SCIENTIFIC ABSTRACT GUDKOV, S.F. - GUDKOVA, M.K.

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SCIENTIFIC ABSTRACT
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GUDKOV, S.F.; FEDULOVA, V.P. Incomplete oxidation of methane - propane mixtures. Gaz.prom. no.10:32-29 0 '57. (MIRA 10:10) (Oxidation) (Propane) (methane) ANISONYAN, A.A.; GUMV, S.F.; IVANOV, A.K.; YINIKOLOPYAN, B.S.; HARKIVIGH, A.M.; NA1BANDYAN, A.B. Results of the operation of an experimental apparatus for the manufacture of formalin from natural gas. Trudy VNIIGAZ no-3:130-142 '56. (min 11: 8) Obtural, gas) (formaldehyde) GUDKOV, S.F. Studying the production of formaldehyde by means of incomplete oxidation of natural gas by oxygen. Trudy VNIIGAZ no.3:143-151 158. (141RA 11: 8) (Formaldehyde) (fiaturea gas) Translation from Referat.ivnyy zhurnal, Nletallurgi%ei P-)~8p1 W, - TUSS R AUTHORS: Gudkov--5-F--Sidorov, A.P. TITLE: Corrosion of Metals by Products of the In(ornplete Oxidation of Natural Gas by Atmosplierir Oxygen in the Presenc e ol Oxides of Nitrogen (Korroziya metallov produktaim nepolnogo okisleniya prirodnogo gaza kislorodon-i vuzdukha ,- pristitstvil okislov azota) PERIODICAL: Tr. Vses. n.-i. in-t. prirodn. gazov, 1958 Nr 3 (11,, p1) 161-169 ABSTRACT: The corrosion of a number of metal-s wa~; invest,,gated Linder the working conditions of an installation for the production of formaldehyde. It is demonstrated that IKhI8N9T ~trid Kh23N!8 steels exhibit a high corrosion resistame. The IKh]Si\.()T steel cannot be recommended for the construction of heaters and the reactors owing to its negative effe( t on the band quality of the products of the rea%:.tion. *rhe sairie steel ( ;in be used for apparatus and piping working at a low temperature. Kh23NI8 steel is recorntriended for appziratLIS and piping work- Card 1/1 ing in an aggressive medium at high temperature. G. K. 1.'kletalls-Gorrosion 2. 3 . 11itrogen oxides--Froper'Llies AtYTHOR: Gudkjoy. SOV/65-58.10-1/15 TITLE: Preparation of Formaldehyde by Incomplete Oxidation of Natural Gas with Industrial Oxygen (Polucheniye forma-.'- degida nepolnym okisleniyem prirodnogo gaza tokhnicheskim kislorodom) PERIODICAL: Khimiya--i Tekhnologlya Topliv i Masel, 1958, Nr 10, pp 1 .- 6 (USSR) ABSTRACT: Experiments were carried out on the dependence of the yield of formaldehyde and the composition of the reac- tion products on the basic parameters of the oxidation process of methane with oxygen In undiluted mixtures. 'Results were compared with data obtained during the In- complete oxidation of natural gas with air. The experi- ments were carried out in a continuous plant, and the method used was the one described by S. F. Gudkov (Ref.4). The reactor consisted of a quartz tube with a 14 mm internal diameter and a 100 mm heating zone. The tempera- ture of the oven was kept constant ith the aid of an electron millivolt meter (accuracy 11'C). Natural gas from Saratov, 99% pure oxygen and nitrogen oxide were used during the experiments. The quantity of formed formaldehyde is determined by tit-ratingthe solutions. card 1/5 After absorption the end product is analysed for its SOV/65-58-10-1/15 Preparation of Formaldehyde by Incomplete Oxidation of Natural Gas With Industrial Oxygen C02, 00 and 0 content Mixtures containing varying amounts of n1iRrogen oxides were tested. The experl- mengs were carried out at temperatures between 600 and 700 0. The ox Initial me-hane-axygen .ygen conte-43t In the 0 mixture constituted 13.8,% and 0.2% by weight of nitrogen oxides was added. The rate of supply of the niL-Iture was altered from 1.2 to 3.2 litre./minute whinh corres- ponds to a change in the residence dime from 0.04 to 0.12 seconds. Results are given In FUr.l. Data shows that with increasing temperature the content in formaldehyde and also the content in carbon monoxide lnoreades-* At low temperatures (up to 64000) and at a low residence time (up to 0.8 seconds) appro--imately equal amounts of formaldehyde and carbon monoxide are formed. When the temperature is increased the concentration of for- maldehyde remains substantially constantp but the 00- concentration increases rapidly. The yield of the oxygen-dontaining compounds is determined by the ratio of the concentration of hydrocarbons and of oxygen in Card 2/5 the Initial mixture. The dependence of the yield of SOV/65-58-10-1/15 Preparation of Formaldehyde by Incomplete Oxidation of Natural Gas With Industrial Oxygen formaldehyde and the composition of the end product from the methano:oxygen ratio was Investigated on mixtures in which this ratio varied between 5.4 to 25.0. The experiments were carried out at 68O'tl0G; the velocity of the gas mixture equalled 1.2 litre/mInute and the content of nitrogen oxide equalled 0.2% (Figure 2). Linear increases were observed during the first, stages of raising the concentration of oxygen in the initial mixture; the 00 content in the end product increases simultaneously. For instanoev a char~ge In the oxygen content from 9 to 16% causes the alteration in the CH20:00 ratio from 1:1 to 1:4. The conversion coefficient of methane decreases In this case from 0.45 to 0.20. Variations In the yield of formaldehyde and carbon monoxide due to changing the amount of homogeneous oata. lyst in the mIxture are shown in a grath (Figure 3). These tests were carried out at 64000 on a mixture con- taining 86.2% methane and 13.8% oxygen. The values obtained ftring these experiments formed the basis for finding the optimal quantity of nitrogen oxides Card 3 5 required for obtaining maximum yields of formaldehyde. SOV/65-58-10-1/15 Preparation of Formaldehyde by Incomplete Oxidation of Natural Gas With Industrial Oxygen They were found to be 0.25 to 0.30% instead of 0o12 to 0.10 when using air. The dependence of the yield of formaldehyde and of the composition of the end product on the reaction temperature are given In Table 1. It was found that the yield was 2.1 to 2.3 times bigger during a one-cycle process than when oxidising methane with air. The optimum reaction temperature is deozeased to 30 - 4000 when using oxygeny and the ratio G111700.-H20 In the reaction gas Is 1*7 to 20'0 times higher. -The con- version of methane can be Improved when using circulation and further experiments were carried out when circulating methane during the process 6,, 9,, 12 and 18 times (Fig-4). Yields were'increAsed when Increasing the mmber of recirculation3. Advantages in using ox7gen instead of air during the oxidation process consist in the following: the content of formaldehyde in the 'reac- tion gas Increases by 2 to 2.3 times during the *ontin- uous process and 1.5 to 1.9 times w6n using circulation; the coefficient of conversion of methane and oxygen in- creases by 20 to 40%; the ratio of CH20 and H20 in the Card 4/5 end product In ore a s e a 1& 7 to 2. 0 times, and the heat sov/65-58-10-1/15 Preparation of Formaldehyde by Incomplete Oxidation of Natural Gas with Industrial Oxygen value of the ga3 In ralaed by more than 100% (even when no Inert diluent such an nitrogen Is present). Optimum process pirameters-are given. Undek the given conditions, the maximum' yield of formal4shyde duriM the continuous process equalled 1.9 to 2*sl;b; when the gas was reoircu- lated six times the yield amounted to 6.5 to 7.55%. The experimental work was carried out with the co-operation of Engineers V. P. Fedulov and L. I. Kryuohkov. There are 4 Figures, 1 Table and 5 References: 1 English and. 4 Soviet. A15SOCIATION:NI &z Card 5/5 a, UDl,.--Cv t S . -;; ~--, AnAlyslij of the oporation of a reaction vensel for incomplate oxIdRtion Of n0tbanC under adiabatic, conclitions. Trudy VNI-LGAZ no.6:q8-110 159. (14IRii 12:10) (~Wthane) (Oxidation) ; ~ ! 11 -1:I .! I I I !, , GUDKOV, S.F.; . F~;j)LJLOVt,, V.p. ----------- Oxidation of mathane-propane nixtnres, by atmospheric oxygen In the presnncn of nitragen exidas. Trudy VN11GAZ no.6t111-116 15C). (M12A 12:10) (HydrecarTions) (Formaldehyde) -I'll] I ., LM .1 t"'i , ~ ~ . 7 . - 14f3chantsm o of nitrogen the inco,1plato oxidution n~' methaw.3 it, tho prosence! nxidna. Trudy VNIIGAZ no.6:117-124 '59. (14IRk 12--10) (14athans) (Nitrogen nxides) I I ! : --~ , - -i tjmj, , '! , ! ~UDLO.V,~ S. F. Studying the process of the Incomplete oxidation of methane and propane by the cold and hot tube method. Trudy VNIIGAZ no.6:125-i36 159. (MIRA. 12.-10) (Wetbane) (Propane) (Oxidation) ,, UTHOIZ: Gudkov . TITLE: The Problem of the 1.-.echanism of Incomplete Methane Oxidation in the Presence of Nitro6en Oxides (K voprosu o mekhanizme nepolnogo okLisleniya metana v pris-,itstvii okislov azota) PERIODICAL: Zhurn.E-l prikladnoy khimii, 1959, Vol XXXII, Nr 2, pp 3,12-346(USSR) ABSTRACT: If methane is oxidized, the output of formaldehyde is below the thermodynamicully Possible value. The role of the nitro- gen oxides durint; incomplete methane oxidation is investigated here. T-he,concentration of these oxides changes with the temper- ature (Figure 1) as well as the ratio of their components NO and N02. The absolute concentration of the nitrogen oxides in the air stream does not change with temperature, whereas in the methane stream it drops (Figures 2 and 3). It has been shown that N02 has an accoleratin fluence on the reaction, not 1T0, ~ 3y- The formaldehyde concentration us uresumed earlicr CRef. Card 1/2 in the fis-3.1 e--as mixture is the the higher the concen- U - 11 0-ov/W-3 2 -2 - I The Problem of the Mechanism of IncomyJete Methane Oxidation in the Presence of Nitrogen Oxides tration of the nitrogen oxidas in the initial mixtures. There are 5 graphs and 6 references, 4 of which are Soviet and 2 English. SUBMITTED: Au&uzit 5,1957 Card 2/2 GUDXOT, Sergey Filippovich; ELEMNOTA, K.F., vedushchly red.; PCLOSINA' A.S.. tdkhfi;red. [Proosesing of hydrooarbons ObtainoA from natural and cgging-head I gesso] Porerabotka uglevadorodov prirodnykh i poputnykli gazov. Moskva, Goo.nauchno-takhn.lsd-vo neft. i gorno-toplivnoi lit-ry, 1960. 173 P. (MIRA 13:5) (Gas. Natural) " . 1- ~j T:;~ CUDKOV, S.F. Incomplete oxidation of ethane and propane in electrical charges. Trudy VNIIGAZ no-12:133-142 '61. (MIRA 15--1) (Etbanes) (Propane) (Oxidation) GUDKOV, S.F. Study of the effect of a wall surface on the I-ncomplete methane oxidation. Trudy VNIIGAZ no.12:125-1.32 '61. (MIRA, 15:1) b (methane) (Oxidation) GUI)KOVP S.F.; PIANOV, A.K.; KORN11,0, V.F.; LUIPYE, H.I.; NALNINDIAN, A.B., RUDENKO, P.S. Plant teat of the direct production of formaldehyde from natural gas. Gaz. prom. 8 no.035-39 163. (MIRA 17s10) ~ ; ; '. i F, , i I`! " . - - - ; '1 11 1 w' ! 11 q I ; t , , I . '. 1 GUDKCFV9 SSFO Usixg tail gases in obtaining foimaldehyde fr= natural gas Gaz. prom. 8 no.%44-46 S 163. (KIRA 17t8i ft7 ttt oil follulkA by L~Z4, --tit IghtrImIpa- =ga 114ry hazeml." lowne"A by cf hardeaW# sad qt%2; 1~ - 41111 01*1* k in lwga of, gte--4 U 03 Audi VCHI fan Sun" ~59275v-65 ACCESSION NR: ATS016070 otmA aries- Af: tbe~ structure consists of-14rrite. vdth, i,~vd_,peai-li t*d at them jjpain~ the structur ensitic, a;-n,e"eri~fig!ahoiie :60qPC.r4_ ter quenching e is typically mart t sults in reformation of ferrite with carbide -distributions ~~und;.kriain:boundiries. A series of impact transition curves'.,(d to. w-18~00 are A n ~~h- ~ te~moerinj ~ in fbef own A300-6600C range. Besides these, plotted'for th '16rce~t~ae ~f briitl~~ -curves.,.are fracture in.the impact-samples. :Cold brittlen etas. In the ~t"Qs t66j,ed depeneo ~ ow heat treatment, the highest traneitioniamoeritur~ ~(wot;'-st ~Cio~lidltldfi)~ octurriiij,' f6iw the normalized state,* The loweii.tvinsition temperature ddekir-s :E~v ~184mpus tdpenete and tempered at-50 .0-6400C. - r6r,th4s 6g i~6fianical e'two states, the i4maini P ties at room temperature am -identital. Orlgi~-.,art.*: has::: .5, Tlgur~poj table'.; MOCIATION: none 3UBMITTED::-00 EMCD :,00 1SOB 'CODE I :J~i '40 REF Sov:, 006 ol~`666 Z*,: t7~ 2h 14 idr v""I. :V ..... ri- -J; 7! TIlF STUvIY OF-VOLUME AND GRAIN BOUNDARY DIY4~ 40N rAIA ZY TSZ:AUT0W%DI0 dit:AP * so Z. *x4ht I.L*X. Mores eln, S. T. mq~'um' and T. 1. Gudk6%i. - Tr"staud by S. J; luthman tj I.,n Ak.-A. frau rTP.. 161 13-511 5). 7p. WX . The Interaction& in the sol'a jojuUm of tin 1nl Co. t4, -'UW- tin WA16 61 6n the other hand are IlifformAL: ~j:~ m-A One hiM , , r 1~%M saconeteviethi motal Inove ~ Ij ile f the: ti nigia' ra abouadari4e Ai the Itrat me ft m - a o l u g is freawti-wo the RLOAG at ihogr4i" ~eata' d emace iff can probably be explained on the, Liaots of the - dffferecge of pri , CA-4r.. *e diffmact bet%,7fttk Me sufaco intiil;iel t~6- any ~ bv"n nickel and 'in at et temperatum Pair the amelting polat t4 Smator than the diffirmce between the inirrs. I wav? of Irou tud tin. Ho at ibis ~ f a ftziR the difference lathe stive:ture of" lzt c ~fth-l grain. A bouAdcry also hi~ great ImporWee6 The diffarme in the charact-tre nt the diffuadons can hardij be exptalued by.,; eig u talItI 9 f ti i th l m l h I 1 e. c e rence I* mut a u u cs. t e " 1 1 y o In nickel Sm hardly greater thas t t-.1 -j Iron.. jAulb) J, GUDKOV, V. of workers in the Arctic. Sov. torg.no.2:40-43 F '58. (MIRA JI.-J) 1. Ilacballnik Glavtorgmortransa Minlaterstva morskogo flota. (Arctic regions-Patail trade) (Arctic regions-RestaurantE. lunchrooms, etc.) GUIKOV, V.D., Inzh. Using precast reinforced concrete conatraction elements In building refrigerating plants* Nont.1 opets.rab.v stroi, 22 no.8:18-21 Ag 160. (MIRA 13:8) 1. Kotellnikovalwye Stroltellao-montashnove upravlaniye treete. Ukhtomakstroy. (Precast concrete construction) (Refrigeration and refrigerating machinery) GUJ~ V, F. ~ ~ ) -- ' - t%~L I T 'If t ;- i -It, i : - I I - j - :;I:, ~ L _ - '~ i , - _ A'- I!r/ __ - I- ~ :"f - -(I - " ~!" 1- JAN r -F :F,i Hf '_ . , , .~ _t~' '-_ - E-107:!All '.'[ I ~f, C~ TA rr.P '-;E "'a z,;:L" f~'F '._' ': . I '_ . ~ -- I ; ~ -, .' :~ . "I , ", -t~c .- . - I . i C , j VECHERMAYA '~' nKVA, JA.';(!A0Y-DECC1T[,E:~ I':-t-2 QUDKOV, V.I. Yarm accidents and their prevention in sectors served by a local hospital [with summr7 in linglish, P.1601. VestArhir. 78 no.2: 99-103 IF 157. (MIRA 10:3) 1. 1z soonovskoy ucheatkovoy bollnitay Ckmskoy oblastl (glavnyy Yrach - I.P.Gudkov. nauchnyy r0mvolitell - professor A.I.Nonnylov) (AGRICUICURN accid. Inj.. prey. & regional hosp,polley in Russia (Ims)) (WOMS AND XMRIBS farm Inj.. prey. & regional hoop. policy in Russia (Ras)) (AGCIDZM farm scold* Inj., prey. & regional hoop. policy In Russia (Rum)) MAKOKHA, N.S.;- GUDKOV, V.I. Case of late secondary hemorrhage in a patient with ruptare of the kidney. Urologils, 25 no.6:49-50 159. (MI?A 13:12) (KIDNEYS.-RMURE) (HEMATURIA) GU DKOV, V. I. Surgical treatment of closed injuries cf the inferior surface of the liver. Vest.khir. no.8;90-91 161. (MIR-A .15:3) 1. 1z Kalachinskoy rayonnoy bollnitsy (gle vrach - t-I.T. Siganov, nauchn. rulcovoditell - prof. A.I. Man lov) Onskoy oblesti. (LIVER-9-10UNDS AYD INJURIM GUDY,CV, V.M. Lesser cuckoo (Cuculus poliocephalus Lath.) in the Kurile Islands. Ornitologiia no.2:198 159. (MIRA 14:7) (Iturup Island-Cudkoos) G Ip KOV, V. M. Realtion in the distribution of sooplankUs. sea birds, and whalebone whales. Turdy Inst. okean. 58:298-,U3 162. (MM 15:12) (Bearing Sea-Whales) (Bearing Sos,-Water birds)(Bearing Sea-Zooplankton) '. :-!,I - , , , ~ f I - I ! i~ I I * 11 11 : ! , ; ; I : I GUDKOV, V.M. Characteristics of the pigmentation of sperm whales In the Far Eastern waters. Trudy Inst. okean. 71:207-222 163. (MIRA 16:11) RYZHOV, Petr Aleksandrovich. Prinimali uchastiye: BUYMBSER, V.A., kand. tekhn.nauk, dots.;.PqR~OV, YM., kand.tekhn.nauk, dots.; RUDAKCV, M.L.., doktor tekhn.nauk, prof.; SIMKO, V.G., inzh.; BYSTRIGIN, N.M., inzh.; TROFIMOV, A.A., prof., retsenzent; OGLOBLIN, D.N., prof., retsenzent; SLAVOROSOV, A.Kh., red.izd-va; BOLDYLREVA, Z.A., tekhn. red.; EPPEL', D.Ya., tekhn. red.; SHITOVA, A.S., tekhn. red. (Geometry of mineral deposits] Goometriia nedr. Izd.3., pe- rer. i dop. Moskva, Izd-vo "Nedra," 1964. 500 P. (MIRA 17:3) j:a I, d :'t~ (2 h ;r:, ,!echF;rnya,/-a l,zos",,,--, i"OSCOW 54 50: 2e4, 26 F,,!Ov 1':1;54 GUDKOV. V.M.. aspirant. - Taking into account samples differentiating high content of component. Nauch. trudy MGI 154. sharp17 by, their no.12:114-120 (MLRA 10:2) (Oros--Sawpltng and estimation) 1" 7' Ili. il IN-11A * I ; I I . 1 -, GUDKOV, V.M., kand.tekhn.nauk-, KHMETS, O.S., gornyy inzh. Reliability of quality graphs plotted on the basis of sampling development openings. Nauch. trudy MGI no.18:167-181 157. (MIRA 11:9) (Ores-Sampling and estimation) V RYZHOV, Petr Alektandrovich, prof., doktor tekhn.nauk; BUKRINSKIT, Viktor Aleksandrovich, dotnent, kand.tekhn.nauk; frUDM7,7aleii-t~q_ -Mikharltml-ch-, kand.tekhn.nauk; UOTOV. Gavrill Alekseyevich, dotsent. kand.tekhn.nauk; LYUBMIO, Israill Borisovich. asslatent-, RUDAKOV. Mikhail Lazarevich. prof.. doktor: PIKULIN. A.P.. kand. tekhn.nauk, retnenzent; BUTKY-VICIT, T.V.. rind.; PARTSUSKIT. V.N., red.izd-va; BIKKIR. O.G., tokhn.red.. [Mine surv(qyiuGj Markah"iderskoe delo. Pod nauchnoi red. P.A. Ryzhova. Moskva, Goo. nauchno-tekhnAzd-vo lit-ry po cherml i tovetnot metallurgii 1958. 463 p. (MIRA 12.:l) Nine surveying) -I J1 AUTHORS: Gudkov, V. M., Candidate of Technical Sciences 1je!yayeV, ff-r. ,Candidate of Technical Sciences TITLE: Determining the Lack of Alignment in Lhe Teatini, of Kor on till Displacement of Poundations Of &Lter Power Structure-. (Opredeleniye otkloneniy tochek ot stvora pri izticheriii gorizontallnykh smealicheniy o3novaniy jid,,:otek1rAchez5kikh sooruzheniy) PERIODICAL: Izvestiya vysuhikh uchebnykh zavedeniy. fotos"yemka, 1956, Nr 1, P-P 315-40 (USSR) ABSTRACT: In recent years a great number of water power structures have been built on soft ground. One of the best mwtho,ls for testing the stability of the indivi(Itual parts oC the tures in the horizontal plane is the study of horizontal displacement by means of rangre obs,~x-vaticns. The imethod of such observations was sut-,-7ested by the 'Moskovskiy inati-cut inzhenerov jreodezii, aerofottor,*,yenki i I-,,..rtor-rafii (1~1,TIGA:1K) ('Moscow Engineering Institute of Geodesy, Aerophotography and Cartography). For stability in the structurcSof Card 1 /3 hyciro-electric power atations a line Jo iioed,. Thiii !j 22 Determining the Lack of Alignment in tile Testint-~, of D,sp of Foundations of Water Power Structures lineconsists of' a series of fixed range points. The i~nd pc"..nts of the ranr ,,e line serve as b~aaes and are in--luded In 'lip triang ,ulation net. The ran,-,e line i~j checked at rez:uItio, intervals. The main task iz3 to deteruine tile of range points in a direction ncrmaI, to the ran-,-E! There are such ranges in tile Tsilrl;y7j.11010-17 Etna , - M I " ti o f hydroelectric pover systutv D-Ay wero t-ted with jt~i on special design. Yhe atationa were worked ol.it Ln the MIIGA-~K under the direction of M, S. llurav'ye-.. :... S Murav~yev de- veloped a method of range observation b *,r means rf moveable stations., This method was applier! in ~he construot-Aion 7,f the Tsymlyansk hydro-electric, powar attt'j.on. he autl,,,or a system of range-observatiors acc,~:-rdiriC to two survey of half a range and survey of a quarter of a iange. At the same time the shortcomin-s of this T:iP_ThcA are dis.- cussed. For the same purpose, Profesaor A.. 1. Durnev ,roposed the method of eyepiece micrometry, But this ~:iicro!lletpr 'Oo, has its shortcomings. Therefore, in order to reduce the sl-:oi)e of out-door work and Card 2/3 to simplify range observations., another method of ran-9 measuxe- SO/ 1 ol f') Detei-mining the Lack of Alignment in the Testin,,~ of fforizontLl Disulacernent of Foundations of Water Power Structures ments was recommended. This method can be a pplied to ranieq with MIIGAiK-type marks and sighting oigns. Accordinc7 t:) this method the measuring procedure comprises tile consecutive ,1e i~ark (rangp determination of the deviation of every sinF point) from the ranae between two neighboring, Pointa. Thio method permits the determination of tile deviation of the points from the range even if there are obstacles in the line from A to B. As sights are taken on shorter distances this method requires a shorter time of ou~V-door observation's than the method of moveable marks. The scope of calculations how- ever is larger in this method. There are zi figures and 1 ref.. erence, 1 of which is Soviet. ASSOCIATION; Moskovskiy gornyy institut (moscow in3tit-ate) Card 3/3 0 (D AUTHOR: TITLEs Gudkov, V.M. 22593 3/044/60/000/010/017/021 C111/C333 On the applicability of the formulas of mathematical statistics to the estimation of the results of prospecting PERIODICALs Referativnyy zhurnal, Matematika, no. 10, 1960, 141, abstract 11945-(Nauchn.tr.Mook.gorn.in-ta,1959,sb.25v 3-30) TEXTs The author considers questions of the application of mathe- matical statistical methods (theory of errors) for determining the distribution of the metal content in ore deposits. On the basis of the treatment of experimental data it is concluded that the ore deposits often represent different statistical sets in the statistical sense. A formula for the estimation of the medium metal content is derivedl the formula considers the physical specialities and the distribution of single metals in different ore deposits. For the estimation of the errors, arising by the finiteness of the number of prospecting samples it is assumed that the probability distribution of the medium sampling values is approximately normlo which deteriorates the exactness of the estimations, especially for small samples. Note of the reviewers The formula (1) on page 8 contains an errors Card 1/2 22 On the applicability of the ... S1044160100010Q~ 17/021 e-& must stand instead of e-x, C111/C333 EAbstracter's notet Complete translation -1 Card 2/2 GUDKOV, V.M., dots.; BELYAYEV, B.I&, kand.tekhn.nauk Placing of mine plumbs during orientation through one vertical abaft with calcuUtion of the effect of an air current. Izv.vys. ucheb.zav.; gor.ihur. no.2:57-60 160. (MIRA 14:5) 1. Mookovskiy gornyy inatitut. (Mining engineering) dotsent RYZROV,, P. A., prof.~_GUDKOV V. M. Some features of the disirltutian of motalg In or@ depoolts. Izv. Y". ucheb. 3&v.; gor. x1mr. no.10:74-77 161. (KMA 15:10) 1. Mookovakiy gorrqy institut imeni I. V. Stalina. Rokowndovana kafedray marksheyderskaRo d93A. (Ore deposits) BOXHCH-NOMPANUETS, T. I., inzh.; GMOV, V. M., inxh.1 DITMVSEYp V. B., inzh. Effect of sow factors on lhe'stability of untouched blocks of ore. Izv. vys. ucheb. mr.1 gor. zhur. no.10978-4 161. (MIRA 15:10) 1. Mookbvskiy gonVy inotitut Imeni I. V. Stalina. Rokmendovana kALfedroy warkshWerskogo delA, (Mining engineering) GUDKOV, V.M. Accuracy of contouring lenses and thinning layers in prospecting for oil and gas fields, Trudy VNII no.36:74-79 162. (MIRA 15:11) (Gan, Natural--Geology) (Petroleum geology) GUDKOV,,V..M., Inzh.-tekhnolog Efficient method for checking the oil system of type M753 diesel locomotive. Elek. i tepl.tiaga no.8s24 Ag 163. (MIRA 160) 1. Depo Tashkent. (Diesel locomotives-Fuel systems) NAUMDV, I.V.. kandidat tekhnicheakikh nauk+.QWAQ"4,j".inzbener. I Nxzu L10tweight pairs of wheels for higher speeds. Vast. TSNII MPS 15 no.4:32-34 D 156. (MLRA 10:2) (Car wheels) YINOGRADOV, Georgiy Petrovich; ich; NAUMOV, Ivan AA ich' Tarfolomayevich. BISBICENADZIZI., V.S., 41TWaNNHIMR-icheskikh nauk, redaktor. (ftyestigatIon of the strength of parts for railroad car vbo~16] Iseledovants prochnosti slementov vagonnykh kolesnykh par. Moskva, 1957. 74 P. (Moskri. Tmesolusnyl nawhao-Issledovatallskii Institut sholesnodoroshnogo transporter. Tr~ no-132). (KUU 100) 1. Dirsk-tor fteespusnogo nauchno-Isolsiovatel'skogo instituta shelesnodoroshaego transporta (for Ivanow). (car axles) NAUMOV, I.V., kand.takhn.Dauk; GUDKOV, V.N., Inzh. Ways to reduce the weight of railroad car whoals. Vest.TSNII MPS 18 no.6:16-19 S 159. (MIRA 13:2) (Car wheels) OUDKOV,V.P. Growing grapes and strawberries in greenhouses. Biul.Glnv.bot.s&ds. no.21:90-94 155. (MIRA 8:12) 1. Glavnvy botanieheskiy sad Akademll nauk SSBR. (Grapes) (Strawberries) GUDKOV, V.P., agronom Adler. ,- "'U*Ur luminescent lamps In greenhouses. Priroda 45 no.5:91-92 Ny 156. (an 9: 8) (Black Sea rogion-Greenhouses) (Plants, Iffect of light on) -pFu Will :�S* ~-l 4'0 u TRANSIENT PROCE DI FFERENTIAL,.GEAIISI ~Giwkng,- ektrichestim,:M76 E l ho kinamatib c Ps of: 13 tdo H", ,-. , t . . ,ONO fkv ,-,-GUDKOV 9 V. P. Greenhouse culture of the cocoa tree in the subtropics. Izv. AN SSSR. Ser.. biol. no. 4:562-573 JIL-Ag 160. (MIRA 13:6) 1, Opornyy punkt Glavnogo botwdcheskogo sada AkALdomij nauk =Rq g.G&gTa. (GAGRA REGION-COCOAA~ (GREENHOUSE PLANTS) F GUDKOVP Ya. Grain table. Kolkh. proiz. 12, No 6, 1952. 1. C.IT.F011, Ya.M- 2. USSR (6,00.) 4. Agricultural tfachinery 7. Sortim, of seeds, sel. j sem. 20 no. 5, 1953. 9. Monthly List of Russian Accessions. Library of Congress, AMIL 1953. Unclassified. GUDKOV, Ya.N. Role of inventors and efficiency promoters in developing the agricultural machinery industry. Sellkhozmashina no.11:8-9 N 157. (MIRA 10:12) 1. Vaesoyusnyy nauahno-iseledovatellskiy institut sel'skokhozyaystvennogo mashinostroyentya. (Agricultural machinery industry) GUDKOV, U.N. High-duty friction flaxseed-cleaning machines. Blul.takh.-skon.inform. no.7:62--64 158. (Flaxseed) (Seeds-Cleaning) NIRA 11:9) GUDKOV, Ya.11. " . The LOS-0,8 modernized flaxseed-cleaning machine. Blul.tekh.-ekon. 11:9) inform. no.7:64-65 '58. (Flaxseed) (Seeds--Cleaning) (MIRA 3AY,jjAkj)ll', prof.; 7, - -J. - ki., , f j . t j J ~ .1 (,; r . z:; i i; k, ; i (1, iI '.' . " - x FUDII.IIIA, Current status of the theory of bacterial allergy. Arkh. pat. nri.l: 3-12 164. (MIRA 17- 11) 1. Iz allergiclieskoy laboratorii Natichno-issledovatellskogo insti- 13 F S tuta ukha, gorla i nosa Ministerstva 74ravooldiraneniya 11), 3P,. GUDKOV, Yu.Am, inzh. "Gantry cransaft by N.I. Erofeev. R6v-lewed by B.A. Gudlcov. Makh. i avtom. proizv. 17 no.5-356 My 163. (MIRA 16W (Cranes, derricks, etc.) (grofeev, N.I.) -'. :I T. .., ~11 ~V' 1 1! 11 ,I II I I GUDKOV. Yu.Te. Use of isolation transforwre for the protection of networks, Zlek.i tepl.ti4aga. 4 no.6:20-21 Je 16o. (HIRA 13:8) 1. Machallutir tyagowcy podstantall Marianovka, Omskoy dorogi. (Electric transformerm) (Blectric substations) k 0o A Oi )D if Q ~j 14 1$ 16 11 to IF R'N Fig a V D Ir 0 U 6 11 W M a) 41 1) 4) 41 k I a iz 6 1,) -0 0 Critical AsW *6 49 dw Use" at tbP -COMboolift W reef in 1110 MO 4WO Pbeaft" V. M _~L_Mdvalkm% Itstt"11C. T....r.F., 1940. 16 p Di2ei- SlyVenso (Dirigel Manufarturo). Y. 9. no. 7. 1940, p. I)Iscusaea dovelopment of above theory and Ichve facture which tend to refute It. Includes an analy- sis and refutation of a conteaspory theory of the pr%k-v4s tof "Clienvous combustion In the vapor surmun line Ill. 11.fuvi droplets in dimN. A 0 t A fT.LLUS-rICAL 111ERATURE CLASSIVICA7100 ;%V (I (f it N K a of it K it tt it 41 MW n I 0 0 * 000 0 0000 000 0 0 0 0 0000 so CZ st- Ct 4 fw o-' 4 d i or a j a a J a a 0 goo** 0 0 0 0 & * 00000 Aso as* Cos goo 004 400 moo see lies see GUDKOVA. Inadequacies of the calculation in tho canning industry. Mias. Ind.SSSR 30 n0.2:34-35 '59. (HIRk 13:4) 1. Orskiy %wasokonservnVy kombinat. (Canning Industry--Costs) A 180) MIA33 I SOCK nPlAITATICS SOV/3355 nauk 333R. InstLtut astallurgLI. Nauchnry 4qvor pa problem* aharoprothrlykh.splavov jSSIsdov"Iya pa zhoraprachriyu oplavan. t. IT (3tudlom *a Uat-rt- mistant Alloys, Val. 4). Moscow, Izd-vo As SSSR' 1959. 400 P. great& slip Inserted. 2,200 copies primed. A. P. GuxoveL-. : 94, of Publishing ROU8*1 V. A. Ulwv; Tech. Md V ; gdltarl&IJM&rds 1. P. Bardin, kcadowlelAn . . . lurdru = ; at V. Agayovj Corresponding ftubtr, =R At A"desician; W. ad m 1. A. Odl.g. r. M. Favlovo and 1. P. Zudln. Candidate of Technical Sciences, MM11 This book If intended ear owtallurglats concerned with the structural metallurgy Of 4IIOrV- Ilection of spociall.204 studios of various co COVMCXs This is grable" in the ru tural metallurgy of boAt-realAtAnt alloys. :t c com, are concerned VIth theoretical principles. so=* with dea- crIptions of n#m oQuIpment And methods, *there with PrOPOrtleb nd"I Occurring under arm studied and rOPOrted on, par details, Tab, of Contents. The articles are accamOx!4_2 by a num- ba t n _3o, "t a-nd-non-Soviet. studies (Cont.) 3355 Investigation Of the DLffu$lon of Caboat atd Iro" Along ~tbe Grain Boundaries 152 htsyn. A_ Z_kft*vlt.k,,, "T T gishki . at n. and Strain on ZP* DIf- fusion Process 158 SNLDT&yev A To D1fru5I*O ChsrsctQrlstlca and Rest to si ht Cae o 1 m x1 l ne t co g p Allay, 165 ArtilmrQW-W.-S"-sr n and A. 'he --wroct of Small mixtures an the Cosof.-cl*nt of D_-f- ruX .'n In rolyer7stalline materials 170 Y*" and I- F' concerning chances in the srfect of Various Admixtures jL-. 0*rrarem Stages or Aging of Alloys 176 Internal ftiction of Pura JRat&I' and Alloys Card 6/12 1-4 cal Products and Their USSR/Chemical Technology - Chem' Application. Pesticides- Mlimiya, No 1, 1958, 2314 Kos Jour Ref Zhur p.V., Bogdarina, k.A-) (;Udkova) A AuthOr Sazonovp otection, Inst All_yjnion Institute of Plant Pr Solutions of DDT and HCCH* Title Biological Activity of Aqueous orig Pub Tr. Vses- in-ta 7A5hchity rast-1) 1956, No 7, 128-132 the solubility in vaterOf technical exane) and of the biological-ac- Abstract A study vas made of Dj)T and hexachlOTO-cyclo"Itions of thefe preparations tivity of the aqueous so" 1 10-40; kinetics Of Solubility of DDT is less thar Lity in %, dura- solubility Of HCCH at 200 (listing solubE ; 4 10-f, 4; in hours): 2.8 - iTr-I 2 2.5 - tion of stirring 9.3 . lo-1, 8; 1.52 - lCr3, 12; of 7.6 lo-q, 6; .3 36. HCCH at a concentration lCr-3 24; 3 - 18 - 1c" Card 1/2 NESMEYANOV, A.N.; REUTOV, 0.A4_GUDX0VA,_Lq,,_ Some reactions of methyl 0,0'--ldichlorovinyl ketone. Izv. AN SSSR, Otd. khim. nauk no.2:260-264 F 161. (MIRA 14:2) 1, Moskovskiy gosudarotvennyy universitet im. M.Voloomonosovag (Ketone) CHIKIIACHEVA, YU.N., GUDKOVA. A.$. Organophosphorus insecticides of intra-plant action as a means of protecting the young growth of grain crops from posts. Kbimiya i Primeneniye Foofororganichoskikh Sqyvdimrdy (Chemistry am application of organophosphorus oonriounda) A. TE. ARTZOVt Ed. Plubl. by Kazar Affil. Acad. SOL USSR, Moscow 1962, 632 Pi). Collection of comolate oapers presented at the 1959 Kazan Gonforence an Chemistry of ;rganophosphorus Corwourads. REUTOV, O.A.; GUDKOVA. A.S.;_ ALEYNLIKOVA, M.Ya.; KIIA.'UTONOVA, M.L. Complexes of azines with copper semihalide. Izv.AII 333R.Otd. khim.nauk no.3:538-539 Mr 162. (MIRA 15:3) 1. Mookovskiy gosudarstvennyy universitet im. M.V.Lomonosova i Institut elemantoorganichaskikh soyedineniy AN 33SR. (Copper organic compounds) (Azines) GUDY,OVAI A.,S.j_.REUrOV, O.A.; ALEYNIKOVA, J4.Ya.; KHARITONOVA, M.L. Sytthesis of complexes of aldazines and ketazines with copper semihalide. Dokl. All SSSR 143 no.5:1098-1100 Ap 162 (;aRA 15:4) 1. Mookovskly gosudaratvennyi universitet im. M.Lomcnosova. 2. Chlen-korrespondent AN SSSR (for Routov). (Azines) (Copper halides) GUDKGVA,, A.S.; REUTOV, O.A. Interaction of hydrazones and azines with salts. Report No.3-- Interaction of hydrazones of aliphatic aldehydes and ketones with cupric salts. Izv.AN SSSR.Otd.khim.nauk no.7.-120-3-1208 il 162. (MMA 15-7) 1. Moskovskiy gosudarstvennyy universitet im. M.I&Lomonosova i Institut elementoorganicheakiklh soyedineniy AN SSSR. (Hydrazones) (Copper salts) !1! 1 11; q1: , ~ -I I -f. , , , GUDKOVA, A.S. Some reactions of metbyl- J9, J~-dichlorovinyl ketone. Report No.2: Reactions with sodium phenolate and thiophenolate. Izv.AN SSSR. Otd.khim.nauk no.7:1248-1254 JI 162. (IMU 15:7) 1. Institut elementoorganicheskUh soyedinez~ty AN SSSR. (Istone) (Phenoxides)' GUDKOVAJ, A.S.; REUTOV, O.A.; ALEYNIKOVA, M.Ya. Interaction of hydrazones and azines with metal salts. Report No.4: Interaction of aldehyde and ketone asines with bivalent copper salts. Izv.AN &WR.Otd.khim-nauk no.8:1382-1387 Ag 162. (K1RA 15 -.8) 1. Mookovskiy goeudarstvemW universitet im. M.V.Lomonosova i Institut elemantoorganiche ski kb soyedineniy AN SSSR. (Azi 0) (Copper salts) GWKOVAI A.S.; AUYNIKOVA, M.Ya.; JaIARITONOVA, M.L.; REUTOV, O.A. ---- --- -------- -.- -.... Complexes of azines and hydrazones with mercury halides. Izv. AN 333R.Otd.1thirnnauk no.8-.1496 Ag 062. (MIU 15:8) 1, Hookovskiy gosudarstverwyy universitet im. M.VoLomonosova i Institnt elementoorganicheakikh soyedineniy AN WSR. (Azines) (Bydrazones) (14reury halides) BUYAITOVA, N. Ye.; GUDKOVA, G.B.; KARI-41AUKHOT, A.P. Detemination of the specific area of sollds by the argan ther- ma3 desorption method. Kin. i kat. 6 no. 6tlC85-1091 N-D 965 (MIRA 101:1) 1. Institut kataliza Sibirskogo otdelentya AN SSSR. Subnitted June 7, lcJ65. id .,)rour Va 514- 54- SO: 37R! 284, 26 .1,4ov 1954 GUDKOVA, I. A. "Study of Accuracy of Linear and Angular Theodolite Heasurements". Nauch. tr. Moak. gorn. in-ta, No. 12, PP 81-91, 1954. Accuracy of theodolite operations carridd out a Near Moscow coal mines are studied. Horizontal angles were measured by TG-l and TG-3 theodolites and the instruments were adjusted on plumb lines. Analysis of 100 closed polygons resulted in finding the least square error in an- gular measurements to be �39.2". The use of plumb lines for adjustment was found inadequate, due to air motion. (RZhAstr,, No. 1, 1956) SO: Sum No 884, 9 Apr 1956 GUDKOVA, I.A., kand.takhn.nauk 2valuating the accurwy of direct length measurement for underground traverse lines* Nauch. trudy ?4GI no.18:183-205 '57. (mriu 11:9) (Mine survering) GUDKOVA, I.A., kand.tekhn.nauk First graduate geodetic engineers in the Albonfan People's Republic. Izv. vys. ucheb. sav.; geod. i aerof. no-5:153 160.(MIHA 13:12) (Albania-Surveying--Study and teaching) GUDKOVA, I.A., kand.tekhn.nauk Simplest solution for the problem of bordering on a plumb bob alignment by means of a connecting quadranglEl. Gor. zhur. no.12: 51 D 160. (MDA 13:12) 1. Moskovskiy gorny7 institut. (Mine surveying) KOCHETKUPi, N.K~- ~,P(')VTiN. A.Ya.; VASIUMS.KlY, Trtterpcne saccnins. Report No.161 Stru2zure of araloside C. Izv. AN Izv. AN -'-ar. khim. no.7:1.214-1222 165. (W RA 18 v 7) 1. Inatitut. kh--ml-i priradnykh sayed-Inordy AN SSSR. , . - I - 1: 1 P: :,~ 1!~ 1-- iq -11 11 i . 1 11 11 , 1i i " ! ~ I I I !; ~ - I GUDKOVA, K.-V.; TAGANOV, K.I.; SHLEPKOVA, Z.I. New possibilities for the spectral analysis of metals and alloys using a preliminary dosage by contact-spark discharge. Trudy po khim.i khim. tekh. no.lt26-30 163- (MIRA 17:12) 8/138/62-/000/004/007/008' A051/A126 9 "1 AUTHORS: Lukomskaya, A.I.; Gudkova, L.F.; Merezhannyy, S.D.; Orlovskly, P.N.; Reznikovskiy, M_.R.- TITLE: Measurements of the sliding of rubber mixes on metall under varicus conditions PERIODICAL; Kauchuk i rezina, no. 4, 1962, 21 - 25 TEXT: The Mooney type shifting vi5cosimeter with a bicanical rotor was used for studying the sliding phenomenon of rubber mixes on metal. The mathema- tical analysis for calculating the characteristics of sliding, introduced by Mooney, was applied, and the similarity of the two laws: viscose flow and ex- ternal sliding of rubbers and rubber mixes was taken into account. Thuso meth- ods for measuring the friction of rubber mixes against metal were developed: a) on a biconical shifting visco4imeter, working under stable conditions of a given rotational speed and pressure in the gAven tested material, using a smooth and a rough rotor; b) on a special device for determining the friction coefficient, working under non-stationary conditions of the given shifting load, sliding rate and rate of application of the normal load. The coiniaidence of the friction co- Card 1/2 S/138/62/000/004/007/0081 Measurements of the sliding of rubber mixes on .... A051/A126 efficients of rubber mixes, determined under various testing conditions, Is prov-, en. It Is shown that rubber mixes can also be characterized by the same elevatedt temperatures, at which adhering of the former to metal is greater than cohesion. In this case, a cohesion destruction of the tested materials is noted during testing and the resultsof the friction -test correspond qualitatively to data ob-,: tained when testing for adhesion and maximum flow in expansion. Obtained experl- mental data show the possibility for measuring the sliding of rubber mixes along metal under various conditions, and a connection between the condition Indices. A mathematical analysis is given. There are 4 figures and 3 tables. The refer- ence to the most recent English-language publication reads as follows., M, Moonw, International Rubber Conference, Washington, November 8 - 13, 1959. ASSOCIATION: Nauchno-issledovatel'skiy institut shinnoy promyshlennosti (Scien- tific Research Institute of the Tire Industry) Card 2/2 8/138/62/000/oog/Col/002 A051/A126 AUTHORS: Gu komsk;,ya, A.I., 1evnikovskiy, M.M. TITLE: Effect of testing-_cenditions on the extent of elastic recovery of rubber mixtures PERIODICAL: Kauchuk i rdzina, no. (), 1962, 17 - 21 If TEXT: Conditlons of deformation have an effect on the extent of elastic I-ecov6ry of material after deformaVon. A simple mechanical model of elastic- viscous material, representing spriiigs connected in series, was used to illus- trate this effect. The complete de,"ormation of shear Y was found to be: Y2 + j'3 ' M where Y2 is the elastic deformatioi and 'I the viscous deforriatinn. ~- dulus parameters G (of the spring) and `13' ~Voygt-element viscosit, ' -ere found to increase to the same degree, witfi art Licrease in the fill content. the viscosity of the medium, Increanes more sharply. The shea- Cension was cal- culated from formula: Card 1/3 S/138/62/000;/CO9/001/002 Effect of testing conditions on the extent of .... A051/AI26 % = GT2 d Y 2 d T3 (2) dt 3 dt where X 2 and 7 3 are the elastic and viscous deformations, respectively. Under compression and expansion, at a con.;tant volume during defcrfration, deformation 8 and tension 0 are determined by a relation similar to (2). The elastic de- formation YP is: + 3 X B (1 e 3G t) 12 = G (3) under conditions of a given rate of shear deformation dV /dt - B = const. reached on a shear plastomer, under non-stationary concUtions. When using the Williams-type plastomer under a given compressive load F, at standard duration of %compression and recovery and it above-mentioned changes of parameters G, rij and ~ 31 the elastic rt-covery depends little on the filler content. Using Mooney-type shear plastomers at a given rate of deformation, the elastic recov- ery drops with an increase in the filler content. Computed data on the nature Card 2/3 S/138/62/ooo/oog/ool/002 Effect of testing conditions on the extent of .... A051/A126 of elastic recovery changes, according Lo f.11ler content and depending on the testing conditions, were found to coincide with experimental findings from tests on plastomers of the Williams and Mo,)ney types. The data obtained also show the importance of the selected testing conditions for determining the plasto-elastic properties. There are 3 figures. ASSOCIATION: Nauchno-issledovatel'skJ.y institut shinnoy promyshlennosti (Scien---- tific Research InstituLe of the Tire Industr y Card 3/3 JTi I 1 1111 1 J! I J1 V -1 22a 2-65 EWT.(m)/BPr6) W~ J u ACCESSION NR., AP5602923 AUTHOR: Torjibr,-_, It. V Gudk&ik L. P.: TITLE:- Rota viscometer RV"2 ry 196f1 -SOURCE: Kau hi& L'i"i" ~o I C A 0 TOPICTAGS- rotary viscometer, viscombterA661 M 6 Ity J~ t, 11we'! rubber, polybutadienelrubber~ gu'imatenestyren6Lrubb6t,.nitwaI tubbeV ~ABSTRACT. A r6tary. _v"C'onieter operating A constant shear rit4 'Jias p~6~n deve ope;.. 0 t Permit evaluation of rheological polymer proper 6t it- it s6lecteA 6gr~d ttUdtUto deterioration d tid atil' )n ok ~j6sti6jiiid relaxa~ttp an Steftdy State floW, indepe e oterminati( n. saneters , and higher theoretical a6 acy of wcperimentO re 16its. t~~: a par cur pparatud, as 0 v shomm in Fig. I of the Enclosure consists basically. f the i6c6ift6tric; Oit, dynamn~metk device, th umatic Pres., drive, and 4,11quid!thbrmbstat;~ !'me; BySttUn WithL Pne re ording casing 2 Is vable relatimto the rotor in the a~dal dirbotim, 6nitUjig'vmrlfttio~L~f Jbttny 61jin 6r . ... .. .... operating length of the rotor and, automat inating errors:!due td frictional torsional effects. ~: The Measured viscous resistance IS shown not t6 be d6j)ehd6ii thisyAriab e under experimenw coadldofig~ TYPI01d.16garithinlio t1mie~stre6stp'lotoja1*0 sexkiC4 prea lybutadkme r6ber (Taktin 120 natural rubbei atid bttW on 13 anfl.rubber. 0) Card '77777T!~7 ~4 A. scientific research inaUtute) SUBMITTEM. 00 -ENCL.I.01--, CODE: OVi NO REPS lo~ OTHMI:, 002 . J.- '~- V; 3 ; C rd a V4~z62-65 ACCESSION NR- "5002923 Ex LOS . .. . . .... n , ' : Pit. 1. Basic o cimm o of tho Rv. le Insert-, 4 gulde nut; 5, '.9116M 6,-I d Inlet I lo". exbhangeabll 9 - outlot 11118; 10 -tlletrn oillsida Ling bushtng; 11 -- r% 'cillbriUn5 dtmam6mat It, 1 b mj6 springs-, 13 - stipporE 14 membrnn(~- gdc'~roso-, 1,5' - I Tr It rt jolnt~, 17 - platono c rd . o . .. I I It I - I I ! I I I I - ! I i I I TORNER., R.V.; GUDKOVA, L.F. Temperature-time superposition of flow curves as a method for expanding the experimental possibilities in testing the rheological properties of rubber and rubber compounds. Kauch, i rez. 24 no.30:37-39 165. (MIEU 18 - 10) 1. Nauchno-issledovatellskiy inatitut shinnoy promysILIennosti. TORNER, R.V.; SUTIN, R.Ya.; GUDKOVAJ L.F. Method of determining the capacity of extrudrorD operating under near isometric conditions. Kauch. i rez. 24 i)o,11:22-25 165. (MIRA 19: 1) 1. Nauchno-issledovatellskiy institut shinnoy promyshlennosti i Nauchno-issledovatellskiy konsti-uktorsko-tekhnologiclies'A-iy Inst'l- ttit shinnoy promyshlennosti, Omsk. 7 2 /j." ACC NR, AP602470K- SOURCE COMi U,,'10-37L~[6-(~1060-100flOlf6idi~U AUT'ial: Tornor, R. V.; Gudlcova, L. F. ~75 4"_ C.-.!;,: Scientific Research Institute of the Tire Industry, Moscow (Nauchno-isslodo- vatallskiy institut shinnoy pror-Vsaim-i&9fi) TIM,,: Volumotric rate of flow in a flat convergent forood st.rnam of incolaprossibla fluid with anonalous viscosity SOMICS: 1,11oldianilca polimerov, no. 1, 1966, u6-122 TOPIC TAGS: fluid flow, fluid viscosity, incompressible fluid, forced flow, flow rato, rheologic property, rubber ABS-11,%CT: The authors considor,plano convergent flow of an incompressible fluid with anorialous viscosity whose rhoological properties are described by a power law. A re- C'uction'in the useful cross section of tho stream causes a back pressure which result, in a countorflow et, the input section in the region of the stream adjacent to a sta- tionary walle Dj analoLcZr with plan-parallel flow of a fluid with anoinlous viscosity an equation is derived for calculating the vol:umatric rate of flow through a unit lo width of the flat confluent stream. Results of a test on the/%~-Lruston of �. ri~b con, pound on a natural rubber base with a conical-coro oxtrudor woro in good agroomont with thoorys The experimental part of the work was carried out by R. Ya. Sutin. Orige arto hass 4 figures. 18 formulas, and 1 tables LJPIIS:. 35,8 SUB COD~-;-: 20, 31 / SUBH DATZ: 24May65 / ORIG ROF: 005 / 0111 ROF: 001 r-rel I /I fP- UDC.: 698:4.1-91-.8.532-555 fz 66- EWT(*)/ PQ) 37 6 -P ACCE SION MR., AP501282 ok/036 Alit i~*T-,~ AUTHOM.; 1 00' 'De j F.1 T"t. np :TIT Structure X ange, W. b0ed, ~oh loridie'fiJ(IC N SOURCE: I S kikh k 1' 94,i-4 6t AN,KazSSR., I ya.. Z.N zve dhes nau :no 4 ;.~*V-;. fl; -, 44V In. e , e TOPIC TAGS- ion xchangw membranes. pq yvinyb%lor e r ~~BSTRACT.~ The -art t e-. repo s::some. pre: ianmy.- r ,:I,,, vs a !of i 6 :!of ithe ct", tal?~' linity of I'Ankalit-- K-51' . ion exchange.' metabr, -an; e, s, :,'ar, ichap ;eia, Xyt tbwc~~ ate . - ducts d :hests. k Wts 76 ii ihai~ ivitnt, ~ a, tisled A -linity of intezim pro utjPgLsyn.A wa or 6~: initial x-ray structural analysis. Debye powder -pattorn oof ~6! viny.Ichloride film, of -the film after the pbl ~Izat!6 rb rene,Jand the sulfonated zdr-~dried a rv~ I! :Contrary~to.e ation exchafige~meimbr~n6:in;the HT i1o PeCtations , an -increase in cr7staliiiiitv: w-iS 66se~,ved' rrlg~,naition. oi ithe h6: 4 i-. initial film with styrene. and L itS: subsequent con46isic6 in~to'; _j po yjastyxene of benzoyl peroxide.: "4 presence 'When'the pc ifona:toa ifi: rthe presen, h cq o' t J' J s El ish 4: dataly f(A its CrYsta n nere e ..crys~talifnit-ribf 92S04) as is 0 rane-may be due_~eit er to- the- intibidududh i of( A~,, idi6 Ij h J Ai Ca rd 1/2 q t;6 Iffla TO off I 'M H 019111V rZIRAMMINUIRSMEW vi i ij 537 6-65 A CCE.SSION N R: :.'WS012829 A, ij 'n ring whi6 ocuPle 4. 0 hab t or,-. ortho catal Y'St 11, t Para Us _8 Oki ru~ one amorVhou - s 'the sea of 0 er, ces of a ane:t f thli; cry ta ts ne Ori ~h . -Tii~ -tw -ph 0 Sit ASSM 1A1 tabj~ 1 one S A YBMITTED. Mtln64. P; 4:,,` EN CL, NO'. REFILL 80V, - -Z: o; r,. 005 WM-e, CODE.-.t OTRr b 14, i..i 5t r7 it J c ard 2/2 7i ACC N R; AR6031858 SOURCE CODE: tJR/0058/661000/006/VO491VO49 AUTHOR!' Gudkova, L Degtyarev, S. F.; Kukhtevich, V. 1,; Zolotukhin"s V. G. TITLE- Scattered-neutronAteld at the interface of earth and water with air SOURCE: Ref. zh. Fiztka, Abs. 6V405 RE F SOURCE: Byul Inform. tsentra po yadern. dannym, vyp. 2, 1965, 346-382 TOPIC TAGS: scattered neutron field, earth air boundary, water air boundary, neutron flux, neutron dose rate, spatial variable, initial neutron energy ABSTRACT: The basic characteristics of the scattered- neutrons field at the ,interface of earth and water with air have been investigated by both calculation and experimental methods. The dependence of flux and dose rate on spatial variables and on initial neutron energy was studied. A modification of the Monte- Carlo method, known an the method of the local calculation of the flux, was used for computation, and it was assumed that earth to a mixture of dry sand M2 with a density of 1. 7 g1cm3 and contains 10 wt % water. The case of water was Cmd 112 _L 04223-67 -Acc NR, -'-AR6031858 .... ...... investigated separately. In the method of calculation consideration was given to all the known interaction processes between neutrons and the nuclei of the sub- stance in the energy range of I ev-10 Mev. The results are presented tn numerous graphs and tables. ITranslation of abstract] SUB CODE: 18, 20/ !Card ROZE!7FELOD, L.F.;,_GUDKOVA, M.K. Field device for determining therml characteristics fo frozen soil and the snow cover. Sbor.trud.po agron. fiz. no.5:126-133 152. 4 (MIRA 11:7) (Soil temperature--Measurement) (Frozen ground)