SCIENTIFIC ABSTRACT ZHUKOVA, I.F. - ZHUKOVA, L.D.

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SCIENTIFIC ABSTRACT
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S01(120-124-3-3o167 The Selective Hydrogenation of the Acetylene Bond in Buline-2-Diol-14 Into the Ethylene Bond 02 a Nickel W.&IYut' sicnificantly inhibited, At a hij,,rlier P"fridine conablitratlion, the reaction stops after the attachi~en-t qf~tha first hydrogen mol, hydrogenation does not go beyond 11101 butenodiolo- In pure pyridine ' the selective reactimi .,)ocurs slowly ' It can be accelerated by increased hydrogen pressure. The resulting product was Pistilled in the vacuumi~and id en t if i ed. as.butene- diol. There.are 2 figuresl I table, and 5 re:terencea, 2 of which are Soviet. ,anicheskoy khimii im, TT~ D. Zolinskogo Akademii ASSOCIATION: Institut orp nauk SSSR (Institute of Organic Chemistry imehi Zolinskly of the Academy of Sciences, USSR) SUBMITTED: September 2, 1956 Card 2/2 1 11 If if 1. S1 06,'!160100010-1210191020 BO 1 3/B0 54 AUTHORS: Freydlin, L. a.,nd Mi'ronov, V. TITLE: Study of the Hydrogenation Rate of ~Vllriyl- and Allyl Compounds of Carbon, Silicon, Germanitim, and Tin on a Skeleton Nickel Catalyst PERIODICAL: ~.Izvestiya Akademii nauk SSSR. Otdelen!lye khimi.cheskikh ..nauk, 19609 No. 12, pp. 2258-2226o TEXT: The authors briefly report on a study of the. reactivity of o'- and P-ethylene bonds in the following compounds: (CH 3)3 C(;H=CH 2" (CH503FE==CH21~ (CH ) GeCH==CH 29 (C2H ) SnCH~ ICH 2and (CH ) CCH 2C 11 -T H2': (Crf ) SiCH2Cif=CH 2' 3 3 5 3 3 3 3 3 GeCH CH =CH , (C H ) SnCH CH==CH The skeleton catalyst used was 3 3 2 2 2 5 3 2 2' prepared by lixiviating a Ni-Al melt (1:1) with 20. !dkali~ lye. The reac- tion rate was characterized.by the rate of hydrogen absorption as a function of time (Fig.) and the half-life period T12 of the reaction.. Reading was performed in intervals of 15 seconds each.~The investigation Card 1/2 Study of the Hydrogenation Rate of Vinyl- and S/9621/60/000/012/plg/020 Allyl Compounds of Carbon, SIlicon, Germanium, B013/13054 and Tin on a Skeleton Nickel Catalyst, showed that the reaction rate,of the c,impounda studied dec-reased on iche skeleton nickel catalyst in the, same o--:der as their reactivity de'creas'ed in the~radical polymerization:,Si> Ge~>C> Sn. Justias in r-~dicai additions~' vinyl compounds of silicon hydrogenat 'e faster tban'~allyl compound's Vinyl and allyl double bonds in gerlmanLum and tin compounds behaveAn a,- similar way. Carbon compounds, however, ahow a con~ravy,dependenca6 There are 1 figure, 1 table, and 6 Soviet reVerWIC03. ASSOCIATION: Institut.organiches-koy khimii im, N, D. Zelinskogo: Akademii nauk SSSR (Institute of Orgiinto'Chemistry' imeni N. D. Zelinskiy of the kcademy of Scie'.Rces USSR) SUBMITTED: May 27, 1960 Card 212 I Ill. if.. 11mv 11- "" -.1, , r 1; 1" .. ! I' ~ . - ! a v - ~ POLUNIKA, Te.:F,l CHENTSOTA, K.G.; YAVORSEATA, Te.T.; RONNY, T.K.j akademikp redaktor [deceased]; muKoTA, r.G., redOtor; SAMVA. A.I., tekhnichaskly radaktor DhLnual on applied studies on organic chemistry for students In edicine] Rukovodstvo k prakticha~kin saniatiiam po schools of m a organichaskoi khinit d1la studentoy nieditsiuskikh Institutov. Pod red. V.M.Ro&ionova. Moskva, ~ Goo. I%d--vo zed* Alt-ry. 1954. 110; PA (MM 7:10) 1. Sotrudnik kafedry organicheekor k1timit, It Noshovskogo sedi-i tsinakogo Instituta ineni I.Y.Stalina (for Folunina, Chenteoval Tavorskaqa) (Chemistry. ~Organic) ~T- 1; ------ -- - --- -1-7- 7. 7?r -7 t 1- 7 7 r F H, 7r, 1t 71 It "ll foxmd t~hat~ fh~, rrmiw ill ow rivct, .,t m nil r OPARIN. A.I.; GILIKAN, N.S.; ZEUOVA. I.G. Relation of the incorporation of labeled glycine and. the iucreaso~jn proteIr. nitrogen contarit to the structural conditions of bacterial protop'lasts (with summary in English). Blokhimite 22 mol/2099-403 Ja-I '57- (MLPA 10:7). 1. Institixt biokhimti ime A.U.Bakha Akademii nauk SSSR, Moskva. (MIGROCOCOU3, metabolism, lysodaikticus, off. of labeled glycine incorporation protein nitrogen on structure of protoplasta (Rua)) (NITROGUIN, metabolism, Aicrococcus lysodaikticus, off. of labeled -glycine incorporation & protein nitrogen on structure of protoplasts (Rus)) (GLYCINI, metabolism. same) IEL Pq 4 1 PEI Ili Wllil"1111':i. ~~:I 11, '11 7 1 20-2..26160 AUTHORSt Korobitsyna, 1. K. , KuvI3hinovaO Ve A* Gaydamovicht N. No , Yurlyev, Yu. ~K. TITLEt Synthesis and Isomerization of Enol Acetates of ~-Furani-'_ dons (Sintez i izomerizatsiya enolatsetatov P-furanidonov) PERIODICALt PP- 327-330 Doklady Akademii Nauk SSSR, 1957, Vol. 114~ Nr 2, : (UnR) ABSTRAM The derivativee of theenolic form of tet,rahydrofur"nn-3 n) and of its homologueis have hardly,beenAn- A-furanido . vestigated at all. The authors of the paper under'reviowl in order to produce the acetylic derivatives of the~enolio form, used such ketones of the A-furanidon series,in which only one singlemethylene group stands in the Ot-position with respect to the carbonylgroup. This made it possible to ob- tain onlycne enolic acetate with a:poaition of theAoiible bond that was known in advance. Isoproperqlacetate*was used as acetylating substance. So far, tbin type of the~inter- esting ~-furanidon derivatives has not been describ6d. Card 1/3 The authors of the paper under review examined the, behavior jill 11 tit 20-*2-26/60 Synthesis and Isomerization af Enol Acetates of -.Puranidons ofthese inolic acetates with realm ot to,halogenation and isomerization. At chlorine blowing through 2,2,5?5-tetrame- thylfuranidon-3-enolacetate, or through itssoluti.8n in chlo- roform or absolute ether, there is produced at -5 ~a mono- chlorine-ketone of the furanidine series,' i.e. 4-chlorine- -2,2,5,5-tetramethylfuranidon-3.' Thi's reaction is-of fundamental importance, but it has no preparational significance. One cf the most interesting reactions is the isomerization of the thermal or catalytic enolacetate-ketonm into A-diketones. I'J'-riboroflgoride is let through cooled enolic acetate a -40 to - 20 , no isomerization takes placeg At -10 to -5-, on the other hand, after a certain period aC induction a turbulent reaction takes place as well as a total resinifi- cation of the reaction mixture. If the same enolic acetate islet through a: glass tube, which is filled with wadding of glass and heated up to a temperature of 500o (but not~below) then anisomerization into 4-acetyl-21215,5-tetramethylfurani- don-3 takes place. At higher temperatures the yield decreases from 36-5 % to 5 - 10 %. As a mdber of fact,-it is split ir- to a ketone and a ketene. The production of a cupric salts, Card 2/3 and of the derivatives of the 4-acetyl-2129,gj5-tetramethyl- ------ ---- 20-2-26/60 synthesis and IsomerizatiOn of Enol Ac.etates of P-ruranidons furanidon-3 as well as an intense violet coloring by solution of ferric chloride confirm its structure.~The spectrum of absorption of this cupric salt as analogous to the spectrum of absorption of the cupric salt of acetylacetone, which is one of the characteristic P-diketones. The experimental part of the paper under review describes in detail the re- actions together with yields, constants and methods. There are 6 references, 2 of which are Soylet.. ASSOCIATION: Moscow State University imeni H. V. Lomonosov (moskarskiy gosudarstvennyy universitet im. M. V. Lomonosova) PRESENTEDs January 16, 1957, by B. A. Ka anskiy, Member of the Academy SUBMITTEDt January 12, 1957 AVAILABIX: ~Library of Congress Card 313 _&LkY,(),J A- 7L ~AUTHORS: Ytirlyev, Yu. X., Zhukova, I. G. TITLE: The Catalytic Conversion of heterocyclic Compounds (Kataliticheskiye prevrashcheniya g'eterotsiklicheskikh soyedin,eniy) LIM The Converaii,.)n of Oxuzzola FlonoloLtics to Thiazole Homologues (LIII. Pravrashche,niye gomoloVv oksz,=o1a Y gomologi tiazola) PERIODICAL: Zhurnal OVshchey Khimii,,1958, Vol.. 20,1Nr 1, pp. ~7-11 (USSR) ABSTRACT: The reaction of oxazoleis~with hydroGen,otilfide whi c Y should lead to the correapondin- ihiazoles nas not in-. vestigated. But this reaction, including the derivatives, is of high interest for the characteris'tic of the*oxazole cycle. The formation. of thiazoles frca'oxa.olea in thia conversion mi-ht confirm the chemical pfroximity o"f,the* structurally similar c,,,clic aystc-.'Aj to'their cyclically linked oxygen atomr. The investigation performed by the authors of the catalytic conversion of the niethyl'homo- Card 1/3 logues of oxazole.under the influence ofhadrojer.:sulf-ide The Catalytic Conversion of Heterocyclic Compounds 75-1-2/63 LIM Ihe Conversion of Oxazole Homologues to Thiazole Homoloeueo showed that the alkyloxazoles, like'other five- and six- -membered oxygen-containing heterocyclic'compounds of an aromatic or aliVhatic nature, are eubject -to a _(-eneral rea~;tion in which the cyclically boiind o'y~gen is replaced X by sulfur. The isomeric dimethyloxazoles,(2,4-, 2,5- and 4,5-) and 2,4,5-trimethyloxazole tinder the influence of hydrogen sulfide upon them in connection vrith alumihu!r oxide and at olevated temperaturea,.like other five- and six-membered oxygen-containin& heterocycle.-, undergo a substitution of the bridge hydrogen,by sulfur, where the corrbspondin,,dimethy-ithiazoles (2,5 and'4,5) and 204,5- -trimethylazole are Produced. The catalytic.conversion of the oxazole-cycle to the thiazole-cycle takes place in tne same manner as the analogous conversion of furfurane to thiophene. Butit became evident that the oxazole cycle,is much more resistant-than furfurane with regard to the action of hydrogen sulfide under the,se conditions. There are 8 references, 2 of which are Slavic. ASSOCIATION: Moscow State 'University (bloskovskiy Josudsrstvennyy Card 2/3 universitet) GELIMAN, U.S.; ZHUKOVA, I.G.; LUKOYANOVA, M.A.; W-AltiN, A.I. Succinic oxidase and malic oxidases in struetaral~elements of: Hicrococcue lyoodeikticus. Biokhimlia 24 no-3:481--lM It-Je '59. (M.m 12:9) 1, Institute of Biochemistry, Acadevq of Boienc,wof the, U.S.S.R., Moscow. (HICROCOCCUS, metab. lysodeikticus, sucolnic & malic oxidases (Run)) (SUCCINIC anksm, in Micrococcuo lysodaikticuo (Aun)) (CXIDASMS, succinic oxidase in Hicrococcus lysodeiktidlule I ~A I I A? I GILIMAIT, N.S.; ZHUKOVA, I.G,; OPARIN, A.1a Iffect of a surface active substance on the enz;matic system oxidizing malic acid in'eytoplasmic main'brans 5 oil lac]"Oeoccus 17sodeiktious. BlokhImlis. 24 no,61074-1078 V-)) 1591 (RIPA! 13 (14IOROCOOMS metsb.). (VALARIS meteb.). - (SURPACS ACTIVX AGXHTS pharmacoli) 41 Ut AMU nil III 111I.-al 5 (3) AUTHORS; Korobitsyna, 1. K.,,Zhukova, 1. G.t Yuriyev, Y11i K. TITLE; Reactiohs of the 4-Bromo- and 4-0-V-2,2;i5,5-tetraallWl*~Furani- dones-3 (Reaktsii 4-brom- i 4-okai2,2)5,5-tetraalkil-1 furanidonov-3), PMIODICAL.- Zhurnal obshchey khimii, 1959, Vol.29p:Nr,7t PP 2190-2196 (USER) ABSTRACT: The. bromine' in the 4-bromo-2,2605-~-tetvunethyl furWidone-3 is. not substituted by the oxy group,(in the hydrolysis with soda- solution), by iodine (in the action of KJ), by the*!thio- cyanogen. group (ia heati with potasaium, tli'ocyanate), 'by the amino group'(vrith ammonila; only in thel reaction kth sodium cyanide the corresponding nitrile,,ia formed in goo,a:yibld (Refs 1, 2). The mithors used suchhalides for the'synthesiB of the candensated systems whicla contain furaaidine-*tm& thiazole rings. In'the reaction with er-jstalliae'modium sulihide' at 135-1400 only the 4-bromo-2i2p5p5-tet~raalkyl furanidon6a-3' easily separated HBr, with the condensation taking~place under. the formation of,they-diketone with two furanidihe rings (Scheme 1). In the hydrogenation~of (1) in the presence of Card 1/2 nickel the --ketone (IV) resialted [thedi-(212,515-tet~-amethyl Reactions of the 4-Bromo- and 4-OV-2j2,5,5-tet,raalkyl SOV/79-2~ 7-20/83 Paranid ones-3 furanidone-3-YI-4)], which with anilineled:to dianil M (Scheme 2). Already earlior (Ref 3) the~authors used the furanidones,(VI) for the synthesis~o.f nitrogenous~heterocyclic systems with the furanidine ring.~ By this imethod the compounds (VII) ~.;nd: (VIII) wgre obtained frolh 4-oav-2.2,5,5-~tetramethyl- and 4-ox-.y-2i2,5,5-bispentaniet4leiio fvrdnidone-3 (8Leheqle 3) which are weak acids.' The furaAidories (VI) react with amnionium thiocyana to in melting ~O to form furanidine tb,iazQlea, (Sch a (IX) 3 Mt (XI eni 4 # A schemle of'the formation of these compounds is ougsost6d. There are 8 references, 2.6f-which are Soviet. ~ASSOCIATION: Moskovskiygosudaratvennyy univers itet (1,100cow State Uaiveraity) SUBMITTED: July 2, 1958 Card 2/2 II 11 A f II 5 (3) AUTHORS: lorobitsynap I. I Zhukova I. G. Yurlyev, Yu. K. TITLE: dones-3~'k4-Ats(~til-2,2,5,5- 4-Ac e tyl 2,2,,5,5 -te.traalkyl Yurani ' -tetra-alkilturanidony-3) PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29,'itr 1, 'pp 2196-22bl (USSR) ABSTRACT: Sariier kRef 1), the authors showed that'4-acetyl-2,20.5- -tetramethyl furanidone-3 forms in the.thermal isomerizdtioh of -the enol acetate of 2,?,J,5-tetramozfiyl ruranidone-3~ in the present paper they tried to apply this method also~to the synthesis of thenigher homologs of d.,acety-l-.27 2159 5-, to tra-1 alkyl furanidones-3. It*was found that in passing the enol , acetate of 2,5-dimethyl-2,5-diethyl furAnidone-3 through a quar-tz tube filled with glass wool and which had been heated to 5000 this enol acetate isomerizes into 4-acetyl-2,5-dimethyl-2,5- -diethyl furanidone-3 k1 5,6$ yield) tSchome 1).: Lhirther in- vestigations ahowed,that with increasing radicals in the positions 2 and 5 the yields of the produc-ts'or thermal ino- merization in the enol acetates of 2,2P5,5-tetraalkyl furanidones-3 Card 1/2 kof the corresponding*4-acetyl-2,2,5,5-tetraail,~yi furan1donos-5) 4-Ace.ty.1-2,29515-tetraalkyl leuranicLories-3 are abruptly reduced. This;method, however, IS' Still theonly one possible for the~synthesis of 4-acel-lyl-2,,~2t5t5-tetramethy1 furanidone - 3 and of 4-acetyl-2,5-cLimethj,1-2,.5~-diethyI furanidone-1 since other experiments failed. The two - oxy-lee tones kiii) and kIV) may occur as tautomeric forms of 4-.acet.,rl-2,2,5,5-tetra'- methyl ruranidon e-3klI).'4-acetyl-2,2,515-tetramezhyl furanidone-) -is enolized in a high aegree in the direction of the exo Icyclic cart)onyl groupl it forms V- and,0- derivatives accoraing to;the conditions of acylation. The ~-diketoneslof the 2,2,595'tetra- alkyl furanidine series require much more rigict conditions in the reactions leaaing to I the condensate&hete-rocyclic systems than the aliphatic or aromatic ~-diketonea. There are 8 refe'r- ences) 2 of which are Soviet. ASSOCIATION: Moskovskiy gosudarstvennyy univeraitet (hioucow State Univ~ersity) SUBMITTED: July 2, 1958 Card 2/2 17(2&~) SOV/20-126-t-54/62 NUTICORS. Gellmanp H.. S.,,, 74Mkown. -T. r,,, Oparin, A. I., Academician TITLEs The Effect,of_ Desoxv'ribonuclease ohiithe 0.Adation of.11alonic Acid by thelLyeates of Micrococcus iyodelkticus (Vli~iniye dezoksiribonukleasy n6 okisleniyo:vablacluioy ki , t Zatami sio bakteriy Micrococcus lyodeiktious), PERIODICALs 198-199 Doklady Akademii nauk SSSR, 1959, Tol 1261 Nr 1, pp , (USSR) ABSTRLCT: T Malic oxidase a fermentative sy4teaj which oxidizes malonic acid, is of considerable resistanbe as,far as the:disturbance of the protoplasmio,:structur Ie is,nonoerned. This siysiem is localized in the oytoplasmic meabranea - the "shadows"., Such shadows can be obtained b treatIng the protoplasts,ithe bac- Y, teria mentioned in the title, with irater, as well as by a direct lysis of the same bacteria i-a an osmotidally,'unstabi- ' lizei.medium (Refs lj2)- The effect df'the malonic 6xidase is COMPletely,etopped due to the splitting of the hig~hly.molecu-[ lar desoxyribonualeic acid (DNA) present in the:lysate - by' means of.desoxyribonuclease (D~A-ase),- into a-toplasmic mem- Card '113 branes which the lysate did not,separate. This.is. expressed by! SOT/20-126-1-54/62 The Effect of :Desoxyribonuclease* on the Oxidation~,of Malonic Acid,by- the Lysate8 of Micrococcus Lyodeikticus the fact-that the oxygen absorption is stopp6d'by~the lysate at the expense of the malonic acid 10ef. 1). The present work tries to explain a relation between the development~of'the DNA in the lyeate containing cytoplasmic membranes, and the ac-, tivity ofsthe~8yStem.of oxidative-reductive ferments. For the purpose of explaining the cause for the suppression' ofIthe activity of malic oxidase:in lysat6s treated with DNA-ase and RNA-ase, theauthors quantitatively.' defined this activIty from the oxygen absorption. The preparations~were observed simultaneously under the Glectron,mioro'ic6pa (iig~l). The lysis of.the bacteriavith lysozym~.DNA-a-Bd and RNA-lase,was I r absent (Fig 1). made with both Mg-ions being either pre -sent o As the results show, lysozym in an.'osmotically unstabilized. Medium causes the development of lysates containing cy~,o- plasmic membranes. The active malid oxida6e is maintained in, these membranes. Their effect can be found by 0 -absorption. 2 LysiB caused.by.lysozym. together with DNA-aee completely sup- presses the fermentative'system mentioned. Magnesium ions Card 2/3 j 86V/20-126~1-54/62 '.4'The Effect of Desoxyrib.onuclease on the Oxidation of Malonic Acid by the Lysates of Micrococaus Lyodeikticus stabilize not only the structure of:.-the cytoplasmia~membtanes but also tha'madio oxidase. The'expeviment's-proved that the DNA splitting of the bacterial lyeate neut"rdlizee the effect of the malib oxidase. Since this effect is~maintained even in the presence of,Mg-ions, although the~Mg-iona do not prevent the fermentative splitting of DVA, it.is most probable that DNA creates a spatial organization of the fermentative system of the malie oxidase on a supra-molecular level. An analogy to reference 8 may be seen. There are 1 figure)~l table, ands 8 references, 5 of which are Swriet. SUBMITTED: February 16, 1959 Card 3/3. ZHUKOVA, 1. G.., LUKOYANTOVA, X. A. 0 GIL TAIT, N. S. "Oxidative-Reducing Enzymes of the Cytoplasmic Membrane of Y-4ocrococcuu Lysodeikticus. report submitted for the First Conference on the problems of Ckto and Histochenistry, Moscow, 19-21 Dec 196o. Ilistitute of Biochemistry Imeni A. N. Bakh, AcadmW of Sdiences U33R, Moscow. -L-AJA v ACC NRt AP6024118 SOURCE CODEs UR/0020/66/167/002/0346/0349 L I, (Corresponding mombor AUT111OR: Mukoval Is Ge; Glq!di(xled ko I Ali SS311) ORGt none TITIZi 3-0-acyleerebrosides-new sphinaolipids of the brain tisique ~souRcc- AN SSS' R. Doklady, v- 167, no. 2, 1W, 346-349 ..TOPIC TAGS: brain tissue chromatographic analysis, biologic rwitabolism,, biochemistry, nouroplVsiology ABSrIMICT: The occurrence in the cerebrosido fraction of mono-O.-acyleerobrosides 1 ~which appoar to be a now type of natural sphingolipids is repor,Wd. The i purpose of the research was to study the glycolipid, fractions which are less polar than cerebrosides, The systematic study of the cerobroaitWfraction of the brain with its chromatographic saparation on a sModgel column wA control of the resulting frac-Lions with thin-layer chromatography indioatod that ther'o Is 1-2% glycosphingosidesvhich are considerably less polar *=% the corobrosides, present in the cerebroside fraction of the brain of cattle, They.are related .to a now type of sphigolipids in which the seconaary 1*,droxy gmup of the 6phingosino base is substituted by a highei fatty radical. The newly, obtained sphingolipids have the structure of 3-~acylceramidgalacto aides. The structure Card 1/2 UDC: '1+7$~~ le v C9111-5, - /% u 111-MI till *M1111 III IIIIIIINIMM ;SHVETS, V.I.; OPARIN.. A.I.IlLWodemik; GELIMAH, H.S. ZHUK CHEftGADMI, Yu.N.; TSFASMAN, I.M. Lipids of the dehydrogenase preparation from the o~toptasmic-mezbranes of Micrococcus lysodoicticus. Dokl. AN SSSR 152. no.1:22.3-230 S 163, OMIA160) 1. Institut biokhimii im. A.N.Bakha AN SSSR; Institut tonkoy-, khimicheskoy tekhnologii im. M.V.Lomonooova I In3titut biologi- cheskoy fiziki AN SSSR. (LIPIDS) (DEHYDROGENAMS) (BACTERIA, PATHOGENYC) TRUCHENHOO H.1.1 nMtOUVA; N.N.; PF akAtMOVAp- N.M.; KWH,ETKOV, 31K. Indole derivativeE~. part 8:%4cyl-Iji.3,4~4a, %463mhydro-~. carbolines, Zhurob,khim. 31 uoiltQlO-q36lKr (MIRA 34:3) iv A A~J% D '019 ~M'o d I ffraction i th r, rleolon~ ef-ficlent! lln'4ii 11 OK~ (23.6 :by .~:memouane;. xor,...:igngFr.i~WaVe.Ler)gTInB~a,,ueig ~jco!4~c A~ Were zzkAla09 Fj4o3Ldp:_v viraftair intv _+TA im~ -_iogwfll gio%*^l. A'-: ~ft, 1 crA-AA a,%v. arl - -L-04977;67 c. - rM ACC-R-t-KN6030598 MAI) SOURCE'CODES UR/0413/66/0001016/009 ~O9 INVENTOR: Eytingont Tarasoval, Z& No; VinogretdoVao To Ko~ Senatorskaya, L. a. 1# 1. 2!i %11E;~v . ............. ORG% no tile' TITLEs Stabilization of rubbers. Class 39. No* 18505 SOURCEi Izobreteniya, promyshlennyye obrattsy, tovarnyye anakio no.~:16`-, 19660 TOPIC TAGS: rubber stabilisatiov, paraphanylenidismine derLvative i AMA- / 4-",Z 11.Q 4.hA& aAz.- ABSTRACTii~'. An Autbor Artif Icate, has been issued for a me thod of stabilizing vub6evs b?.the addition of, bis-(I-anitin4)%'athyl-3-amiuo'- methyl-2-rnaphto1)--N,H p-phenylensdismLne [sic) to rubber mixturos,~: JBOJ SUB CODE: III SUBH DATE: IM 65/ y UDCt 6Z8,4~~048.25 T, AC60SSION NR: AT4042326 S/0000/64/001)/000/000510017 AUTHOR- Zhukova, 1. S., -Ody*nets, L. L. TITLE: Electrochemical oxidation of ionic-valve metals stallov (Physics of SOURCE: AN SSSR. Karellskly fillial. Fizika poluprovodalkov I me semiconductors and metals). Moscow, lzd -vo Nauka, 1964, 5-17. c valve metal, metal TOPIC TAGS: Ioni oxide conductivity, metal conductivity, electrochemical oxidation, oxide film ABSTRACT: The author discusses the still not fully clarified meohanigni of the formation of oxide films during electrochemical oxidation of the so-called Ionic-Valve metals (aluminum, tantalum, niobium, zirconium and some others). 71%o potential barrier at the metal - oxide boundary, the electrical field in the oxide layer, the effect of the three- dimensional charge of cation vacancies, and the processes at the- oxide; - electrolyte boundary involved in the anodic oxidation of Ionic-valve metals are the Major pointi of the discussion. Reactions occurring at. the surface of the oxide layer, which control the ion supply by, the general equation Mol0+2zOll Me&Q, + (1) Card 1/2 111:111FIMIM11111111111111F nil 11jWj;B=M111m ACCEMON M ATUM2326 81000010.4 000/000/0018/0040 AUTHOR: Zhukova,,I..S., Ody*nets, L.:L.- TITLE: Electrical properties of oxide films on Ionic 4alveffietalb and the mechanism o electrolytic rectification SOURCE., AN SSSR. Karellskiy filial.. Fizil(a p6Wprov * nikov I f od Metallov (PhY8106. o semiconductors and motals). Moscow, Izd-v6 Nmkil, '19640 18_~ 4V TOPIC TAGS: electrolytic rectification, rectifier,' Ionic vklv~e,~: otlxidet film, ~mctal can- ductivIty, metal.o.,dde-conductivity, dielectric k on the unidirectional conductivity of metal ABSTRACT.- In a -review of published war oxide films - electrolyte systems (for.aluminum; tantalum, nioblum and* zirconium'), the theories which have been proposed during the last forty years aie divided Into two groapso those of local rectification, which regard the oxide film as a dielectrfic permitting the passage of an ion current only during the process of oxide formation, and thoan which assert that a current can pass through a,whole oxide layer regardless of defectv. The tic volt-ampere characteristics of the metal oxide layer electrblyte system and: ta s the dynamic volt-ampere characteristics of the electrolytic rectifier are the prinelpiz Card ~1/2 trout ;tnr, ~4 it q - cl hIlria.1t, L I't lk a - & K VIA A"D POC#tsr,fq ,.iqg Rs"on. -TrIm. 00 Anakws:;af the kdbw VVM OWthow with an val"tiam4-in A v I "ateat to be lawd In teveral rexious a the UIS.S.M. - TbA I c"twi of vuj"u 100&tugs we ks. drr Whft' ftar-18-411 tMtS;jb-1411', bAtteV, '3 patatmo, 1~41" nwkta; buckwbtat, ld-w- cah%*' Its. 4-13; visrumber, 0 t -0; 8 "Idrest" puts; -410; beim, 43-67. -Vb6rjB%p110r-,hmwy. go-W, milk. 21-74 (prr 1.). mm. 43; IWA em (TAO, 80-1m. s.(;OfFlkb:. 60 too 1*0 T 4.9 -394 7a J4- tj 1, t 01 I .. f 541 :01 T-T- 0 *~e 0 0 ip wo 0,41,10 0. W. Ali A Ab e a a ffl a All a A 0111MI I U v W W U W V v v v v W v - W1 m isit A 004 AP PICKI$141 Av VOCOINT41, .0411 KTA/a 'Tj *0 .00 The applicatim of IAT&Imt-chfOmkm C1111111100410114111 10 Syrolgatuail and K. N. V S a de wk t -00 so . . . " vo ua y h k N U l auc , s ra om Zhuko" (It"s t4i)voillkta v 006 Khlm. I"t. JUNIMMI), 141kMIJAMY4 A 0 ZA&. if. 3r"I(jq45).-Ia the allidinletric analy-_ of -00 I t wbmc oxidation-reduction PotentWILM 'Clot It- l+ i d = 1" 1 0 w ngagent. Wave wedinexcenute 1 ,.,Cr IW.. using no inkire 11 10-13 nil. III acid. rediuv fliv 00 & and the evew Is oxidived by sit. If the pottnti;id is 1t3,1- I win. with I MI. fit freAly ptrpd, Cr. - 74im.. and Complete thin 0.4 v..- the reduction prodiorts may be cizidixe-1 thttletti.milexTibcdabove. %Likea idank t"t with the 0 O.E by sk. Dds. ofF9 in kch. HISO& Add approx. 10 S. oot to room letup oxidiAe V "me reastents to correct for Fe pm4ent in the rrzgmts.: In NII Cl th Fe o t nt I d l b h t i qLM' c c a y If and FtO which may be prewat by Zjul dn)p. e e nn eti . icL e same met . s y t . except the, Centrah"tion with M~O~ Detle. goo addri. of 0. 1 X %luo.- until a pink CoWis obtaineil. - * W 51-7 Min Add 2 f h 1 k f C Add 3-8 ml. of litSOa (1: 21 to 0.4-2 tid. of 010 1 .. - M d h %t O i i W M l C Goo goo 60-13 , 0 ., a it. s e add 1-4 mi. o blue O i o uct t o w t a 11 if A G. te e t r , .1 . Y pleim 1h ac drups of Ojr2-0 phenylanthrawilk. id and dilate w and t1trate the reduced hlo will, VOI I - - v jil. in lite '00 00%0 UOU N VG,--- u4n. until the rcd-yinict color pcrbi-As. Presence I)( phenylanthranilic acid. Sixteen rrjeM4-C 0 0 If The analysh mcluirm no more than 15 min. The imulit W 9 41:41111110 &TV SAA12,10CUIry. 11401, Of Ff 44 4VA. SdO11.98d, XII.Cl. 690 At Diswltv 44) S. of smi4c in %vatir. Iranarr to a . , A.1dwa ter to the "IN It. and mix carefully. "w"'adull flAk Igo 0 Neutralize 4611 aliquot pw6m (4 g.) with IS IN HO)a to metisyl led, oldlit the F: t,y liftling with 2-3 dnitto of ff.N(h, ppt. MIMI)# and Ft(OH)v by mi dicem Nil- Off. filter (hrilligh A VMAII filter (5--f Cul.), wuh :a-:1 I,"" With h4pt WS%rr. dSiadVe on the filter lis ho it V I use Ia - I L A atTALLOCKA1. LITEXATMI CLAISWCATION i it: $41000 M;F ON- 404 01 1A)I (be CHI L to a ; 4 1 # . . I I I . I U v Ay M 19 4 of a W '48 It S a a 3 :it I I PM 0 X - I X - . 0 S 0_ 0 go S OLO 0 0 Ole 0 0 00 0 so 0 I as so 0 _00 0.0,0 a 00 is to 0 a O -w-wwwwwwwww we KPINK T T w or 0 1. 71 1., flu No w I# MLLUM N.IX, LID It 4.1 so 'rJ-VA '0410COSS411 Am$ PIP 114hii ~vl, sow 4 C A iit" I h*O" &-i-a- I witImOtsic a" t 1,W %kit Mal f im. -A net, V. ille litralim 4 Ott, 00-a dtj L4 Mm Cr antl V. Tstdvt~ 111" in Ville 44 1 Ili mr 4-101111. 53-Mv of bill. Sid. "atry, ill tZ. add 2) nil. Of Ill i.)' .4li 4.1 nil. of 67- N&C' I(h min.. M-4, trandet the -An. to A AsNO,. bilil fur S-10 &ad AM water to the nwk: slid 0*0 100-"1l. l"rOmfing 11"k. 1.7), awt 0-5 K- itt .1, of 12 N 11 ';O-s 10- Of 111M (d- of Ili, ago. obtained in a m)-vil" .4 (NIIJMs to 1() m1t, to W11"s to 'U'Lolull. CUMS of 0 ben see Cent, cool th'. datil ill funnillig Vittler, And titmir a l#_ after the SOW. tlecolodgets. Add mo with o.01 N V, rf~nthrsnilic acid, titmtc until the wee I drW of 0.2% pbenj rbL r"COO" to 7 1 -4- 211 Nino - + 5V..+- + figo - 261n '! 4~ SIM* j~,Iy' Cr can be titrate.1 by the Midi- C'OC4-- + 1110 Sm tirl"t (IV*. # + 211 2 Ct + + evalcut v hy the rfiction + W.R.11run.-. see wee life 'LLOSCA& UUNATURS jL Alt-ILA 14 low" -d I ~LP MW C*G 0 a p , 1; At 2, 11W moat 317-1-111x; Oso 00 41 0 0,4111 00 0 do a as db 0:0 wo a 1 0- - I-I.-I.... ~. I I 1"HWARHUZU1111 U 01010114111111111 IM1111111 1111111 F11111411 USSR P1 ant Diseases# C10tivated Plants. 0 Abs jour:- No 13j,:*1958,p 58864..~: Ref Zhur-Biol'o.. Author Zhu_kQya,-- K PP- Inst Not given,. Title A Disease of the Grains of. the.Indi6n Corn, the "Blue Eye Orig-Pub: Zashchita Ras.t. ot vredl t',': I ~bolezney, 1957,,.No 280: Abstract: The infection,~ofAhe:corndob does no t exhibit exter- nal symptoms# - On* theArains, the, d1sease"Is man!-,'e. fested In the -r4gion-: of the embr yo, In :Lhejorm of: spotsj which resemble-eyes~of a bluish oy-greenish. colors- A part of the cob may have a latent- form.of . Inf ectiqn, The lower the germination of these grains,. the greater Is their-infect-lon.; The,dLsease,,:' apparently,, has-a wide distributiom and. Is not!., caused by a -specific'paragite., G. A, D'yakova, Card 1/1 lZ4-57-1-570 Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr I p 72 (USSR) AUTHORS: -Pervunina, T.P., Zhukova, K.V. f.Lundbergii o. R. TITLE.- Practical Hints on the Harmonic Analysis of Daily Tidal-flow~ Observations (1Z 8,pyta garmonicheskogo anaiiz'a taitochny1ch nablyudeniy nad t6cheniyami) PERIODICAL: Tr. Gos. okeanogr. in-ta, 1955, Nr 30, PP ZZ6-?41 ABSTRACT: The authors propose a number of qualitative concepts regard- ing the processing of observational data on tidal currents6 In addition thereto, the paper adduces appraisals of the astronom- ical circumstances at observation time, also examples and the harmonic analysis of the diurnal and semidiurnal tidal currents and methods for the selection of, the harmonic constants. -A. S. Sarkisyan 1. Oceanography 2. As,tronovw 3. Tides--Tabli~~s 4.~ Tide ii-Ainalysis Card 1 /1 ---------- 111111 Hill I "Imi= It I vAl'st- Vil; X Ki G ft 0 VA, I nali.Ahl -jy otru 'nih an)h:,,-~.e nav-~l s;5zru:dlY!_j IL; S A YWO V R i r'1 E F~-on prar-.1cle(r. in -,~he u~e of jp~oisonous chcn-,!X~11_. S E JA ob)o SIU!18:3 1. Vz ~-svycllz ri, ~(,,h 14 ty E; Z - Ydgorutva). A7 Y 5 lAut a t: 11 al i ty ra (for r "a .5 .,a ill:vv Lrwra 's, funt s vi i~or rl !,a J .17L!01,01.1 rat, ff~ni 5., Gruzinskly 7 4.y (foi% but6of). !I D Ls~.&'Ya ~_~A r,f (foi. -1 py I n' a .?Ihukova), I , o *.t I I i: I 1 11 11 , '111milt. Jill 1 ;-1~411f'll~rllj 4- - melthbd~ vas t: rj~el4l"ting 42 1:j( action et diqt4ijai~e Lon;of - -v lVelo C- itil, dlo~.tanlc,e iiij di&4r"t'. .iiigL ahd tot~ltl~ 777~ 7 7 Th6-tOl 4airea 6as: 'a,:fun~, disAi nduc ad IAT Mi i a _i. - ll It ' ACCESSION MR.- AP4046510 Wt 61~41111 116 4 MGM04V-41061 '007 A,_: ~ H(* -Zhukova, L - A. ;P,!GQjro,v 1, 1(hul qq -1 A TULE: Mixing of plane-paraL.el. tyrInU~g1m.-Jmu SOURCE: IVUZ. AviataitannslyJ Cittkilifti1rtt, rjai. 41, 1904, 671-16 T01M TAGS: jet mixiiig, p1ame parallef jje.'t. turbuleno jo!c, isito jet. caeic.M dioxide admixture AASTRACT: Exnerimental resul.1:9 are 1waseinted on L'" nifting: Llf 'tua plank4grillel turbulent air jets dischargfii~- into the sitmoapher,i fixff"; F;qt are nozzles, 10 x 40 r= in size, at velocities ranginV f1ron 20, tn 56 m/sec. I'M d~stailtce betwew-1 thI -till- -ti~-loi1rfnii -ot~r:e- `f-ldi ir IP r V I:, t thov weri! Into A opace eac: Loil tid beot ute cin t wo 1, it I---- fl 7h'! -n-Isurellentg lel?rn t ikeili of ii d~lrrt.ance. of 400 r1im t roij; t I e XAo,z r. I e .rtk(j t III t I a A " pli 1:;.~ uIA, al IV .1. I"''a werp C~a,,A -L- M70-65 I% NEW- I c' ff icignt: ptoir- JAe:G tino the-Iredulting 1u 4 C113.1r. rarefaction ce g (6431 flWt that the velocity distrthutgait tti Ott bmiuddry Myer dtleinn 01to tiildng 07 th'L, ~wc 4rt,i 'ias a --ritverial -h.w- ict p a;,. -env.Fr r so mt! r~-,! irt, v 1: 1! r -.11!1 air morl-on ha~ a potential ch,tracter imd aciurs without: thf! lous of total vr;!"s'sure. i- ii-ir Lnii -ie t, i n :1 1 1v Fi R ~W-,q~t,gf~d t -trbu*~t-nt w-P le ASSOCIATION: nou6 L 124TO-65 ACCESStoll NR: AP4048510 SUEHITTM.- Mw764 Hloct., K, OF Off 101 1 );n RRr I;ov! 007 AIM, WRE! 9: 3!27' L 621.39-W-55 -FIST A---ap( )/T PC-1 -;kM ACCESSTON NR-- APS018q,11.7 b034 A UT11CJR: S~ akin. M. F. Kocimcm-L, 2. A. Z: hidauvm, L. B. ian:)07ft MIE n-L-11 r,.-, n P r r h .-vl-ma -med rin n1tvin-1v c- v!a 11-nd 1: -it ra - i T-i I r k U, 1 11 v g, r 1, 1:1. li, 11~1 Fill 1.i 1. roll jW1 C u fl i 41I)IIJIF1 it,-ncl mi Ip- raf,Ani-tin7m] r NRI APE &v ov .......... .... ACC NRs 0 SOURCE CODES UAjo36)/67/003/001/01?5/0176! AP7()o621 AUTHORs Aigina, N. R.; Gurevicho M. A&; Domonkov, N. M.; Dmk A.; Madlov" V. 1 N.; Sakharovs, B. A. ORGt Girodmot t' Tlmvt Electron diffraction study of apitwdal indium phosphida layers 31 no. is, I SOURM AN SSSR. Izvostiya. Neorganieheakiye matorialys, V.~, 967,.1?3 176 TOPIC TAGS$ indium compounds, phosphidep epitaxial gro.vings,,olectr(m diffraction' analysis ABSTRACTt Epitaxial layers of indium phosphide were grown by- using the sanMch~ method (small gaps between the.source,and subs'trate). The chomiciLl transport wash ac- complished in a stre= of hydrogen, water vapor acting as t6 carrier reagent'. 41hP + 2H20 21n20 + 2H2 + F4. ZLectron. diffraction patterns were obtained from InF films'10 to 120, ti thick grown on GaAs at 680, 780 and 8300, An.essential. factor affeotlng~the perfection oXt the crystal structura of the InP layers was found to be a close ='aintenance of the orian- tation of the 11111 B substrate surface. It is shown that, stricQv speaking, the growth of the InP layers was nonepitaxial. This is because during the first stages UDC1 546.6821181#1+519X . . d I H 'I ` 111 1 I i I I I ~ il ~: IT . 11 11: [111 1 Ell 11, I'll, " I - : '!~;j 11' ACC NR: AP'(00l1698 S OU 0 D H: Un/0016/66/000/008/0012/0017 AUTHOR: Vishnyakov,, S. V.-, Myasnikov,-Yu. A.; Pa''nina, T. V.-, Zhukova L.D. ORG: Central Disinfecti,pn Institute '(Tsentrallnyy doz.infektsionnyy institut); Tula Oblast Sanitary-Epideniol'agical.~Station (Tulls'kaya .,-oblastnaya sanitarno-epidemi6lniieheskaya stants~iya) ~"TITLE; Devising a rodent-control system. for forest foci renial, or r 11,,~hemo rhagic fever -17- SOURCE: Zh mikrobiol epidemiol I iiamunabiol, no. 8, 1966 12 TOPIC TAGS: -fti-Imeni poison effect, -pe st , control,'. 44:9e ase ve a toev r roden t eee imcr- 0 10- C-5 n v4r, S (/-5 & 5.gw se- ABSTRACT: Renal henorrhagic fever in a forest focus was ,poisoning the.rats which are vectors of, 1-nu disease.' controlled by. Two kg/ha of grain poisoned with zinc phosphide were applied by plane along poisoned zone 30 m wide senAritted by nonpoisoneA zones 50- 100 ri~ wide. Near settled :areas, bait cont6iners*with~tn open end were -buried in the soil and placed 10-20 m aparT,. Poisoned bait and traps ~were used within buildings, usually during the winter.. The poisoned zones around villages were especially effective in preventing the, tord