SCIENTIFIC ABSTRACT ZHUBANOV, B.A. - ZHUCHENKO, V.A.

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December 31, 1967
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SCIENTIFIC ABSTRACT
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On, Some Phosphorus-Containing Polyaraides srVA62-58-6-26/37 with the lengthening of the carbon chain of diamine from tetramethylene to decamethylene diataine softening-temperatures are reduced. At the same time, fluctuation becomes weaker. There are 2 tables and 6 references, 4 of which are Soviet. ASSOCIATION: Institut elementoorganichenkikh soyt)dineniy Akadenii nauk SSSR (Institute of Elemental-organJaCompounde AS USSR) SUBMITTED: January 27P 1958 1. AmAides--Chemical properties 2. Phosphorus-Chemical effects 3. Condensation reactions VIIJOGRAMVA, S.V.; KORSMK, V.V,.; VOLESITZKOV, G.S.; ZHUBAIiOV_p Bskt Haterochain polyesters, Fart 17: Polyesters of phoOhOz7latOd dicarboxyllo acids. Vysokom. soed. I no.3:357-361 ~(r 159. (MIRA IWO I.Institut.olementoorganicheakikh soyediteniy AN SSSR. Oeaters) MIMN MUM. I .5 (3) WTHORS: Rafikov, S.R., Suvorov, B. V., BOV/20-126-6-39/67 b AMQY ~_ B 0 A. , KhmuraM q Prokoflyeva, M. V. TITLE: Synthesis of Nicotinic Acid and Its Amides by Way of Nicotino- -nitrile (Bintez nikotinovoy kisloty i y9ye amida cherez nikotinonitril) PERIODICAL: Doklady Akademii, nauk SSSRp 1959p Vol 126, Nr 6,,pp 1206 -1288 (USSR) ABSTRACT; In spite of an increasing demand. of the substances mentioned in the title (Ref 1 2) the methods of production applied, give ;, ; only low yields ( f 3-5). The authors produced these two sub-, stances by saponification of.nicotinic acid nitrile which is formed in high yields in an oxidative ammonolysis of the P-pio- oline on vanadium catalysts (Refs 6,7). p-picoline was isolated from the corresponding industrially produced fraction. The men- tioned ammonolysis was carried out in a continuous flow appara- tus. Granulated tin-vanadate served as catalyst, air was used as oxidizer. Ammonia was introduced into the reaction zone in the form of a 20% aqueous solutions The duTation of contact was. Card 1/3 0.2 0.6 sec. Nicotino nitrile and the P-picoline which was Synthesis of Nicotinic Acid and Itv Amides by Way BOT120-126-6-3916 T of Hicotino-nitrile not reacted were extracted by sulphuric other, the extract was dried over roasted sodium sulphate and fractionated. In the saponification by means of water ander pressure.(with some drops of water - ammonia) nicotinic acid amide (melting point 129-1300) and nicotinic acid (232-2340) were formed. Their yield depends on the reaction conditions of saponification By chang- ing these conditions either the acid or the amide ma; be obtain- ed with quantitative yields. The duration of contact is without importance in the temperature range investigated for the P-pic- oline ammonolysis. Figure 1 shows that if the reaction tempera- ture is inareased from 310 to 3700 the nicotino-nitrile yield is increased. A further temperature increase up to 4000.reduces this yield. In this connection the C02 formation increases rap- idly. It may therefore be assumed that at temperatures ~3700 reactions of an intensive oxidation take place besides the oxi- .dative ammonolysis of P-picoline. Since the maximum yield of nicotino-nitrile (6% of the theoretically computed yield) and the minimum CO2 formation were attained in the case of a 20- Card 2/3 foldammonia excess the processes of intensive oxidation are Synthesis'of Nicotinic Acid and Its Amides by Way' SOV/20,-126-6-39/67 of Nicotino-nitrile suppressed by amaonia. Thusp the mentioned ammonoly roduces high yields (over 65~).of niootinic acid or nicotiMisidpe (over 607G) with respect to the initial product. Oxidizers which are shortage goods are not used.St~ndard. apparatus is necessary. There are I figure and 9 referenceav 6 of which are Soviet. ASSOCIATION: Institut khimicheakikh nauk Akdemii nauk Kaz33H (Institute of Chemical Sciences of the Academy of Sciences of the KazakhSSR) PRESENTED: October 20, 1958, by M. M. Shemyakinp Leademician SUBMITiED'i October 23, 1956 MUFf ACC NR, AP6032913---- -"-SOURCE-'CODE-.;-UIC/0360/661000/003/0101/0102 XJTIIOR: Rafikov, S. R.; Derevyanchenko, V. P.; Zhubanov, B. A. ORG: none TITLE: Synthesis of polyimides from the adduct of maleric anhydride with berye-ne acid and various diamines SOURCE; AN KazSSR. Izvestiya. Seriya khimicheakaya, no, 3, 1966, 101-102 TOPIC TAGS; polyimido acid, polyimide, heat resistant polymerd,,A.&,tA~~f4l1k,, ABSTRACT: ae authors have synthesized aromatic and aliphatic-aromatic polyimides having the groups < CH C_ I CH where Rn Card 2 uDc: 541.6:542.91 - - - - - - - - - - - - - - - - - - - - - ACC NR; AP6032913 in the)backbote. The polymers.were prepared from 3,6-endoethylene-9-bicyclo-(2,4)- octane-1,2,4,5 tetracarboxylic,anhydride and various diamines in N,N-dimethylformami 'The polyimides, were prepared in two steps: 1) formation of a dimethylf ormamid-~~- J soluble poly(amido acid); and 2) conversion of the acid to a poly*ide~ by gradual .1 heating to 30W. The- ijdiiiesiz _p'ofymifs-a`re -I:!jh6:y_e11O-w_ iiL~olubii- in the common organic solvents. They fuse at 450-500C, and decompose at higher temper- atures. The poly(timido-acids) form rigid transparent film from solutions. SUB CODE: 11, 07/ SUBM DATE: 06May66/ OTH REF: 002/ Cord 2/2 ZHUBANOV, B,A:; RAFIKOVt S.R,j PAVLFTENKO, L.V,; MOSHKEVIU, S.A.; AKIMVA, Bel# syntheois of polymerno Report No.15s Synthenin of reilyam-ides based on m- and p-xylylonediamines, adipic, usbacic, und loophtha.11c acidd, Tru,dy Inst. khim. nauk MI Kazakh. SSR llo-36-4.1 164. (MIRA 17:.U) ZHUBANOV, B.A.; DEREVYANCRENKO, V.P.1 RAFIKOV, S.R. Synthesis of polymers. Report No.16,. 14-vilylenediamine polyconden- sation with phthalic acid. Trudy Inst. kh.lm. nauk AN Kazakh. SSR Ili 42-47 .'64. (MIRA 17M) I 11---~-.--,-.-----~.~-.---.,-~~--.-------,--,...--.-,.~-~",.- ......... .. -- -.... . .. - - - -- - - - - - -- 7 I I ZHUBANOV) B.A.; SADCHIKOV, I.Ya. . ti~~ Apparatus for the differential thermal analysis of polymers. Trudy I Inst. khim, nauk AN Kazakh. SSR 11:161-163 164. (MJRA 17:1-1) SUVOROVI B.V.; RAFIKGV~ S.R.,-.Z Noyp,_B.A.; KOS'MOMIN~ A.S.; KUDINO'VAr V.S-; LH M KAGARLITSKIY,-A.D.; XHMRA, M.I. ~Catalytia synthesis of the dinitrile of terephthalic acid. Zhur. prlkl, khim, 36 no.8tl837-1847 Ag 163. (MIRA 16:32) S/190/62/004/003/014/023 B11O/B144 AUTHORS: Rafikov, S. R., ~DtkLanov, B. A. G1U--1ari;"11Ay0va, X. Z., Favlitenko, L. TITLE: Studies in the field of polymer uynthesis !V, Synthesis of nixed polyamides on the basis of xylylone diaminels, hexamethylene diamines and adipic acid PEPIODICAL., Vysokomolokulyarnyye soyedineniya, v. 4, no. 3, 1962, 414-418 TEXT; The authors studied mixed polyamides which arise when a mixture of p- and -n-xylylene diamines M and/or hexamethylene diamines (11) is made to react with adipic acid (III). The thermal resiativity of mixed polyamides is assumed to be increased by the introduction of aromatic rings into the aliphatic polyanide chain of 11 and I111 of corres'Oonding structure. The lawfulness in the change of the properties of mixed P_ and m-I polyamides should therefore be studied. They viere obtained by polycondensation of corresponding diamine salts mixed with III. The molar ratios of diamines were: 95:5, 80:20, 65:35, 50:50, 35:65, 20:80, and 5:95. The melting points of salts obtained from aqueous-alcoholic Card 1/3 S/1 go/'62/004/003/014/0 23 Studies in the field of... B110/B144 solutions'*iN,ere p-I + III =2330c, m-I + III = 1670C, H + M - 193 aG. Polycondensation was conducted in an N 2 stream all a temperature below 12700C but higher than the melting point. The thermomechanical curvas were found -with an apparatus by B. L. Tsetlin et al (Zavodsk. labor., 22, 352, 19506), the melting points were dctermined according to P. J. Flox:y--, and the intrinsic viscosities in cresol or highly concentrated H 2so4 vvere also determined. All mixed I and III polyamides are hard, stable, hornlike, and insoluble in the usual solvents. Their melts yield semitransparent fibers which can be cold drawn by 300-400 %. LleltinC points and flow temperatures of m-I + III, p-I + II!, and p-I + II + III polyammid-as increase continuously with the wamount of I residue. This suf-ests isomorphous substitution of I residues in the c.rystalline ret-51on. The distinct minimum of the softening point - composition curve for m-I + III : p-I + III = 40 : 60 and II + III : P-1 + 111 "30 : 70 is probably due to-a larger amount of amorphous polymer and copolymer. Different dependences on the composition of mixed m-1, II, anE 11I poly- amides are probabl due to: (1) g'reat difference in the linear dimensions of diamines and (2~ disturbance of axial symmetry of the macromolecule by Card 2/3 S/I 9Y62/004/001/01 4/023 Studies in the field of... B11O B144 the m-I nucleus. The intrinsic viscosity (0.5-1-3 d1/j-,) detoxmined in cresol and concentrated H 2 so4showed normal concentration dependence. A 1101yamide (molecular weight 11,800) which arose from m-I, 11, and III, ~diamine ratio 1:1) dissolved in ethylene chlorohydrin, another one which arose from p-1, m-I, and III (diamine ratio 1:4) dissolved in a mixture of 60 % ethylene chlorohydrine and 40 ~ CH 2CICOOR. There are 4 fiEures, 1 table, and 7 references: 4 Soviet and 3 non-Soviet. The most important reference to the En6lish-language publication reads as follows: R. D. Evans, H. R. Mighton, P. J. Flory, J. Amer. Chom. Soo., 12, 2018, .1950. ASSOCIATION: Institut khimi cheskikh nauk AN KazSSR (Institute of Chemical Sciences AS Kazakhakaya SSR) SUBMITTED: March 2, 1961 Card 3/3 22562 S/190J61/003/005/005/014 1b 2209 BIOI/B218 AUTHORS: Rafikov, S. R.f,Zhubanov, B. A., Khasanoval R. N., Gumargaliyeva, K. D. TITLE: Studies in the field of polymer synthesis. I. Synthesis of, polyamides on the basis of xylylene diamines PERIODICAL: Vysokom olekulyarnyye soyedineniya, v. 3, no- 51 19619 699-705 TEXT: Proceeding from the fact that heat-resistant polyamides suitable for -fiber and glass production are formed by symmetric, aliphatic-aromatic di- amines, a study has been made of the reactions of m-xylylene diamine (A) and n-x~lylene diaminec(13)(With adipic acid (1), azelaic acid (2), sebacia acid (3 , o-phthalic a id 4), isophthalic acid (5), and terephthalic acid (6). The synthesis of estees of A with 1, 2, 4, and 5, and of B with 1 and 3 was performed by mixing diamine solutions and acid in 95% alcohol. B was synthesized with 2, 4, and 5 at the boiling temperature of the alcoholic solution. The resulting ester was filtered off. The precipitate was form- ed' not before 24 hr. Since-terephthalic acid is hardly soluble in organic solvents, synthesis A + 6 was effected by addition of the acid to the Card 1/ 7 22562 S/19 61/003/005/005/014 Studies in ... B1 01 YB218 a ueouq diamine solution and by subsequent boiling. Alcohol + benzene F: 1) were used as solvent for the synthesis of A + 3 because the er3ter did not precipitate from 95% alcohol. Table 1 contains the yields and melting points of the esters synthesized. Polymerization occurred either in the melt or in a cresol solution. The eater B + 6 could not be polymer- ized this way on account of its insolubility in cre9ol and its high melting point. In this casef the polyamide was obtained from an equimolar mixture of dimethyl terephthalate and p-xylylene diamide. Tables 2 and 3 list data and properties of the polymers. Polycondensation of xylylene'diamines with O-phthalic acid failed- 5V16 of a substance melting at 237-237-50C was iso- lated. It was identified as diphthalyl xylylene diamine.. The authors assume a rupture of the reaction chain by formation of a cyclic imide, owing to the neighboring position of the carboxyl groups. The intrinsic viscosity of polyamides indicates that their molecular weight varies between .10pOOO and 20,000. The authors thank D. V. Sokollskiy and B. V. Suvorov for the diamine put at their disposal. B. A. Poray.-Koshits is mentioned. There are 2 figures, 3 tables, and 13 references: 6 Soviet-bloc and 7 non- Soviet-bloc. The 3 most important references to Enirlish-language publica- 0 tions.read as follows: 0. B. Edgar, E. Ellery, J. Chem. Soc., 1952, 2633; Card 2/7 St ' 014 3t,, id ies in BIO 18 IX32 , , 0. B. E'dgar, R.. Hill., J. Polymer Sci. 6, 1 , -1952 ; E. F. LI Carlstcn, F. G. M lndust~r.- and Ent-na. Ch g em 49, 12319 1957 , ASSOCIATION: Institut khimicheskikh nauk ATIT DizS S'11.- (Institute of Chornical Sciences, AS Kazakhekaya SSR), '-'SIJ--A?'=TED:I july 19,, 1.960 roj~i~ .11 Am= A Hucaora =~ -T W Coaif' % CO.111. 0 AAMMUOvan 93,0 -187 186 Lgro x(o (1),Azeilatmona)l .80,3 156-158 04-67 p R. j IIBOIDTOMalt 76,3 220 219- .10,() -271) (OAAunnuonan 92,3 232-233 To me -~* -Tanuonug 'ac. G 03,0 200 . 05.0 228 95.0 205-206 08.0 202-264 Card 3/7 87,0 340 R ZHTJBV!()Vt ------------ -. Trarw-isopierization In the continuous hydrogenation c)f fats. Trudy Inst. khim. nauk AN Kazalch, SSR 13s2(Y7,;109 165. (.141RA 1829) CHULANOV, G.Ch., doktor ekon. na-k, prof.; KISELEVA, L.I.; RHURTY-4 kl-. TAYBEKOV., I.Ye.; DZHAKSALIM, B.M.; ISWIUKILAVEDOV, B.Maj GMCHBIZVAj T.V.; KUZN',STSOV, Yu.N., red,; POGOZHEV, A.S., red.1 ROROKINA, Z.P.p tekhn, red, [Essays on the history of the national economy of the Kazakh S.S.R.) Ocherki. istorii narodnogo khoziaistva Kazakhskoi SSR. Alma-Ata,, Izd-vo AN Kaz.SSR. Vol.3. [June 1941 to 19451 Run' 19/+l.goda - 1945 god, 1963o 299 pe (MIRA 17:1) 1. Akademiya nauk Kazakhskoy SSR, Alma-Ata. lnatitu~ ekonomiki. 2. Chlen-korrespondent AN Kaz.SSR (for Chulanov). CHUIANOV, Gabdull'a Chulanovich; ISMITIUMDOV, Bukenbay Mergaliyevich; CBEGREIEVA, Tatlyana VaBillyevna; MUMMA Zarya Galimpyna: KOLTOCRIUK, N.I., red.; HOROXIIIA, Z-.Y.- -t0v. W2-- p (Studies.on the history of the national econoqr of the Kazakh SX.R.) Ocherki istorii narodnogo, khoziaistva Kazakhskoi SSR. (By) G.Ch.Chulanov i dr. Alma-Ata, Izd-vo Akad. naik Kazakh- skoi SSR. Vol.2.[From 1928 to June 19411 1928 god - ijiun' 1941 goda. 1962. 374 p. WIRA 15:8) 1. Akademiya nauk Kazakhskoy SSR, Alma-Ata. Institut ekonorniki. (Kazakhstan-Economic conditions) POIC hi kiffifill 1111M INN -19PIT111T. 11TVAMM, !M!9Pr'A-M1# I RK I ACCESSION NR: AP4028472 SIOD3116V0001003IM4710056 'AUTHOR: t TIIIE% Investigation en the propagation of shook waves in the ground SOURCE: AN KazSSR* Vestnikj, No- 3..-1964., 47-56 I TOPIC TAGSt shook waves shock wave propagation.. groundj. shear wavep compressional qiear wave,, apprmcbtation method IRACT: It has been shown that shook waves of compression and compreasion-ahear ARST remain shock wa.ves to the and and that their velocity decreasee with timee General equations for the zone of longitudinal-tranaverao movements are complex in form and cannot be integrated by analytical methods* The author enployu some approximation methods to integrate these equations for the case when iihear defor- mation. is small compared with longitudinal deformation He considers the move- ments to occur in the lower half space and uses the st;Z~ coordinates. U a steady load is maintained on the upper surface (interface), and the state of the medium is expressed by on cr(f.) wA ai - 4ri (61),# he finds that, if the' curves of these functions 'are concave toward the 06 and OFi &zoo# when displaaament is card, 1/3 ACCEWION M I AP4028472 slight., the compressional-shear wave will be a shock wave relative to shear deformation,and the parameters of longitudinal movement NJ* U 0 X~ will be -continuous (u represents particle velocity and X indicates stress)j and if the curve Of (r - 6(S) is convez toward the 0& axis while the curve of (r. is axis convex toward the 01r, then the compressional-shear wave will bo a continuous, Riemann wave.. for.which the parameters of both compression and shear may dwgo. When the load on-the surface decreases steadily,, the nature of the velocity change at the surface corresponds to the nature of changq in all parameters of moven. ent at the front of the shock waves The stress X. at any point for a I compress;Lonal wava is a linear function of z and it increases with increase In z, The velocity of the-partiole ut is constant at wq fixed momot of time If the ompresuional wave becomes a continuous Riemam waved it becomes impossible to wasure precisely! the velocityof the shear wave, It becomes necessary to measure the velocities .of the partiolee'u t and vt in the continuous wave and the velooity of the compros-I sional wave,, which is travelling with a sharp fronts Orig. arte bass 6 9Uures arA 42 formulase: Card, .2/3 rr ZHUBR, I. N. , NOGA, N. A- ----------- Preheating of roller dies. Xuz.-shtam. p;,-oizv. 2 no-7:43 Jl 160. (MIRA U: 8) (Porging machinery,) (Dies (Me,lwalvorking)) NOGA, N.A., lnzh. Making and =ltiple rooonditioning or upseWng dlea. Vashine- streenia uo,3ss47--/+8 S-O 164 (MIRA 1892) ZHUBR, L.N.s inzh. Automatic beat treatment of links of scraper conveyer abains. Mashinostroenie no.2:64-66 Mr-Ap '62. (MIRA 15:4) 1. KharIkovskiy zavod "Svet shakbtera". (steel--Heat treatment) (Automation) 7~T- -t- HYLOVA., A.; ZHUBR Ye povar., udaraik ko-ini ticheskogo truda Rail workers to get excellent servicel ObahcheaWpit, no*2t20-21 F I (KIRA 16s4) 63. 1. Zaveduyushchaya proizvodstvom filiala stolovoy Yo.Jlp laningrad- Moskovskaya tovarnaya otantalya Oktyabriskoy zheleab6y dorogi (for Rylova). 2. Stolovaya Ho-4 otdela raboebego anablerniya laningrad- Vitebskogo otdeleniya Oktyabx-tokoy zheleznoy dorogi (for Mmbr). (Repitaurants., lunchrooms, etc.) POLAND/Chemical Technology. Cellulose and its Derivatives. Abs Jour: Ref. Zhur-Xhimiya, No 12, 1958, 41863. Author Zlnibraiaskaya. Iast ffur _rIT' r 3 n _. Title Processing and Application of Tall Oil. Orig Pub, Przegl. Papism.j 1957) 131 No 1) 211-28. Abstract: The necessity for utilization of tall oil in sulfite pulping to increase its process savings is pointed out. The composition of the tall oil (fatty acids content, resins and unsaponifiable matter) is changed) depending on the climate, geographical conditions and other factors. The problems.of the processing techno- logy were examined as well as the equipment. and the control measuring devices adapted in various countries. Card 1/1 14 USSR/Pharmacology. Toxicology. Vitamins. V Abs Jour: Ref. Zhur. - Biol., No 22, 1958, 102876 Author Zhubrid, M. M. Inst Lvov Scientific Research Institute of Maternal and Child Welfare Title Therapeutic Application of Nicotinic Acid in Toxicoses of Dysenteric Etiology. Orig Pub: Nauahn. tr. Llvovsk. n.-i. In-t okhrany mater- instva i detstva) 1957, 2~ 103-107 Abstract: Dysenteric intoxication was induced in rats by intraperitoneal introduction of dysenteric toxin, The application of nicotinic acid (1) decreased the appearances of intoxication as compared with the control group. On this basis) I in a dose of 10-15 mg daily for the course of Card 1/2 15 v I. ,- 'i. m S/128/63/000/001/008/008 A004/A127 AUTHORSt Milyayev, M.M Zhuc~#yeDjgA*.,w. Vertical pouring of castingn of body-of-revolution type TITU: PERIODICALI Liteynoye proizvodstvo, no. 1, 1963, 37 38 TEXT: In contrast to the usual practice of pouring castings of the body- type In the horizontal position, which resulted in an output of-, :han y za- serviceable products-not higher than 45 -60%, the Kyshtymski mek icheski vod (Xyshtymsk Mechanical Plant) successfully employed the vertical pouring of such steel castings. The riser size was calculated according to the kormulaLe: B w SC D : 8 (m); B 9 D - 10 (pn), where B - length of riser relative to the,casting O.D., D outer diameter.. The first tormula is suitable for cast- ings 200 - 6W mm In diameter, the second for castings 600 - 1,200 mm In.diameter. The riser width is calculated as follows: T - 1 + g, Where I - rim thickness of_ casting, g - width of shoulder defining the,line of intersection. Riser h4lght: H is determined depending on the casting outer diwaeter D and 'rim thickness. T., rs gIve a brief description of the pouring procedure and point out that, The autho C Card 1/2 ACC N% AT7001904 SOURCE CODE: UR/3000/66/000/013/01041011 AIMIOR: Sogriah n. Yu. P. (Candidate of technical Iciances); Gaponov, M. A. (Engincer);,,Zh e~p~qj_,A _!!Aq ~'ORG:' none ITTLE'r The problem of selecting tool steels for high-speed prensure working of metals SOURCE: Moscow Eksperimental'nyy nnuchn'o isoledovatellskiy pressov ogo mashinbatroyeniya. (Nauchnyye trudy) no. 13, 1966. (Tool steels), 1(~-114 TOPIC TAGS: etail forming, high energy rate forming, hot die shot dii st45MM steel 3Kh2V8F steel, 4Kh5V2FS steel ABSTRACT: 5KhNM, UhMF and 4Kh5V2FS hot die steels'were Inatitut kuznechno Shtempovyye atali forming, alloy steel, tested for their suit- it~ as die materials in hot high energy rate forming of parts from abil AK6 al4minum alloy St.45 carbon steel, VTI titanium and nickel-base E1437BI[U.S. Nimonic BOA] alloy. The test results showed that 4Kh5V2FS a tcel a the most suitable for intricate dies for high-speed forming of com"pletarts with thin. high fins (85X reductioq. 11P WOMS steel -5.5% Cr, 1.6-2.4% W, contains 0.35-0.45M 0.8-1.2% 91, 0.35% Mn, 4.5 0. a-1.12% V, -the remaind6r-Fe. quenched f rom 1050C and temperecr at ACC-NRs AT7001904 2 580C, 4Kh5VZFS steel has a tensile strength of 1830 Mn/m a yield strertth of 1629 Mn/m?, an elongation 2of 9.5%, a reduction of area of 42.5%, an ~imppct toughness of 340 kj/m and an HRC hardnecs of 49. The UhV2ft steel dies had a high therntal shock resistance, a satistacrory wear resistance and service life. 5KhNM steel worked sat4afactorily only in forming!of aluminum-alloy partsbut failed in forming titanium and steel parts. The main shortcomings of this steel were a low tenaile 41 strength (POO Mn/m2) and a low thermal shock resiotntica. UhMr, steel was also unsuitable for steel parts of an intricate form because of a low ductility ~nd impact toughness and a poor thermal shock resistance. Orig, art.,has.- 5 figures and 4 tables. SUB CODE., 13/ SUBH DATE: none/ ORIG REP: 002/ OTH REF: 005/ ATD Prtws: 5122 V1 I-Card 2/2 I I IN-as 4; -5 F _--ACC.NRs--AP502 8MCS C081 M/02e4/65/006/616/0122/d122: AWHOR38 Zhuche I Ziainj,A. 1.1 Orayferg A. Mi. ORGt none TITLE: High speed pneumatic hamater. 174056 Class 49t No -tovaMkh:znakdY no Byulleten1-izobreteniy 1. 16, 1965, il!2 A TOPIC TAGSs forging hasumer prioumitio hammer j forgine pesos, metalworking.., P&,rvm,#?VC -VICC, F0A&1W6_ 14ACHIff"'Y ABSTRACT: This Author Certificate presents a high speed pneumatic ba=er which- operatem at hijh 1pressume-8 with & 41inder open &t the bottom and with the ha=er acting as the piston (see Fig. 1). To provide reliable holding of the hammer at thq cylinder top and to provide fast automatic releaso when high pressure air is intro- duced, the upper part of the piaton-humer and the lid of the cylind,3r form matiig circular surfaces,, the lid part of which defoxms elastirAklly in the :-adial direction when pressurized air is introduced. To simplify bm=er conotruction and to eliminate lose of conresse4i air during the return stroke, a second feature is provided by the use of a vacum punp which reduces the preomwe above the piston durJ-ng the return stroke. I Card 1/2 UDW-421. 33-544-1~185-4- USSR / Human and Aniral Wrphology (Formal arxi Patholcgical). S Nervous System. Central Nervous System. Ale Jour Ref Zhur - Biologiyap No 9p 1958) 110- 4077T Author Inst Not given Title Eistngenesis and Dynamics of Formation of the Wall of Abcesses of the Pr&in UrAer Experimental CozAitions Orig Pub :Vopr. neyrokhirurgii, 1956, No 6, 20-30 Abstract :The dynamics of developaent of the vall of an atcess from the time of its inception until the fourteenth day of organization were studied. In 18 out of 25 dogs sensitized Vith a apoific antigen, cereIrral abcondes appeared follcv. ing injection of a staphylococus., and in 2, focal encephall- tie developed. An abcass resulted in six otzl. of twenty- five non-sensitized dogs, focal encephalitis developed in 9. A four-layer wall of the aboess farmed within 14 days Card 1/2 W(M)/1WP(. 398�&6 f_A?C NR, . AP6016576 It SOURCE"CODE: URY018216 01 AUTHOR: Sogrishin, Yu. P.; Zhuchenko, A. N.; Moroz, V.-Ya. ........................... r ORG: none TITLE: Inertial forces in extrusion with high-velocit~ metal flow .SOURCE: Kuznechno-shtampovochnoye proizvodstvo, no. 5, 1966, 8-12 TOPIC TAGS: metal, metal forging, metal extrusion, impact extrusion, high energy rate forming, metal forming ABSTRACT: -High-energy-rate forming (HERF) makes it poasible to extrude complex shaped parts such as turbine blades from low-plasticity alloys whichunder conditions of conventional extrusion (in,presseX) at metal flow velocities of 0.1-1.5 m1sec, are highly susceptible to cracking.p The initial velocity of metal flow in HERF could be as high as 300 in/sec. At such velocities, the momentum of the extruded portion may reach.a magnitude sufficient to tear away this portion from the rest of the material, or at least to cause necking. Mathematical analysis established that the permissible flow velocity depends on the metal strength, extrusion tem- perature and extrusion ratio, and at an extrusion ratio of 10:1 varies from 209 m/sec for aluminum alloys to 215 m/sec for carbon steels. Experiments vith HERF extrusion4l of AK6 V95 AM 3 AMg6 aluminum alloys, VT3-1 titanium alloy, 45,carbon steel and -Card 1/2 UDC: .621.777.2 L 39885-66 N R. AP6016 76 3 k 16961 Khl8N9T, E- and EI827 stainless ateelJ yielded results which agreed very well with those of mathematical calculations. Orig. art. has: 3 figures,: 2 tables, and 13 formulas. [DV] SUB CODE: 13/ SUBM DAM none/ ORIG. REFI 003V ATD PRESS T j.A Cqr 212 MUMMO, D. G. "Characteristics of the Conductivity of Nerve Fibers in Cases with Trophic Ulcers," 'lop. Neyrokhirurgii, 13, No. 2, 191+9. Mbr., Dept. Peripheral & Vegetative Nervous System, Inst. Neurosurgery im. N. N. Burdenko, Dept. Clinical Med., Acad. Med. Sci.,-cl949-. ZHUCHEITKOj D. G. 36920, Anliz nekotor(kh prichin) naruchayushchikh funkts-iyu konechnosti v reziduallnom peilocle posle or"neitreI'n,~,rM',porazheniy perifericheskykh nernw. V. sb: Nevrolo~-iya voyen. Vremeni. T. 11. IT,,j 1942, c. 172-80. SO: Letopis' ZhurnalInykh Statey, Vol. 50, 1949 SLAVUTSKIT, Ta.L.; ZHUCHINKO, D.G. Bioslectric characteristics of the muscles In man in neural regen.- eAtion following anastomosis. Vopr. neirokhtr 16 no. 2t42--48 Mar-Apr 1952. (Ct-ML 22:4) 1. Of the Laboratory of,Physiology (HoM -- Profs V. S, Raoinov, Corresponding Member ANS USSR) "a of the Fifth Clinical Xvision (Heads:- Doctor Medical Sciences K. G. Terian), Institute of Neuro- surgery iment Academician N. N. Burdenko (Director -- Prof. B. G. Yegarov, Corresponding Member AM$ USSR), Academr of Medicat Sciences USSR. ZHUQMNKO, V. G. Brain Abscess Dynamied of clinical symptoms in metastatice brain abscesses. Vop. neirokhIr 16, No. 4. 1952 Monthlv list,~f Russian Agceasion2,Library of Congress November IQL2 UNCIASSIFIED. C' ZHUCHnO. D. G. Pathomorphologr and clinical aspects of multiplla metastatic abscess of tba brain. Vop.neirokhir.19 no.4:35..43 JI-Ag 155. MM 8: 10) 1. Iz Hauchno-iseledovatellskogo ordana Tradovego Krasnogo Znameni institute. neyrokbirurgii beni akad. N.H. Burdenko Akademil meditsinakikh nauk SSSR. (BRAIN, Abscess. Miltiple metastatic) (ABSCESS, brain, multiple metastatic) ZHUCHFIX0, D. 0. "Retastatic Abscesaes oC,the Bratn (Pathogawsis, Pathological Anatomy, Clinical Aspect and Tresatmsnt)." knil lNed Sri USSR, Moscow, 1956. (Dissertation for the Degree of Doctor of litedical Sciences) SO: Knizhnaya Latopis' No 44. October 1956 Histogenesia and dynamics of formation of septa of brain abscesses experimental conditions, Toponalrokhir. 20 no.6:20-30 N-D 156. (MIRA 10: 2) le Is gauchno-Looledovatellskogo ordena Trudovogo Krasnogo ZnaneA instituts neyrokhirurgii imeni akacl. N.N,2urdnnko Akademil vaditsin- skikh nauk SSER. (BRAIN, abscess, exper., histogenesis & dynamics of form, of abscess vall (Run)) -ZHUGHWO, D.G., dcktor zed.n Problems in the pathog z~ z Zoe 02 cytcmas of the carebal (c IM6 ZHUGHENKO, I. Aacomplishments of the radio amateurs of Leningrad. Radio no-10:4 0 16,1,. (MIRA 18Q) ZHUCHSNKOO J, Art of oomereation. Profs-tekho obr, 22 no,941. S 165, (MIRA Istg) 1. Pomoobohnik dlxektora professiomllno-tekbnichookogo uchilishcha HO.55., Leningrad, BCCDANOVA, G.S.; LITVINCV, P.I.; Flrtnimala uchaDtlye: ZIIUClrr, CO, K,V, Structure - properties relationship in pyroccramn of the system SiO2 - A120 - M90 Izv. AN SSSR. Neorg. mat. 1 - no.31:2005-2008 P165. 7 (MIRA IBM) It Gor-udarotyennyy nauchno-issledovatelfskiy inatitut stekla. Submit-Led April 17, 1965. SHASKOLFSKIY, B.V.,,kand, tekhn. nauk; SOTNIKOVA, K F., Inzh.; .GAVRILIN, Ye.F.; LUBKOV AA; SAPOUNIKOVoN.A.; ZHUG.UEM_ L.F.: CHIGIRINA, N. 1. 0. tekhnik; ZHARIKOV, L P. , inzh. CHERTISHCHEVAJO A.Ye.; SHAPOVALOV, V.K.,,tekhnik; MOROZOV, A.M., inzh. SLIVKO, S.V.p tekhnik; CHERNArSKIY, II.N., kand. tekhn. uuk:l STPUZHESTRAKH,. Ye.I., lnzh,, od.1 ELININD, V,D.t tekhn. red.;j DINKINAt N.F.J. tekhn. red. AGeneral. norms for time and machining conditions used in the i ncht itry for machining on automatic lathes; mass, large-lot and lot production)ObshchemishinostroitelIR7e normativy vreme- (MIRA 15:12) -omyshlennylch normativov po trudu. itandards) ZLOP92-1111-C ill HHelletv'yevich; IVANOV, Vaciliy Hikhaylovicb; POLTAKHO N.N.j prqral W yevicht " , ""Rmnnyy redaktor; OSMSIKAYA, A.A., redaktor XMIDVA. Y.M.. tekhnichaskiy redaktor [Marine engines] Sudovye dvizhitalt. Poo obahchei red,, I.N.Paltakhovae Leningrad.4os. ookusnoo tzd-vo sudoutroits promyehle, 1956- 343 P- (marine enctims) (HLRA 10:1)~ ZHUO ovot M-khail -Malettyavich SlJD0VYYE DVIZHITEELI (SHIP PROPELU-MS, POD OBSHCHE-d RED. N. 11. POLYAKHOVA, DIAM.S., TABLES. BIBLIOGRAPHY: p. W/5 672.42- BY) M. y, gjMrM,;;Z (1) v. M. IVM-.OV. MITING11D) SUDPl:l.Cj-'GjZ) 1956, 343 po ILLUS., (341) DCRO9J.,rAYSKIY, Dmitriy Vitallyevich, prof., doktor takim. nauk; ZHUCIOIKO, Mikhail Meletlyevich; IIAL'Tf;---V, 1,11kolay GRIGORIYEV, Ya.11." inzh.-, FISIER, A.S., inzh., retsenzent; FRID, Ye.G.,, in-,Ii., retsenzent; OSVOSKAYA, A.A., red. tTheory and oquipment of ships] Teoriia I ustrolstvo sudna. Leningradj Sudostroenle, 1964. 508 p. (I-IIIIA 17:8) VOYTKOSKIY. Yeroslav losifovich; PARSUITS, Robert Tskovlevich; TITOT, Igor' Anatollyevich. Prinimali uchastlys: YHGOROV, 1,Tq; RUMESKIY, A.A.; IVANOT, T.M.- 2MCMEKO K.M. KRIVTSOV, Tu.V.. otv.red.; FIRSOV, G.A., otv,red.; 05VTN~11;__A.A., red.; KOVTOROVIOH, A.I., tekhn.red. [Handbook on the theory of ship construction; propulsive speed and maneuverability) Spravochnik po teorii korablia; khodkost' I upravliaemost'. Leningrad, Goo.soiuznoe iod-vo sudostroit promyshl., 1960. 688 p. (MIRA 15:10) (Naval architecture--Handbooks, manuals, etc.) v--Ttm FSC _rCon- a rew-propeller calcriat-c-im77. SO: 'Yont-'112Z 1" f-, "O1 ju"~ C ZHUCHFMOP 04, More attention to mechanization of work indrugstores, Au=tsevs Mo" zhur zhur. 3..6 no.. 2:76-77 161-. 4:4) 6 Zai~huyuqbiy viddilom aptschnai,mars2hi aptekoupravlinriya 1 Z Vi= Viiihitolkogo oKidorovviddilu, (DRUGSTORES) ACC N& AR6026521 SOURCE CODE. 1JA/0372/66/000/004/V035/ V035 AUTHOR: Bulayova, 1. V.; Zhuchen1co, S. A. TITLE: On the programming of the design algorithms of manufacturing procesiaes SOURCE: Ref. zh. Kibernettka, Abs. V218 REF SOURCE: Sb. Vopr. vychisl. matem. i vychlsl. telchn. Rostov-na-Don Rostovsk. un-t, 19651 104-110 TOPIC TAGS: industrial program, computer program, operations research, algorithm ABSTRACT: A system of Ural-1 dig1tal-computer programs designed to convert blueprint specifications of shaft and axle. types to finished manufacturing flowcharts 14; described. The manufacturing process is divided into transitions, with a subroutine being compiled for each transition (altogether there are 24 such subroutines In the system). A block diagram of a subroutine and a method of coding source information are described. Yu. Bayakovskiy. [Translation of abstract] SUB CODE: 09, 12- Card VY YMP.- 00 r./01 1A0 ZHUCH M, 40, V., inzh. Screw, anchor-pila. Mar. flot 18 no.8:20-41. Ag '58. (Km& 11SO 1. Xaapreydwrput'. (Piling (Civil engineering)) (Anchors) ZHUCERNK0.0 P.01, kand. red. nauk Antigen properties of Lhe blood s3rum and placental extracts in late pregnancy toxemiasj experimental r,3search.,Akush. i .gin. 40 no.1:64,69 Ja-F 164. (MIRA 17:8) 1. Kafedra akusheretva i ginskologii (zav. dotsent S.K. Barutchev), i kafedra mik--obiologli (zav. prof. T.A. Lobova) Vinitskogo meditsinskogo instituta. ZHUGHENKO, P. G., Gand Had Sci (diss) "Certain problems of pathogenesis and treatment of early toxicoses of pregnancy (Olinico-laboratory and experimental studies)." Most 1957- ll.pp ~(Min of Health USSRp Central Inst for -the Advanced Training of Physicians)., 200 copies (KL, 52-579 3,11) W_ W - I II lv~~Nfflmfflmz *Its I III 313VI, qm~jml DANILKIN, N.P.- ZIMCHENKO, S.A. Use.of an electronic computer in calculating the ionospheric Nz-profiles taking both components of the magnatoiarde splitting signal into account, Geomag. i aer. 4 no.2;307-312 Mr-Ap (MIRA 17:4) 1. Rostovskiy-na-Donu gosudarstvannyy universitet. 15(5,6) SOV166-59-3-301`31 AUTHORS: Zhuchenko.. V. and Kopilovich, Ya., Engineers TITLE: Utilization of Crank Case Heaters for Dearoasing Foam Formation in Oil /From foreign publications/ PERIODICAL: Kholodil1naya tekhnika, 1959,.Nr 3, p 77 (WEIR) ABSTRACT: In the course of its circulation Freon accumulates in a dissolved state in the lubricating oil in the crank case of a compressor. When the com- pressor is started and an abrupt decrease In pressure follows, the oil forms foam, which escapes from the crank case. The article describes a preventive measure employed abroad which consists in heating the crank c by means of electrical devices. There is 1 table and 1 foreign reference. Card 1/1 ZHUCHENKOI V,, inzh,j MKRAYLGVp V., inzh. New bydraullic cutterhead. Rech. transp. 21 no.102-34 -Ta 162. (MIU 16A) (Dredging machinery) I., inzhener; ZHUCHMMO V., inshener Wear resistance of compressors of the FAX type of Freon refrigerating machines. Khol.tekh. 32 no-1:59-62 Ja-Ur 155. (KLU 8:7) (Pomptessors) in2hener. Rope motion measuring 'device, Mor, flot 17 no.4:24 Ap '57. (MM 1014) 1. Upiavlonlye raepmorputi. (Dredging machinery-Attacbments) '(Itleai&urlnc inistruments) ZHUCEEXA&L" 0 Inshe -Defrosting In commercial refrigerating equipment (from "Refriger- ating Inginsering." n0.7, 1957). Khol.tsWi. 37 n0.5:7.2-73 S-0 1600 (MIRA 13:10) (Refrigeration and refrigerating machinery) MIKUYL9VO V.119 inzh.; ZHUCHENKO., V.Ao. inzh. Production studies of a cutting and hydraLade looseneir with forced supply of soil to the auction unit* Sbor.trud.VNIINerud no.1:96-10? 162. (NMA 15:7) 1. Vaeao7umvy nauchno-isslet-L-vatel'skiy Imstitut nenWzykh stroitA)Ilnykh materialov i gidromekhanizataii, (Dredging macidnery) VTSMI-ilmkkAIAI&tas~~SAt IIIRUP2 --- - - - - --- -- --- - -- ---- - - ZOCHENKO, T.A., Insh. Mechanization and automation of auxiliax7 operatiow; in dredging and excavatir4 uninC hydraulic mchineri. Ifekh. stroi. '17 no.8-20-22 4, 160. (HIHA Us 8) (Dredging) (Automatic control) I ZHUCIENKO, V.A. inzh. Modeling the processes of soil dredging with suction dredgess Sbore trud., VNIINerud no.4tlO3-1.13 165, (MML 18:21)