SCIENTIFIC ABSTRACT KABANOVA, O.N. - KABARDIN, OLEG FEDOROVICH

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CIA-RDP86-00513R000519810006-1
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S
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100
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November 2, 2016
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July 19, 2001
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December 31, 1967
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SCIENTIFIC ABSTRACT
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3ynthetio Zoolltess (Cont.).. COVEMM The book Is a oollsotion'of reports presented at the First Conference on Zsolitsk,Uld IwLonlngrad .16 through 19 MU-ch 1961 at the*Lonlngrad Technologloal1natitute ImnI lansov*t, and Is purportedly the first monograph on this subjecV. The reports are grouped Into 3 subject areass 1) theoretical problimms of ad orp- t1on on various types of soolltem and nethode for their Investi- gation, 2) the production of soollte:, and 3) appIleation ot$i 1 nod. References follow In- zooUtes. No personalities; are mat dividual articles. TANA OF COMMs Foreword 3 Dublnin, X. X. Introduction. '51 Csz,d 2/W -!r yn #tio Zool tons (0ont.) WVA246 THiOR11TICA1. PROBLWG OF ADSORPTION ON ZZOLITZS. MMODS OF INUSTIGhTION DublnInp No No ol Z. A. Zhukovs, and No V. Kelltmov. Apyll- cabillty of the Potential Theory to the Adsorption of Ganes and Vapc~rsb ~stla Uolltem BerIng, Do P ~V~.V. S~�rpllna~jkcly. Adsorption Imostorts, for Synthetic Sea ;08 ;a lFrammork of the Potential Theory Tuoreyov, D Pop 0. No Kabappyt, 1. To Terashko# &n4 A. So- Ponomarov: 749 Role of th -Booondax _7 Porosity of goolltom In the Unstlea or Water-Vapor Sorption 24 Kolb, No a. * B. V. Adrianovas aid X. No Adrlanov. Investi- gation of the "sorption and Kinetic Properties of Qmnu- I" Zoolltso Vith the Aid or Thoron Card 3/14 0 UMON 0,_ N ffZV# D. P. 2; TDIOF Determination of the water vapor diffusion 6cefficient in granulated z9olitea by the method of norptiort from the gas- carrier stream. Isv. AN SSSR.Otd. kbim. nauk no.1:176-178 163. (MIRA 16:1) 1. Institut fizlebeskoy kbiynii AN 43,cZ~,_ (water vapor) (Ze;lites) (Sorption) CHISTOV, A.D.; BAZARKOVA, G.V.; MM, N.D.: BELIKOVA, V.I.; BLINOVA, X.Ta.; P G ; KAKAROTA. K.D.; FRIPISTSOVA, K.D.; ULKONUVA, P.r.0; TOLKACHITA, TeX.; TYUKUTITA. T.V.; ZINCHMO, V.S., red.iz&-va; PAVWVSKIY. A.A., tekhn.red. [Foreign trade of the U.S.S.R. for 1918-1940; statistical survey) Vneshniaia torgowlia SSSR sa 1918-1940 gg.; statistichaskii obzor. Moskva, Vueshtorgizdat, 1960, 11:)4 p. (Nmi 13:10) 1. Russia (1923- U.S.S.R.) Glavnoys tamozhgnnoys uprayleniye. 2. Otdel statistikI Glavnogo tomosbannogo upravleniya mininteratTa vneshney torgovli SSBR (fbr all, except Zinchanko, Pavloveidy)s (Comercial statistics) 'KABANOVA, R.V. Qtmternary terraceo of the Seym River in Belgorod wA Kurak Provincen. Sbor.rab.Kursk,gidromet.obser. no.1:91-104 160. (MIRL 14:8) (Seya Valley-Terraces (Geology)) NIKOLFTYI), L.N.; CHISTYAKOVA, A.V.1 YaRPOVA, U.N.; IKABOOVA, S.A. Study of aromatic compounds with a long side chain. Pa-t 10i preparation of 3-amino-t,',-chloroalkylbenzenes. Zhur. ob. khim. 34.r..12t4O32-4037 D 164 ~AIRA 18i1) 1. Moskovskiy khimiko-tekbnologicheskiy institut imeni D.I.Mer- deleyeva. 50) AUTHORS: Kolesnikov, 0. S-, Xabanovat T._A. SOV/153-58-3-12/30 TITLE: Derivatives of Hexamethylene Imine (Proizvodnyye gekBa- metilenimina) IV. Esters of N-Hexamethyleneamine Acetic Acid (IV. Efiry N-seksametilenamiriouksusnoy kisloty) PERIODICAL: Izvestiya vysshikh.uchebnykh zavedeniy. Khimiya ikhimiches- kaya telthnologiya,19589 Nr 3, pp 66 - 68 (USSR) ABSTRACT: As a further study in the field of the synthesis of the derivatives mentioned in the title the authors tried to produce these eaters with a general formula (CH NRICOOR.and to characterine them. The respective 2)6 results are given which relate to the synth6sis of such eaters that can be produced by interaction of the corresponding eaters of chloroacetic acid with hexa- methylene imine. The table presentD their properties. There are: methyl, ethyl, n.propyll isopropyl, allyl, n.butyl, isoamylp n.octyl (secondary), P-fluoro-ethyl, benzyl-phenyll 2-bromo-phenyl and 2-cresyl esters Card 1/2 of the acid mentioned in the subtitle. The aromatic Derivatives of Hz!xamethylene Imine. IV. Esters of If- SOV/153-58-3-12/3.0 Hexamethyleneamine Acetic Acid ASSOCIATION: SUBMITTED: chloro acetic acid esters react more slowly with hexamethylene imine than the aliphatic ones. The lengthening of the alkyl radical in the series of the aliphatic esters of the chloro acetic acid retards the interaction of the eater with hexamethylene imine. The method of sYntlievis was described in previous pa-.iers (Rera 1,2). In the experimental part the yields and some constants of the esters r3o,:tioned arc described. T~iere are 1 table and 2 1a'os':ovnki-.%r I:hiz.~i':o-tel-hnologic*.,eol-.iy institut imeni D.I.Mendeleyeva (Iuloscort Institute of Chemical Tech- nology imeni D.I.Mendeleyev) October 17, 1957 Card 2/2 DANIIZYCHENKO, 0. A.; BELYAKOVA, Ye. M.; KABANOVA, T. A.; PRIMAK, D. 0. I- - -- S-,ucbr of the effectiveness of antipolia"litits vaocination in the city of Kiev. Mikrobiol. abur. 24 no.1:10-15 162. (MIRk 152-7) 1, Kiyevakiy naucbno-inaledovatellskiy institut opidemiologii i mikrobiologii i Kiyevskays. gorodalmya sanitarno-epidemiolo- gichaskaya stantsiya. M&LITIS-PREVENTIVE INOCULATION) y S/790/6Z/000/000/005/005 AUTHORS: Zaretskiy, Ye.M., Yershova, T.I., K~banova, T.S. TITLE: Study of the corrosion resistance of sheets of the alloy MA3 with metallic protective cladding. SOJJRGE: Korroziya i zashchita metallov; sbornik statey. Ed. by V. P. Batrakov. Moscow, Oborongiz, 1962, 180-194. TEXT: The paper describes an investigation of means for the protection of the stress -corrosion-cracking-prone Mg-alloy sheet metal MA3 which contains appx. 676 Al, 176 Zn,.and 0.37o Mn and which cannot be rendered stre s a -corrosion-c racking- resistant by any of the heat treatments that are effective with most of the Al alloys. The present tests prove that protective cladding with MAI allo-,r (appx. 1.5% Mn, re- mainder Mg), having a thickness of appx. 107o of the core thickness, affords satisfac- tory corrosion protection under stress in a 0.5M NaCl + 0.05M K 2Cr 207 solution, in fresh-water spray, and in atmospheric conditions (see also Logan, Hugh L., and Hessing H., NBS, J. Res., v. 44, no. 3, 1950, 233; Siebcl, G., Jahrbuch d. dtsch. Luft- fahrtforschung, v.1, 1~37, 5Z8; Symposium of Stress-Corrosion Cracking, ASTM, 1944). The tests with the MAI-cladded MA3 materials were paralleled by like tests with MA3 covered with a layer of electrolytically deposited Zn. Photographs of etched microsections of the cladded materials are accompanied by an explanation of the peculiar difficulties encountered in etching, attributable to the protective action of the MAI cladding. Test.- results (hours to stre so - corrosion-c racking inception) are Card 1/2 W Study of the corrosion resistance of sheets S/790/62/000/000/005/005 tabulated for the intensively corrosive K. Cr 207 solution, a 0.001M NaCl solution buffered to pH 6.8 by a mixture of Na monophosphate and diphosphate, fresh-water spray, and an indus trial- district atmosphere. Tests were made to determine the effect of accidental damage to the cladding layer on the corrosion resistance of the whole. For that purpose 15-mm-long gaps, 0.5, 1, and 3 mm wide. were produced in the cladding by exposure to 1016 HN03, with the remainder of the specimen protected by an AK-ZO glue layer. Tests of such specimens in fresh-water spray showed that the exposure of the core material reduces the stress -corrosion resistance of the cladded material noticeably (test results tabulated). The result is appreciable even with the narrowest cladding gap; it grows with gap width. Work-hardened specimens are more sensitive than annealed specimens. Longitudinally- cut rolled specimens are more corrosion- resistant than transversely-cut specimens. An electrolytically deposited and substquently passivated Zn facing of MA3 does not exert any effect on the stress-corrosion cracking of the alloy in either the highly corrosive solution or the fresh-water spray tested. There are 6 figures, 7 tables, and 7 references (3 Russ ian- language Soviet, I Rua sian- language translation of a German book, ZGerman, one of which also is available in English, and 1 English- language USA cited in the text of the abstract). ASSOCIATION: None given. Card 2/2 ZARETSKIY, YO.M.; KABANGVA, T.S. ~ossibla protection of magnessum alloys by cladding. Zhur prikl.- khim. 35 no.l2s2645-2653 D 162. i iMIRA 16:5) (Magnesium alloys-Corrosion) (Metal cladding) AUTHOR: Kabanova, V. SOY/29-121-1-7i55 - ---------------- TITLE: On the Expansion in Terms of Veotor-Eigenfunctione of Non-Self- adjoint Differential Systems of Second Order (0 raziozhenii po sobstvennym vektor-funktsiyam nesamosopryazhennykh differentsiall- nykh sistem vtorogo poryadke) PERIODICALt Boklady Akademii nauk SSSR, 1958, Vol 121, Nr 1, pp 30-33 (USSR) ABSTRACTs Given the differential equation. M Y" - YXI) + -A2Y - 0* where P(x) is a complex quadratic'matrix with m columns. The solution Y(XP-A) of (1) is called a fundamental solution if lin IY(X, I 1- 0. X-4100 The following (not published) theorem is due to Agranovich and Marchenkot to Theoremi If xlP(x)ldx