station in health sducation work. Med.sestra no.10:20-22 0 '55. (MLRA 8:12) (BXGTH EDUCATION) MARAKULIN, N.3. Using a screw-type mechanical press for the compression of bent and glued alements. Bum. i der. prom. no.1:35-36 Ja-Mr 164. (MIRA 17:6) KAMUIff , P.P. Use of organic and mineral fertilizer pellets for hope. Trady VVIIPP no-5:51-58 155. (KM q: 1) (Hope) (Fertilizers and manures) KARAXULM, P.F. Use of auxtonic microflora OBI preparation for the ho Trudy VNIIPP no-5: 105-109 t55. (KM 976 (Soil microorganisms) (Hope) K&RAKULINp V. N. "Some Questions in the Industrialization of the Complex of Ferroconcrete Operations on the Contraction of Massive Spill way Dams." Cand Tech Scip Macaw Order of Lenin Pbwer Engineering Inst imeni V. M. Molotov, Min Higher Education USSR, Macaw, 1954. (KL, No 1, Jan 55) Survey of Scientific and Thchnical Dissertations Defended at USSR Higher Educational SO: Sum. No 598, 29 Jul 55 MARAKULIN, V.N., kand.tekhn.nauk Strengthening reinforced concrete elements of a frame for a multi- story industrial buidling. Sbor. nauch. trud. TISI 8:37-44 '61. (MIRA 15:1) 1. Tomskiy inzhenerno-stroitel'nyy institut, kafedra "Stroitel'noye proizvodstvo". 1 buildings) (Industrial (Structural frames) (Precast concrete construction) MARAKnIN, V.S. Spotted hyperttmia skin test follwing thA admin'stratim of nicotinic acld in some categories of nervous d.fseases~ Zhur.nev-r. i psikh. 63 no.12gl823-1827 163. (MIRA !8t1) 1. Kaffedra. ner-vT.,ykh bolezney (nnchallnik - prcf. S.T.KaT-chikyp Voyennc-meditsinskoy ordena Lenina akademli imeni S.M.Xirova, Leningrad, i voyennyy gospitall (nachaltnik N.A.Shcherbakov)a MARAKULIL 11,v podpollknvnik mudita.-Inzkoy 911-i&Lby Functional Joading vith nicotiric acid In tY-i diagnosia cT scre autoftomi6 disordera. Vnen.-mcd.zhur.. ro.108.1!~-68 164, (HIM 18 - DUNAYEV, F.N.;. WAKULINAp O.S. .Effect. of ele -itic tension ot the longitudinal and transverse niagnato- .stric-tion-in' 3310 transformer steel. Izv. vys. ucheb. zav.; fiz. 8 no.21-162--a66 f65. (MIRA 180) 1. Urallakly gosudaretvennyy universitat imeni Gortkogo. 9~ treatment of fietuDw in tuberc4ools of the lumbo- aacral region of the optaes Testekbiro 05 uo*lOt76-M 0 160. (KM 13832) 1. Is laningradskogo nsuabno-4seledavaWtokogo instituta khirurgickeekogo i~iberktdeza (diro - prof. P.G* Imev). 93-o-TUBIMLOSIS) HARAKUSHAv I.G. Mistribution of the pu=aOnt MagOes in tubercaosis of the lumbo- sacral area of the epivL OttopotravmA protev. no.6sl4-20 161. (14IRA 14:8) 1. Is Laningradakogo nauchno~iaeledovatellskogo inatituta khl- rurgichaskogo tuberkuleza (dir. - prof. D.K. Khokhlov., naucbnyy rukoroditell - deystv, chlen 90 SSSR prof. P.G. Kornev). (SPM-TUBMWUU)SIS) MARAKUSHEV, A.A. Cand Geol-Min Sci -- (diss) "Petrology of 14--b iron ore deposit# in the S+be-P 1qosq-(T9b=ta!j~~- ~--~tz=R~,1957- 19 pp with diagrams 22 cm. (Acad Sci USSR. inst of Geologyq Ore Deposits, Petrography, Mineralogy,and Geochemistry). 135 copies. (KL, 23-57, 110). AUMOR: Larakushev, A. AO 7-1-4/1-2 TITLE: Paragene3es of Boron-Containinv ~jagnesial 3karns in Tayga, Deposits in the Archean of the Aldan Plate (Parac,enezisy borsoderzhashchikh magnezialinykh skarnov v w tayezhnom. mestorozhdenii v arkheye A14anskoy plity) PERIODICAL: Geokhimlya, 1958, Nr 1, Pp. 39-46. A,BSTRACT: The parageneses of the magnesial skarns of the Tayozhnoye-iron ore deposits (region of Aldanskoye, Yakout Autonomous SSR, YaASSR) were investigated. The deposit is described in short and a division of the skarn minerals is given. From the optical data the ferruginosity f was determined: f . Fe . loo 0/0 Fe + Mg Eethods and terms of D. S. Korzhinskiy (reference 3, furthermore references 1'And 2) were used for the analysis of the parageneses, Hence results that the formation of the boron-containing magnesial Card 1/2 skarns took place in the solution with changing boron activity. Parageneses of Boron-Containing Yagnesial Skarrs in 7-1-4/1-2 Tayozhnoye-Deposits in the Archaicum of the Aldan massif In the case of decreasing of the activity boron is concentrated in the surrounding rock, where tourmaline occurs with phlogopite and plagioclase, with high ferruginosity resp., with hornblende. Ludwigite mineralization lacks under these conditions. In the case of an increase of the boron activity tourmaline with diopside is formed outside the skarn, and in skarns which were formed from do= lomite, ludwigite with forsterite are formed. k further increase of the boron activity leads to the instability of forsterite, lud= wigite with diopside is formed which occurs, however, very seldom in the Tayozhnoye-deposit. There are 2 figures, 3 tables, and 7 references, 4 of which are Slavic. ASSOCIATION: Institute of Geology, Ore Deposits, Petrography, Mineralogy, and Geochemistry AN USSR, Moscow (Institut geologii, rudnykh mestorozhdenii, petrografii, minera= logii i geokhiwii AN SSSR, Moskva) SUBMITTED' December 15, 1956. AVAILABLE: Library of Congress. Card 2/2 1. Geology 2. Minerals MARA]1USH3,V,, A.Ae. 'i-11--l Paragenes~s of lime skernB in the Tayezhnoye magnesial skarn iron ore deposit In the Archean of the Aldan tableland [with summary in Znglish]. Geokhimiia no.2:155-162 '58. (MIRA 12:4) 1. Institute of Geology, Ore Deposits. Petrography. Mineralogy and Geochemistry, Academy of Sciences, U.S.S.R. Moscow. (Aldan Plateaur-Skarns) 3(8) AUTHOR: Marakushev, A. A. SOV/20-124-4-53/67 TITLE: Hypogene Borates in the Cambrian Dolomites of the Aldan Shield (Gipogennyye boraty v kembriyakikh dolomitakh Aldanskogo shchita) PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, PP 915-918 (USSR) ABSTRACT: Until recently, borates in the Aldan shield were known only as components of magnetite ores of the scarn deposits in the Archeozcic complex (Ref 3). In 19589 the author detected for the first time a borate mineralization in the Lower Cambrian dolomites under quite different geological circumstances. The horizontal thicknAss of these rocks superimpose on huge surfaces here and there the com- plex-dielocated Archeozoic rocks and therefore represent a higher structural stage. Both stages are inijected with Mesozoic intrusive rocks of various composition (primarily of syenite) (Refs 1,2)~ A borate mineralization (primarily of ludwigite) was found besides an intrusion bad of leucocratic quartz porphyry (Fig 1). Further intrusive bodies are enumerated. A typical featute of the rocks of rare porphyroblasts are the t o u r m a 1 i n a deposits. A com- plex of boron bearing rocks, scarns and ores was detected in the 900 m horizon-of drift 17, Lebedinskoye gold - copper - ore deposit, Card 113 2 Aldan district, within an area of O,_25 km . The above mentioned 307/20-124-4-53/67 Hypogene Borates.in.the Cambrian Dolomites of the Aldan Shield mineralizati= is closely connected with the substitution cf clino- humite Bearns for dolomites. The searn formation has an infiltra- tional nature and stretches in dolomites along the cracks, the zones oonverted into breccias and along the strata, It is accom- panied by magnetite mineralization. Both the clinohumite scarns and the magnetite bodies are separated from dolomites here and thele by zones of finely granular white ludwigite-calcite marble (Fig 2). The typical zonal arrangement (Fig 2) is conditioned by the order of substitution: dolomite --toludwigite-calcite rock--*calcite-clino- humite scarn with magnetite~ The next zone probably consists of diopside for the most part, The above mentioned rocks and minerals are described in detail. Tables 1 and 2 show their chemical analyses (analysts: N. A. Minaleva, V. A. Tropyshko, N. P. Kotsupalo). Furthermore: copper - gold - sulfide mineralization and the processes of ludwigite decomposition are described in conclusion.-There are 2 figures, 2 tables, and 3 Soviet references. Card 2/3 4 SOV/20-124-4-53/67 H,Vpogene Borates in the Cambrian Doiomites of the Aldan Shield ASSOCIATION: Dallnevostochnyy filial im. V. A. Komarova Akademii nauk SSSR (Soviet Far East Branch imeni V. A. Komarov of the Academy of Sciences, USSR) PRESENTED: October 1, 1958, by D. S. Korzhinskiy, Academician SUBMITTED: September 26, 1958 Card 3/3 MARANUSHEV, A.A. Wdation-reduction processes in connection with the acidity regime of postmagmatic solutions. Geokhimiia no.3:214-221 160. (MIRA-14:5) 1. Far Fast Branch of the Acadek'y of Sciences., U.S.S.R.,, Vladivostok. Oxidation-medifetiOn reaction) ~ffydrogen-ion concentration) (Paragenesis) I . I- 4diUREVO ; 11OLIK, Yu.1- Conditionz deternizinE 71m fonnation o.' whitc- --; in dolmd-tic :-Izxbles of the ;Udan ihicid. C"Ol'o i no, 8:7.10-81 160. (:;T _',- 11,:2) 1. Dallnovostochnyy filial ::Bbirskogo otdelen-'ya 2-- (Aldan Plateau-PhIlogopitc)